notebooks/analyses/EmergingStrainsInLiterature.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Analyze emerging SARS-CoV-2 Lineages based on Mentioning in the Literature\n",
    "[Work in progress]\n",
    "\n",
    "This notebook queries the Knowledge Graph for publication and preprints that mention [PANGO lineages](https://cov-lineages.org/). PANGO lineages where text-mined from titles and abstracts of papers in the CORD-19 data set.\n",
    "\n",
    "References:\n",
    "Rambaut A, et al., A dynamic nomenclature proposal for SARS-CoV-2 lineages to assist genomic epidemiology(2020) Nature Microbiology [doi:10.1038/s41564-020-0770-5](https://doi.org/10.1038/s41564-020-0770-5).\n",
    "\n",
    "Lucy Lu Wang, et al., CORD-19: The COVID-19 Open Research Dataset (2020) [arXiv:2004.10706v4](https://arxiv.org/abs/2004.10706)."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import pandas as pd\n",
    "import numpy as np\n",
    "import seaborn as sns\n",
    "import ipywidgets as widgets\n",
    "from py2neo import Graph"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {
    "jupyter": {
     "source_hidden": true
    },
    "tags": []
   },
   "outputs": [],
   "source": [
    "# set Pandas options\n",
    "pd.options.display.max_rows = None  # display all rows\n",
    "pd.options.display.max_columns = None  # display all columsns\n",
    "pd.set_option('display.max_colwidth', 255)\n",
    "def make_clickable(url):\n",
    "    url = url.split(';')[0]\n",
    "    return f'<a href=\"{url}\">{url}</a>'"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "##### Connect to COVID-19-Community Knowledge Graph"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "graph = Graph(\"bolt://132.249.238.185:7687\", user=\"reader\", password=\"demo\")"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Get publications and preprints that mention PANGO lineages"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "top = 15 # number of top lineages for visualization\n",
    "start_date = '2020-06-01'\n",
    "end_date = '2021-04-01'"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "query = \"\"\"\n",
    "MATCH (p:Publication)-[:MENTIONS]->(l:Lineage)\n",
    "WHERE date($start_date) <= p.date <= date($end_date)\n",
    "RETURN l.name as lineage, count(p) as count, p.date as date\n",
    "ORDER by count DESC\n",
    "\"\"\"\n",
    "lineages = graph.run(query, start_date=start_date, end_date=end_date).to_data_frame()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "# convert neotime date object to datetime object\n",
    "lineages['date'] = lineages['date'].astype(str) \n",
    "lineages['date'] = pd.to_datetime(lineages['date'])  "
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Find the top lineages"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Top 15 lineages: ['B.1.1.7' 'B.1.351' 'P.1' 'B.1' 'B.1.1' 'B.1.1.28' 'B.1.1.33' 'B.1.429'\n",
      " 'P.2' 'B.6' 'B.1.36' 'B.1.427' 'B.1.177' 'B.4' 'B.1.526' 'other']\n"
     ]
    }
   ],
   "source": [
    "top_lineages = lineages.groupby('lineage').size().reset_index(name='count')\n",
    "top_lineages.sort_values(['count'], inplace=True, ascending=False)\n",
    "top_lineages = top_lineages.head(top)\n",
    "legend = top_lineages['lineage'].values\n",
    "legend = np.append(legend, 'other')\n",
    "print(f'Top {top} lineages:', legend)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Assign all other lineages to an **other** category."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [],
   "source": [
    "lineages['lineage'] = lineages['lineage'].apply(lambda x: x if x in legend else 'other')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Distribution of papers by lineage and publication date"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 728.85x648 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "sns.set_theme(style=\"whitegrid\")\n",
    "sns.displot(lineages, x=\"date\", hue=\"lineage\", hue_order=legend, kind=\"kde\",\n",
    "            height=9, multiple=\"fill\", cut=0, palette=\"ch:rot=-.25,hue=1,light=.75\").fig.autofmt_xdate();"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Cummulative distribution of papers by lineage and publication date"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 728.85x648 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "sns.displot(lineages, x=\"date\", hue=\"lineage\", hue_order=legend, kind=\"kde\", cumulative=True,\n",
    "            height=9, multiple=\"fill\", cut=0, palette=\"ch:rot=-.25,hue=1,light=.75\").fig.autofmt_xdate();"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Get list of papers for a selected lineage"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [],
   "source": [
    "style = {'description_width': 'initial'}\n",
    "pub_widget = widgets.Dropdown(options=legend[:top], description='Select a lineage:', value='B.1.1.7', style=style)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "application/vnd.jupyter.widget-view+json": {
       "model_id": "e537158a3ca046bfa34da558e0f0fcd7",
       "version_major": 2,
       "version_minor": 0
      },
      "text/plain": [
       "Dropdown(description='Select a lineage:', index=1, options=('B.1.1.7', 'B.1.351', 'P.1', 'B.1', 'B.1.1', 'B.1.…"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "display(pub_widget)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Lineage selected : B.1.351\n"
     ]
    }
   ],
   "source": [
    "lineage = pub_widget.value\n",
    "print('Lineage selected :', lineage)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [],
   "source": [
    "query = \"\"\"\n",
    "MATCH (p:Publication)-[:MENTIONS]->(l:Lineage{name:$lineage})\n",
    "WHERE date($start_date) <= p.date <= date($end_date)\n",
    "RETURN l.name as lineage, p.date as date, p.title as title, p.journal as journal, p.url as url\n",
    "ORDER by date DESC\n",
    "\"\"\"\n",
    "papers = graph.run(query, start_date=start_date, end_date=end_date, lineage=lineage).to_data_frame()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Number of papers with lineage B.1.351: 114\n"
     ]
    }
   ],
   "source": [
    "print(f\"Number of papers with lineage {lineage}:\", papers.shape[0])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<style  type=\"text/css\" >\n",
       "</style><table id=\"T_4b0cb_\" ><thead>    <tr>        <th class=\"blank level0\" ></th>        <th class=\"col_heading level0 col0\" >lineage</th>        <th class=\"col_heading level0 col1\" >date</th>        <th class=\"col_heading level0 col2\" >title</th>        <th class=\"col_heading level0 col3\" >journal</th>        <th class=\"col_heading level0 col4\" >url</th>    </tr></thead><tbody>\n",
       "                <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row0\" class=\"row_heading level0 row0\" >0</th>\n",
       "                        <td id=\"T_4b0cb_row0_col0\" class=\"data row0 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row0_col1\" class=\"data row0 col1\" >2021-04-01</td>\n",
       "                        <td id=\"T_4b0cb_row0_col2\" class=\"data row0 col2\" >Ultrapotent bispecific antibodies neutralize emerging SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row0_col3\" class=\"data row0 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row0_col4\" class=\"data row0 col4\" ><a href=\"https://doi.org/10.1101/2021.04.01.437942\">https://doi.org/10.1101/2021.04.01.437942</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row1\" class=\"row_heading level0 row1\" >1</th>\n",
       "                        <td id=\"T_4b0cb_row1_col0\" class=\"data row1 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row1_col1\" class=\"data row1 col1\" >2021-04-01</td>\n",
       "                        <td id=\"T_4b0cb_row1_col2\" class=\"data row1 col2\" >Linked transmission chains of imported SARS-CoV-2 variant B.1.351 across mainland France  January 2021</td>\n",
       "                        <td id=\"T_4b0cb_row1_col3\" class=\"data row1 col3\" >Euro Surveill</td>\n",
       "                        <td id=\"T_4b0cb_row1_col4\" class=\"data row1 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33797392/\">https://www.ncbi.nlm.nih.gov/pubmed/33797392/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row2\" class=\"row_heading level0 row2\" >2</th>\n",
       "                        <td id=\"T_4b0cb_row2_col0\" class=\"data row2 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row2_col1\" class=\"data row2 col1\" >2021-03-31</td>\n",
       "                        <td id=\"T_4b0cb_row2_col2\" class=\"data row2 col2\" >A time series forecasting of the proportion of SARS-CoV-2 N501Y lineage in North America</td>\n",
       "                        <td id=\"T_4b0cb_row2_col3\" class=\"data row2 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row2_col4\" class=\"data row2 col4\" ><a href=\"https://doi.org/10.1101/2021.03.30.21254648\">https://doi.org/10.1101/2021.03.30.21254648</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row3\" class=\"row_heading level0 row3\" >3</th>\n",
       "                        <td id=\"T_4b0cb_row3_col0\" class=\"data row3 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row3_col1\" class=\"data row3 col1\" >2021-03-31</td>\n",
       "                        <td id=\"T_4b0cb_row3_col2\" class=\"data row3 col2\" >Improved performance of saliva for the detection of the B.1.351 variant in South Africa</td>\n",
       "                        <td id=\"T_4b0cb_row3_col3\" class=\"data row3 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row3_col4\" class=\"data row3 col4\" ><a href=\"https://doi.org/10.1101/2021.03.29.21254563\">https://doi.org/10.1101/2021.03.29.21254563</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row4\" class=\"row_heading level0 row4\" >4</th>\n",
       "                        <td id=\"T_4b0cb_row4_col0\" class=\"data row4 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row4_col1\" class=\"data row4 col1\" >2021-03-30</td>\n",
       "                        <td id=\"T_4b0cb_row4_col2\" class=\"data row4 col2\" >Sequence analysis of SARS-CoV-2 in nasopharyngeal samples from patients with COVID-19 illustrates population variation and diverse phenotypes  placing the in vitro growth properties of B.1.1.7 and B.1.351 lineage viruses in context</td>\n",
       "                        <td id=\"T_4b0cb_row4_col3\" class=\"data row4 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row4_col4\" class=\"data row4 col4\" ><a href=\"https://doi.org/10.1101/2021.03.30.437704\">https://doi.org/10.1101/2021.03.30.437704</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row5\" class=\"row_heading level0 row5\" >5</th>\n",
       "                        <td id=\"T_4b0cb_row5_col0\" class=\"data row5 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row5_col1\" class=\"data row5 col1\" >2021-03-30</td>\n",
       "                        <td id=\"T_4b0cb_row5_col2\" class=\"data row5 col2\" >Antibody evasion by the P.1 strain of SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row5_col3\" class=\"data row5 col3\" >Cell</td>\n",
       "                        <td id=\"T_4b0cb_row5_col4\" class=\"data row5 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33852911/\">https://www.ncbi.nlm.nih.gov/pubmed/33852911/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row6\" class=\"row_heading level0 row6\" >6</th>\n",
       "                        <td id=\"T_4b0cb_row6_col0\" class=\"data row6 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row6_col1\" class=\"data row6 col1\" >2021-03-30</td>\n",
       "                        <td id=\"T_4b0cb_row6_col2\" class=\"data row6 col2\" >The first SARS-CoV-2 genetic variants of concern  VOC  in Poland: The concept of a comprehensive approach to monitoring and surveillance of emerging variants.</td>\n",
       "                        <td id=\"T_4b0cb_row6_col3\" class=\"data row6 col3\" >Advances in medical sciences</td>\n",
       "                        <td id=\"T_4b0cb_row6_col4\" class=\"data row6 col4\" ><a href=\"https://doi.org/10.1016/j.advms.2021.03.005\">https://doi.org/10.1016/j.advms.2021.03.005</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row7\" class=\"row_heading level0 row7\" >7</th>\n",
       "                        <td id=\"T_4b0cb_row7_col0\" class=\"data row7 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row7_col1\" class=\"data row7 col1\" >2021-03-30</td>\n",
       "                        <td id=\"T_4b0cb_row7_col2\" class=\"data row7 col2\" >Rapid Detection of SARS-CoV-2 Variants of Concern  Including B.1.1.28 P.1  in British Columbia  Canada.</td>\n",
       "                        <td id=\"T_4b0cb_row7_col3\" class=\"data row7 col3\" >Emerging infectious diseases</td>\n",
       "                        <td id=\"T_4b0cb_row7_col4\" class=\"data row7 col4\" ><a href=\"https://doi.org/10.3201/eid2706.210532\">https://doi.org/10.3201/eid2706.210532</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row8\" class=\"row_heading level0 row8\" >8</th>\n",
       "                        <td id=\"T_4b0cb_row8_col0\" class=\"data row8 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row8_col1\" class=\"data row8 col1\" >2021-03-29</td>\n",
       "                        <td id=\"T_4b0cb_row8_col2\" class=\"data row8 col2\" >A Novel Diagnostic Test to Screen SARS-CoV-2 Variants Containing E484K and N501Y Mutations</td>\n",
       "                        <td id=\"T_4b0cb_row8_col3\" class=\"data row8 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row8_col4\" class=\"data row8 col4\" ><a href=\"https://doi.org/10.1101/2021.03.26.21253712\">https://doi.org/10.1101/2021.03.26.21253712</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row9\" class=\"row_heading level0 row9\" >9</th>\n",
       "                        <td id=\"T_4b0cb_row9_col0\" class=\"data row9 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row9_col1\" class=\"data row9 col1\" >2021-03-29</td>\n",
       "                        <td id=\"T_4b0cb_row9_col2\" class=\"data row9 col2\" >SARS-CoV-2 escape mutants and protective immunity from natural infections or immunizations</td>\n",
       "                        <td id=\"T_4b0cb_row9_col3\" class=\"data row9 col3\" >Clin Microbiol Infect</td>\n",
       "                        <td id=\"T_4b0cb_row9_col4\" class=\"data row9 col4\" ><a href=\"https://www.sciencedirect.com/science/article/pii/S1198743X21001464?v=s5\">https://www.sciencedirect.com/science/article/pii/S1198743X21001464?v=s5</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row10\" class=\"row_heading level0 row10\" >10</th>\n",
       "                        <td id=\"T_4b0cb_row10_col0\" class=\"data row10 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row10_col1\" class=\"data row10 col1\" >2021-03-29</td>\n",
       "                        <td id=\"T_4b0cb_row10_col2\" class=\"data row10 col2\" >A rapid  cost efficient and simple method to identify current SARS-CoV-2 variants of concern by Sanger sequencing part of the spike protein gene</td>\n",
       "                        <td id=\"T_4b0cb_row10_col3\" class=\"data row10 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row10_col4\" class=\"data row10 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.03.27.21252266v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.03.27.21252266v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row11\" class=\"row_heading level0 row11\" >11</th>\n",
       "                        <td id=\"T_4b0cb_row11_col0\" class=\"data row11 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row11_col1\" class=\"data row11 col1\" >2021-03-27</td>\n",
       "                        <td id=\"T_4b0cb_row11_col2\" class=\"data row11 col2\" >Mechanism of a COVID-19 nanoparticle vaccine candidate that elicits a broadly neutralizing antibody response to SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row11_col3\" class=\"data row11 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row11_col4\" class=\"data row11 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33791704/\">https://www.ncbi.nlm.nih.gov/pubmed/33791704/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row12\" class=\"row_heading level0 row12\" >12</th>\n",
       "                        <td id=\"T_4b0cb_row12_col0\" class=\"data row12 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row12_col1\" class=\"data row12 col1\" >2021-03-26</td>\n",
       "                        <td id=\"T_4b0cb_row12_col2\" class=\"data row12 col2\" >Rapid SARS-CoV-2 Adaptation to Available Cellular Proteases</td>\n",
       "                        <td id=\"T_4b0cb_row12_col3\" class=\"data row12 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row12_col4\" class=\"data row12 col4\" ><a href=\"https://doi.org/10.1101/2020.08.10.241414\">https://doi.org/10.1101/2020.08.10.241414</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row13\" class=\"row_heading level0 row13\" >13</th>\n",
       "                        <td id=\"T_4b0cb_row13_col0\" class=\"data row13 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row13_col1\" class=\"data row13 col1\" >2021-03-26</td>\n",
       "                        <td id=\"T_4b0cb_row13_col2\" class=\"data row13 col2\" >Droplet Digital RT-PCR to detect SARS-CoV-2 variants of concern in wastewater.</td>\n",
       "                        <td id=\"T_4b0cb_row13_col3\" class=\"data row13 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row13_col4\" class=\"data row13 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.03.25.21254324v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.03.25.21254324v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row14\" class=\"row_heading level0 row14\" >14</th>\n",
       "                        <td id=\"T_4b0cb_row14_col0\" class=\"data row14 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row14_col1\" class=\"data row14 col1\" >2021-03-26</td>\n",
       "                        <td id=\"T_4b0cb_row14_col2\" class=\"data row14 col2\" >Sensitivity of infectious SARS-CoV-2 B.1.1.7 and B.1.351 variants to neutralizing antibodies.</td>\n",
       "                        <td id=\"T_4b0cb_row14_col3\" class=\"data row14 col3\" >Nature medicine</td>\n",
       "                        <td id=\"T_4b0cb_row14_col4\" class=\"data row14 col4\" ><a href=\"https://doi.org/10.1038/s41591-021-01318-5\">https://doi.org/10.1038/s41591-021-01318-5</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row15\" class=\"row_heading level0 row15\" >15</th>\n",
       "                        <td id=\"T_4b0cb_row15_col0\" class=\"data row15 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row15_col1\" class=\"data row15 col1\" >2021-03-25</td>\n",
       "                        <td id=\"T_4b0cb_row15_col2\" class=\"data row15 col2\" >Computational assessment of the spike protein antigenicity reveals diversity in B cell epitopes but stability in T cell epitopes across SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row15_col3\" class=\"data row15 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row15_col4\" class=\"data row15 col4\" ><a href=\"https://doi.org/10.1101/2021.03.25.437035\">https://doi.org/10.1101/2021.03.25.437035</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row16\" class=\"row_heading level0 row16\" >16</th>\n",
       "                        <td id=\"T_4b0cb_row16_col0\" class=\"data row16 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row16_col1\" class=\"data row16 col1\" >2021-03-25</td>\n",
       "                        <td id=\"T_4b0cb_row16_col2\" class=\"data row16 col2\" >mRNA vaccination boosts cross-variant neutralizing antibodies elicited by SARS-CoV-2 infection.</td>\n",
       "                        <td id=\"T_4b0cb_row16_col3\" class=\"data row16 col3\" >Science</td>\n",
       "                        <td id=\"T_4b0cb_row16_col4\" class=\"data row16 col4\" ><a href=\"https://doi.org/10.1126/science.abg9175\">https://doi.org/10.1126/science.abg9175</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row17\" class=\"row_heading level0 row17\" >17</th>\n",
       "                        <td id=\"T_4b0cb_row17_col0\" class=\"data row17 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row17_col1\" class=\"data row17 col1\" >2021-03-25</td>\n",
       "                        <td id=\"T_4b0cb_row17_col2\" class=\"data row17 col2\" >SARS-CoV-2 N501Y Introductions and Transmissions in Switzerland from Beginning of October 2020 to February 2021-Implementation of Swiss-Wide Diagnostic Screening and Whole Genome Sequencing.</td>\n",
       "                        <td id=\"T_4b0cb_row17_col3\" class=\"data row17 col3\" >Microorganisms</td>\n",
       "                        <td id=\"T_4b0cb_row17_col4\" class=\"data row17 col4\" ><a href=\"https://doi.org/10.3390/microorganisms9040677\">https://doi.org/10.3390/microorganisms9040677</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row18\" class=\"row_heading level0 row18\" >18</th>\n",
       "                        <td id=\"T_4b0cb_row18_col0\" class=\"data row18 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row18_col1\" class=\"data row18 col1\" >2021-03-24</td>\n",
       "                        <td id=\"T_4b0cb_row18_col2\" class=\"data row18 col2\" >Isolation and Characterization of Cross-Neutralizing Coronavirus Antibodies from COVID-19+ Subjects</td>\n",
       "                        <td id=\"T_4b0cb_row18_col3\" class=\"data row18 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row18_col4\" class=\"data row18 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33791692/\">https://www.ncbi.nlm.nih.gov/pubmed/33791692/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row19\" class=\"row_heading level0 row19\" >19</th>\n",
       "                        <td id=\"T_4b0cb_row19_col0\" class=\"data row19 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row19_col1\" class=\"data row19 col1\" >2021-03-24</td>\n",
       "                        <td id=\"T_4b0cb_row19_col2\" class=\"data row19 col2\" >Factors Associated with Emerging and Re-emerging of SARS-CoV-2 Variants</td>\n",
       "                        <td id=\"T_4b0cb_row19_col3\" class=\"data row19 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row19_col4\" class=\"data row19 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33791700/\">https://www.ncbi.nlm.nih.gov/pubmed/33791700/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row20\" class=\"row_heading level0 row20\" >20</th>\n",
       "                        <td id=\"T_4b0cb_row20_col0\" class=\"data row20 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row20_col1\" class=\"data row20 col1\" >2021-03-23</td>\n",
       "                        <td id=\"T_4b0cb_row20_col2\" class=\"data row20 col2\" >Antidepressant and antipsychotic drugs reduce viral infection by SARS-CoV-2 and fluoxetine show antiviral activity against the novel variants in vitro</td>\n",
       "                        <td id=\"T_4b0cb_row20_col3\" class=\"data row20 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row20_col4\" class=\"data row20 col4\" ><a href=\"https://doi.org/10.1101/2021.03.22.436379\">https://doi.org/10.1101/2021.03.22.436379</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row21\" class=\"row_heading level0 row21\" >21</th>\n",
       "                        <td id=\"T_4b0cb_row21_col0\" class=\"data row21 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row21_col1\" class=\"data row21 col1\" >2021-03-23</td>\n",
       "                        <td id=\"T_4b0cb_row21_col2\" class=\"data row21 col2\" >Can mRNA Vaccines Turn the Tables During the COVID-19 Pandemic? Current Status and Challenges</td>\n",
       "                        <td id=\"T_4b0cb_row21_col3\" class=\"data row21 col3\" >Clin Drug Investig</td>\n",
       "                        <td id=\"T_4b0cb_row21_col4\" class=\"data row21 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33754328/\">https://www.ncbi.nlm.nih.gov/pubmed/33754328/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row22\" class=\"row_heading level0 row22\" >22</th>\n",
       "                        <td id=\"T_4b0cb_row22_col0\" class=\"data row22 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row22_col1\" class=\"data row22 col1\" >2021-03-23</td>\n",
       "                        <td id=\"T_4b0cb_row22_col2\" class=\"data row22 col2\" >New SARS-CoV-2 lineages could evade CD8+ T-cells response</td>\n",
       "                        <td id=\"T_4b0cb_row22_col3\" class=\"data row22 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row22_col4\" class=\"data row22 col4\" ><a href=\"https://doi.org/10.1101/2021.03.09.434584\">https://doi.org/10.1101/2021.03.09.434584</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row23\" class=\"row_heading level0 row23\" >23</th>\n",
       "                        <td id=\"T_4b0cb_row23_col0\" class=\"data row23 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row23_col1\" class=\"data row23 col1\" >2021-03-22</td>\n",
       "                        <td id=\"T_4b0cb_row23_col2\" class=\"data row23 col2\" >CVnCoV protects human ACE2 transgenic mice from ancestral B BavPat1 and emerging B.1.351 SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row23_col3\" class=\"data row23 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row23_col4\" class=\"data row23 col4\" ><a href=\"https://doi.org/10.1101/2021.03.22.435960\">https://doi.org/10.1101/2021.03.22.435960</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row24\" class=\"row_heading level0 row24\" >24</th>\n",
       "                        <td id=\"T_4b0cb_row24_col0\" class=\"data row24 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row24_col1\" class=\"data row24 col1\" >2021-03-22</td>\n",
       "                        <td id=\"T_4b0cb_row24_col2\" class=\"data row24 col2\" >Evaluating the neutralizing ability of a CpG-adjuvanted S-2P subunit vaccine against SARS-CoV-2 Variants of Concern</td>\n",
       "                        <td id=\"T_4b0cb_row24_col3\" class=\"data row24 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row24_col4\" class=\"data row24 col4\" ><a href=\"https://doi.org/10.1101/2021.03.19.21254000\">https://doi.org/10.1101/2021.03.19.21254000</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row25\" class=\"row_heading level0 row25\" >25</th>\n",
       "                        <td id=\"T_4b0cb_row25_col0\" class=\"data row25 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row25_col1\" class=\"data row25 col1\" >2021-03-22</td>\n",
       "                        <td id=\"T_4b0cb_row25_col2\" class=\"data row25 col2\" >Structural Analysis of Spike Protein Mutations in the SARS-CoV-2 P.3 Variant</td>\n",
       "                        <td id=\"T_4b0cb_row25_col3\" class=\"data row25 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row25_col4\" class=\"data row25 col4\" ><a href=\"https://doi.org/10.1101/2021.03.06.434059\">https://doi.org/10.1101/2021.03.06.434059</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row26\" class=\"row_heading level0 row26\" >26</th>\n",
       "                        <td id=\"T_4b0cb_row26_col0\" class=\"data row26 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row26_col1\" class=\"data row26 col1\" >2021-03-21</td>\n",
       "                        <td id=\"T_4b0cb_row26_col2\" class=\"data row26 col2\" >Structural and energetic profiling of SARS-CoV-2 antibody recognition and the impact of circulating variants</td>\n",
       "                        <td id=\"T_4b0cb_row26_col3\" class=\"data row26 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row26_col4\" class=\"data row26 col4\" ><a href=\"https://doi.org/10.1101/2021.03.21.436311\">https://doi.org/10.1101/2021.03.21.436311</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row27\" class=\"row_heading level0 row27\" >27</th>\n",
       "                        <td id=\"T_4b0cb_row27_col0\" class=\"data row27 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row27_col1\" class=\"data row27 col1\" >2021-03-21</td>\n",
       "                        <td id=\"T_4b0cb_row27_col2\" class=\"data row27 col2\" >A bispecific monomeric nanobody induces SARS-COV-2 spike trimer dimers</td>\n",
       "                        <td id=\"T_4b0cb_row27_col3\" class=\"data row27 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row27_col4\" class=\"data row27 col4\" ><a href=\"https://doi.org/10.1101/2021.03.20.436243\">https://doi.org/10.1101/2021.03.20.436243</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row28\" class=\"row_heading level0 row28\" >28</th>\n",
       "                        <td id=\"T_4b0cb_row28_col0\" class=\"data row28 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row28_col1\" class=\"data row28 col1\" >2021-03-20</td>\n",
       "                        <td id=\"T_4b0cb_row28_col2\" class=\"data row28 col2\" >SARS-CoV-2 variants B.1.351 and P.1 escape from neutralizing antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row28_col3\" class=\"data row28 col3\" >Cell</td>\n",
       "                        <td id=\"T_4b0cb_row28_col4\" class=\"data row28 col4\" ><a href=\"https://api.elsevier.com/content/article/pii/S0092867421003676\">https://api.elsevier.com/content/article/pii/S0092867421003676</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row29\" class=\"row_heading level0 row29\" >29</th>\n",
       "                        <td id=\"T_4b0cb_row29_col0\" class=\"data row29 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row29_col1\" class=\"data row29 col1\" >2021-03-20</td>\n",
       "                        <td id=\"T_4b0cb_row29_col2\" class=\"data row29 col2\" >Infection and vaccine-induced antibody binding and neutralization of the B.1.351 SARS-CoV-2 variant</td>\n",
       "                        <td id=\"T_4b0cb_row29_col3\" class=\"data row29 col3\" >Cell Host Microbe</td>\n",
       "                        <td id=\"T_4b0cb_row29_col4\" class=\"data row29 col4\" ><a href=\"https://doi.org/10.1016/j.chom.2021.03.009\">https://doi.org/10.1016/j.chom.2021.03.009</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row30\" class=\"row_heading level0 row30\" >30</th>\n",
       "                        <td id=\"T_4b0cb_row30_col0\" class=\"data row30 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row30_col1\" class=\"data row30 col1\" >2021-03-20</td>\n",
       "                        <td id=\"T_4b0cb_row30_col2\" class=\"data row30 col2\" >Importation  circulation  and emergence of variants of SARS-CoV-2 in the South Indian State of Karnataka</td>\n",
       "                        <td id=\"T_4b0cb_row30_col3\" class=\"data row30 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row30_col4\" class=\"data row30 col4\" ><a href=\"https://doi.org/10.1101/2021.03.17.21253810\">https://doi.org/10.1101/2021.03.17.21253810</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row31\" class=\"row_heading level0 row31\" >31</th>\n",
       "                        <td id=\"T_4b0cb_row31_col0\" class=\"data row31 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row31_col1\" class=\"data row31 col1\" >2021-03-19</td>\n",
       "                        <td id=\"T_4b0cb_row31_col2\" class=\"data row31 col2\" >Antibody evasion by the Brazilian P.1 strain of SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row31_col3\" class=\"data row31 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row31_col4\" class=\"data row31 col4\" ><a href=\"https://doi.org/10.1101/2021.03.12.435194\">https://doi.org/10.1101/2021.03.12.435194</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row32\" class=\"row_heading level0 row32\" >32</th>\n",
       "                        <td id=\"T_4b0cb_row32_col0\" class=\"data row32 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row32_col1\" class=\"data row32 col1\" >2021-03-19</td>\n",
       "                        <td id=\"T_4b0cb_row32_col2\" class=\"data row32 col2\" >Common dandelion  Taraxacum officinale  efficiently blocks the interaction between ACE2 cell surface receptor and SARS-CoV-2 spike protein D614  mutants D614G  N501Y  K417N and E484K in vitro</td>\n",
       "                        <td id=\"T_4b0cb_row32_col3\" class=\"data row32 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row32_col4\" class=\"data row32 col4\" ><a href=\"https://doi.org/10.1101/2021.03.19.435959\">https://doi.org/10.1101/2021.03.19.435959</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row33\" class=\"row_heading level0 row33\" >33</th>\n",
       "                        <td id=\"T_4b0cb_row33_col0\" class=\"data row33 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row33_col1\" class=\"data row33 col1\" >2021-03-19</td>\n",
       "                        <td id=\"T_4b0cb_row33_col2\" class=\"data row33 col2\" >Reduced neutralization of SARS-CoV-2 variants by convalescent plasma and hyperimmune intravenous immunoglobulins for treatment of COVID-19</td>\n",
       "                        <td id=\"T_4b0cb_row33_col3\" class=\"data row33 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row33_col4\" class=\"data row33 col4\" ><a href=\"https://doi.org/10.1101/2021.03.19.436183\">https://doi.org/10.1101/2021.03.19.436183</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row34\" class=\"row_heading level0 row34\" >34</th>\n",
       "                        <td id=\"T_4b0cb_row34_col0\" class=\"data row34 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row34_col1\" class=\"data row34 col1\" >2021-03-19</td>\n",
       "                        <td id=\"T_4b0cb_row34_col2\" class=\"data row34 col2\" >INTRODUCTION OF SARS-COV-2 VARIANT OF CONCERN 20H 501Y.V2  B.1.351  FROM MALAWI TO ITALY.</td>\n",
       "                        <td id=\"T_4b0cb_row34_col3\" class=\"data row34 col3\" >Emerging microbes & infections</td>\n",
       "                        <td id=\"T_4b0cb_row34_col4\" class=\"data row34 col4\" ><a href=\"https://doi.org/10.1080/22221751.2021.1906757\">https://doi.org/10.1080/22221751.2021.1906757</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row35\" class=\"row_heading level0 row35\" >35</th>\n",
       "                        <td id=\"T_4b0cb_row35_col0\" class=\"data row35 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row35_col1\" class=\"data row35 col1\" >2021-03-17</td>\n",
       "                        <td id=\"T_4b0cb_row35_col2\" class=\"data row35 col2\" >Characterisation of a novel ACE2-based therapeutic with enhanced rather than reduced activity against SARS-CoV2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row35_col3\" class=\"data row35 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row35_col4\" class=\"data row35 col4\" ><a href=\"https://doi.org/10.1101/2021.03.17.435802\">https://doi.org/10.1101/2021.03.17.435802</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row36\" class=\"row_heading level0 row36\" >36</th>\n",
       "                        <td id=\"T_4b0cb_row36_col0\" class=\"data row36 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row36_col1\" class=\"data row36 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row36_col2\" class=\"data row36 col2\" >Efficacy of the ChAdOx1 nCoV-19 Covid-19 Vaccine against the B.1.351 Variant</td>\n",
       "                        <td id=\"T_4b0cb_row36_col3\" class=\"data row36 col3\" >N Engl J Med</td>\n",
       "                        <td id=\"T_4b0cb_row36_col4\" class=\"data row36 col4\" ><a href=\"https://doi.org/10.1056/nejmoa2102214\">https://doi.org/10.1056/nejmoa2102214</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row37\" class=\"row_heading level0 row37\" >37</th>\n",
       "                        <td id=\"T_4b0cb_row37_col0\" class=\"data row37 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row37_col1\" class=\"data row37 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row37_col2\" class=\"data row37 col2\" >Sequence Analysis of 20 453 SARS-CoV-2 Genomes from the Houston Metropolitan Area Identifies the Emergence and Widespread Distribution of Multiple Isolates of All Major Variants of Concern</td>\n",
       "                        <td id=\"T_4b0cb_row37_col3\" class=\"data row37 col3\" >Am J Pathol</td>\n",
       "                        <td id=\"T_4b0cb_row37_col4\" class=\"data row37 col4\" ><a href=\"https://doi.org/10.1016/j.ajpath.2021.03.004\">https://doi.org/10.1016/j.ajpath.2021.03.004</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row38\" class=\"row_heading level0 row38\" >38</th>\n",
       "                        <td id=\"T_4b0cb_row38_col0\" class=\"data row38 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row38_col1\" class=\"data row38 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row38_col2\" class=\"data row38 col2\" >Response to: COVID-19 re-infection. Vaccinated individuals as a potential source of transmission.</td>\n",
       "                        <td id=\"T_4b0cb_row38_col3\" class=\"data row38 col3\" >European journal of clinical investigation</td>\n",
       "                        <td id=\"T_4b0cb_row38_col4\" class=\"data row38 col4\" ><a href=\"https://doi.org/10.1111/eci.13544\">https://doi.org/10.1111/eci.13544</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row39\" class=\"row_heading level0 row39\" >39</th>\n",
       "                        <td id=\"T_4b0cb_row39_col0\" class=\"data row39 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row39_col1\" class=\"data row39 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row39_col2\" class=\"data row39 col2\" >Elicitation of broadly protective sarbecovirus immunity by receptor-binding domain nanoparticle vaccines</td>\n",
       "                        <td id=\"T_4b0cb_row39_col3\" class=\"data row39 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row39_col4\" class=\"data row39 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33758839/\">https://www.ncbi.nlm.nih.gov/pubmed/33758839/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row40\" class=\"row_heading level0 row40\" >40</th>\n",
       "                        <td id=\"T_4b0cb_row40_col0\" class=\"data row40 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row40_col1\" class=\"data row40 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row40_col2\" class=\"data row40 col2\" >Neutralising antibody escape of SARS-CoV-2 spike protein: Risk assessment for antibody-based Covid-19 therapeutics and vaccines.</td>\n",
       "                        <td id=\"T_4b0cb_row40_col3\" class=\"data row40 col3\" >Reviews in medical virology</td>\n",
       "                        <td id=\"T_4b0cb_row40_col4\" class=\"data row40 col4\" ><a href=\"https://doi.org/10.1002/rmv.2231\">https://doi.org/10.1002/rmv.2231</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row41\" class=\"row_heading level0 row41\" >41</th>\n",
       "                        <td id=\"T_4b0cb_row41_col0\" class=\"data row41 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row41_col1\" class=\"data row41 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row41_col2\" class=\"data row41 col2\" >Circular RNA Vaccines against SARS-CoV-2 and Emerging Variants</td>\n",
       "                        <td id=\"T_4b0cb_row41_col3\" class=\"data row41 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row41_col4\" class=\"data row41 col4\" ><a href=\"https://doi.org/10.1101/2021.03.16.435594\">https://doi.org/10.1101/2021.03.16.435594</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row42\" class=\"row_heading level0 row42\" >42</th>\n",
       "                        <td id=\"T_4b0cb_row42_col0\" class=\"data row42 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row42_col1\" class=\"data row42 col1\" >2021-03-16</td>\n",
       "                        <td id=\"T_4b0cb_row42_col2\" class=\"data row42 col2\" >N-terminal domain antigenic mapping reveals a site of vulnerability for SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row42_col3\" class=\"data row42 col3\" >Cell</td>\n",
       "                        <td id=\"T_4b0cb_row42_col4\" class=\"data row42 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33761326/\">https://www.ncbi.nlm.nih.gov/pubmed/33761326/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row43\" class=\"row_heading level0 row43\" >43</th>\n",
       "                        <td id=\"T_4b0cb_row43_col0\" class=\"data row43 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row43_col1\" class=\"data row43 col1\" >2021-03-15</td>\n",
       "                        <td id=\"T_4b0cb_row43_col2\" class=\"data row43 col2\" >BNT162b2 mRNA COVID-19 vaccine induces antibodies of broader cross-reactivity than natural infection but recognition of mutant viruses is up to 10-fold reduced</td>\n",
       "                        <td id=\"T_4b0cb_row43_col3\" class=\"data row43 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row43_col4\" class=\"data row43 col4\" ><a href=\"https://doi.org/10.1101/2021.03.13.435222\">https://doi.org/10.1101/2021.03.13.435222</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row44\" class=\"row_heading level0 row44\" >44</th>\n",
       "                        <td id=\"T_4b0cb_row44_col0\" class=\"data row44 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row44_col1\" class=\"data row44 col1\" >2021-03-15</td>\n",
       "                        <td id=\"T_4b0cb_row44_col2\" class=\"data row44 col2\" >Effect of natural mutations of SARS-CoV-2 on spike structure  conformation and antigenicity</td>\n",
       "                        <td id=\"T_4b0cb_row44_col3\" class=\"data row44 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row44_col4\" class=\"data row44 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33758838/\">https://www.ncbi.nlm.nih.gov/pubmed/33758838/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row45\" class=\"row_heading level0 row45\" >45</th>\n",
       "                        <td id=\"T_4b0cb_row45_col0\" class=\"data row45 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row45_col1\" class=\"data row45 col1\" >2021-03-15</td>\n",
       "                        <td id=\"T_4b0cb_row45_col2\" class=\"data row45 col2\" >ChAdOx1 nCoV-19  AZD1222  protects hamsters against SARS-CoV-2 B.1.351 and B.1.1.7 disease</td>\n",
       "                        <td id=\"T_4b0cb_row45_col3\" class=\"data row45 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row45_col4\" class=\"data row45 col4\" ><a href=\"https://doi.org/10.1101/2021.03.11.435000\">https://doi.org/10.1101/2021.03.11.435000</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row46\" class=\"row_heading level0 row46\" >46</th>\n",
       "                        <td id=\"T_4b0cb_row46_col0\" class=\"data row46 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row46_col1\" class=\"data row46 col1\" >2021-03-14</td>\n",
       "                        <td id=\"T_4b0cb_row46_col2\" class=\"data row46 col2\" >Imported SARS-CoV-2 V501Y.V2 variant  B.1.351  detected in travelers from South Africa and Tanzania to India</td>\n",
       "                        <td id=\"T_4b0cb_row46_col3\" class=\"data row46 col3\" >Travel Med Infect Dis</td>\n",
       "                        <td id=\"T_4b0cb_row46_col4\" class=\"data row46 col4\" ><a href=\"https://api.elsevier.com/content/article/pii/S1477893921000648\">https://api.elsevier.com/content/article/pii/S1477893921000648</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row47\" class=\"row_heading level0 row47\" >47</th>\n",
       "                        <td id=\"T_4b0cb_row47_col0\" class=\"data row47 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row47_col1\" class=\"data row47 col1\" >2021-03-12</td>\n",
       "                        <td id=\"T_4b0cb_row47_col2\" class=\"data row47 col2\" >PCR assay to enhance global surveillance for SARS-CoV-2 variants of concern</td>\n",
       "                        <td id=\"T_4b0cb_row47_col3\" class=\"data row47 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row47_col4\" class=\"data row47 col4\" ><a href=\"https://doi.org/10.1101/2021.01.28.21250486\">https://doi.org/10.1101/2021.01.28.21250486</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row48\" class=\"row_heading level0 row48\" >48</th>\n",
       "                        <td id=\"T_4b0cb_row48_col0\" class=\"data row48 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row48_col1\" class=\"data row48 col1\" >2021-03-12</td>\n",
       "                        <td id=\"T_4b0cb_row48_col2\" class=\"data row48 col2\" >Multiple SARS-CoV-2 variants escape neutralization by vaccine-induced humoral immunity</td>\n",
       "                        <td id=\"T_4b0cb_row48_col3\" class=\"data row48 col3\" >Cell</td>\n",
       "                        <td id=\"T_4b0cb_row48_col4\" class=\"data row48 col4\" ><a href=\"https://doi.org/10.1016/j.cell.2021.03.013\">https://doi.org/10.1016/j.cell.2021.03.013</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row49\" class=\"row_heading level0 row49\" >49</th>\n",
       "                        <td id=\"T_4b0cb_row49_col0\" class=\"data row49 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row49_col1\" class=\"data row49 col1\" >2021-03-12</td>\n",
       "                        <td id=\"T_4b0cb_row49_col2\" class=\"data row49 col2\" >Chimeric spike mRNA vaccines protect against sarbecovirus challenge in mice</td>\n",
       "                        <td id=\"T_4b0cb_row49_col3\" class=\"data row49 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row49_col4\" class=\"data row49 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33758837/\">https://www.ncbi.nlm.nih.gov/pubmed/33758837/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row50\" class=\"row_heading level0 row50\" >50</th>\n",
       "                        <td id=\"T_4b0cb_row50_col0\" class=\"data row50 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row50_col1\" class=\"data row50 col1\" >2021-03-12</td>\n",
       "                        <td id=\"T_4b0cb_row50_col2\" class=\"data row50 col2\" >Immunodominant B cell epitope in SARS-CoV-2 RBD comprises a B.1.351 and P.1 mutation hotspot: implications for viral spread and antibody escape</td>\n",
       "                        <td id=\"T_4b0cb_row50_col3\" class=\"data row50 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row50_col4\" class=\"data row50 col4\" ><a href=\"https://doi.org/10.1101/2021.03.11.21253399\">https://doi.org/10.1101/2021.03.11.21253399</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row51\" class=\"row_heading level0 row51\" >51</th>\n",
       "                        <td id=\"T_4b0cb_row51_col0\" class=\"data row51 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row51_col1\" class=\"data row51 col1\" >2021-03-10</td>\n",
       "                        <td id=\"T_4b0cb_row51_col2\" class=\"data row51 col2\" >A single mRNA immunization boosts cross-variant neutralizing antibodies elicited by SARS-CoV-2 infection</td>\n",
       "                        <td id=\"T_4b0cb_row51_col3\" class=\"data row51 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row51_col4\" class=\"data row51 col4\" ><a href=\"https://doi.org/10.1101/2021.02.05.21251182\">https://doi.org/10.1101/2021.02.05.21251182</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row52\" class=\"row_heading level0 row52\" >52</th>\n",
       "                        <td id=\"T_4b0cb_row52_col0\" class=\"data row52 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row52_col1\" class=\"data row52 col1\" >2021-03-10</td>\n",
       "                        <td id=\"T_4b0cb_row52_col2\" class=\"data row52 col2\" >The dual function monoclonal antibodies VIR-7831 and VIR-7832 demonstrate potent in vitro and in vivo activity against SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row52_col3\" class=\"data row52 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row52_col4\" class=\"data row52 col4\" ><a href=\"https://doi.org/10.1101/2021.03.09.434607\">https://doi.org/10.1101/2021.03.09.434607</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row53\" class=\"row_heading level0 row53\" >53</th>\n",
       "                        <td id=\"T_4b0cb_row53_col0\" class=\"data row53 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row53_col1\" class=\"data row53 col1\" >2021-03-10</td>\n",
       "                        <td id=\"T_4b0cb_row53_col2\" class=\"data row53 col2\" >Naturally-acquired immunity in Syrian Golden Hamsters provides protection from re-exposure to emerging heterosubtypic SARS-CoV-2 variants B.1.1.7 and B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row53_col3\" class=\"data row53 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row53_col4\" class=\"data row53 col4\" ><a href=\"https://doi.org/10.1101/2021.03.10.434447\">https://doi.org/10.1101/2021.03.10.434447</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row54\" class=\"row_heading level0 row54\" >54</th>\n",
       "                        <td id=\"T_4b0cb_row54_col0\" class=\"data row54 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row54_col1\" class=\"data row54 col1\" >2021-03-09</td>\n",
       "                        <td id=\"T_4b0cb_row54_col2\" class=\"data row54 col2\" >Structure-Function Analyses of New SARS-CoV-2 Variants B.1.1.7  B.1.351 and B.1.1.28.1: Clinical  Diagnostic  Therapeutic and Public Health Implications</td>\n",
       "                        <td id=\"T_4b0cb_row54_col3\" class=\"data row54 col3\" >Viruses</td>\n",
       "                        <td id=\"T_4b0cb_row54_col4\" class=\"data row54 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33803400/\">https://www.ncbi.nlm.nih.gov/pubmed/33803400/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row55\" class=\"row_heading level0 row55\" >55</th>\n",
       "                        <td id=\"T_4b0cb_row55_col0\" class=\"data row55 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row55_col1\" class=\"data row55 col1\" >2021-03-09</td>\n",
       "                        <td id=\"T_4b0cb_row55_col2\" class=\"data row55 col2\" >Categorizing the Status of COVID-19 Outbreaks Around the World</td>\n",
       "                        <td id=\"T_4b0cb_row55_col3\" class=\"data row55 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row55_col4\" class=\"data row55 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.03.08.21252586v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.03.08.21252586v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row56\" class=\"row_heading level0 row56\" >56</th>\n",
       "                        <td id=\"T_4b0cb_row56_col0\" class=\"data row56 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row56_col1\" class=\"data row56 col1\" >2021-03-09</td>\n",
       "                        <td id=\"T_4b0cb_row56_col2\" class=\"data row56 col2\" >A recombinant ‘ACE2 Triple Decoy’ that traps and neutralizes SARS-CoV-2 shows enhanced affinity for highly transmissible SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row56_col3\" class=\"data row56 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row56_col4\" class=\"data row56 col4\" ><a href=\"https://doi.org/10.1101/2021.03.09.434641\">https://doi.org/10.1101/2021.03.09.434641</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row57\" class=\"row_heading level0 row57\" >57</th>\n",
       "                        <td id=\"T_4b0cb_row57_col0\" class=\"data row57 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row57_col1\" class=\"data row57 col1\" >2021-03-09</td>\n",
       "                        <td id=\"T_4b0cb_row57_col2\" class=\"data row57 col2\" >Transmission  infectivity  and antibody neutralization of an emerging SARS-CoV-2 variant in California carrying a L452R spike protein mutation</td>\n",
       "                        <td id=\"T_4b0cb_row57_col3\" class=\"data row57 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row57_col4\" class=\"data row57 col4\" ><a href=\"https://doi.org/10.1101/2021.03.07.21252647\">https://doi.org/10.1101/2021.03.07.21252647</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row58\" class=\"row_heading level0 row58\" >58</th>\n",
       "                        <td id=\"T_4b0cb_row58_col0\" class=\"data row58 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row58_col1\" class=\"data row58 col1\" >2021-03-08</td>\n",
       "                        <td id=\"T_4b0cb_row58_col2\" class=\"data row58 col2\" >Meta-Analysis of the Dynamics of the Emergence of Mutations and Variants of SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row58_col3\" class=\"data row58 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row58_col4\" class=\"data row58 col4\" ><a href=\"https://doi.org/10.1101/2021.03.06.21252994\">https://doi.org/10.1101/2021.03.06.21252994</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row59\" class=\"row_heading level0 row59\" >59</th>\n",
       "                        <td id=\"T_4b0cb_row59_col0\" class=\"data row59 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row59_col1\" class=\"data row59 col1\" >2021-03-08</td>\n",
       "                        <td id=\"T_4b0cb_row59_col2\" class=\"data row59 col2\" >Antibody Resistance of SARS-CoV-2 Variants B.1.351 and B.1.1.7.</td>\n",
       "                        <td id=\"T_4b0cb_row59_col3\" class=\"data row59 col3\" >Nature</td>\n",
       "                        <td id=\"T_4b0cb_row59_col4\" class=\"data row59 col4\" ><a href=\"https://doi.org/10.1038/s41586-021-03398-2\">https://doi.org/10.1038/s41586-021-03398-2</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row60\" class=\"row_heading level0 row60\" >60</th>\n",
       "                        <td id=\"T_4b0cb_row60_col0\" class=\"data row60 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row60_col1\" class=\"data row60 col1\" >2021-03-07</td>\n",
       "                        <td id=\"T_4b0cb_row60_col2\" class=\"data row60 col2\" >Rapid increase of SARS-CoV-2 variant B.1.1.7 detected in sewage samples from England between October 2020 and January 2021</td>\n",
       "                        <td id=\"T_4b0cb_row60_col3\" class=\"data row60 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row60_col4\" class=\"data row60 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.03.03.21252867v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.03.03.21252867v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row61\" class=\"row_heading level0 row61\" >61</th>\n",
       "                        <td id=\"T_4b0cb_row61_col0\" class=\"data row61 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row61_col1\" class=\"data row61 col1\" >2021-03-06</td>\n",
       "                        <td id=\"T_4b0cb_row61_col2\" class=\"data row61 col2\" >The effect of spike mutations on SARS-CoV-2 neutralization</td>\n",
       "                        <td id=\"T_4b0cb_row61_col3\" class=\"data row61 col3\" >Cell Rep</td>\n",
       "                        <td id=\"T_4b0cb_row61_col4\" class=\"data row61 col4\" ><a href=\"https://www.sciencedirect.com/science/article/pii/S2211124721002047?v=s5\">https://www.sciencedirect.com/science/article/pii/S2211124721002047?v=s5</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row62\" class=\"row_heading level0 row62\" >62</th>\n",
       "                        <td id=\"T_4b0cb_row62_col0\" class=\"data row62 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row62_col1\" class=\"data row62 col1\" >2021-03-06</td>\n",
       "                        <td id=\"T_4b0cb_row62_col2\" class=\"data row62 col2\" >SARS-CoV-2 501Y.V2  B.1.351  elicits cross-reactive neutralizing antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row62_col3\" class=\"data row62 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row62_col4\" class=\"data row62 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33688657/\">https://www.ncbi.nlm.nih.gov/pubmed/33688657/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row63\" class=\"row_heading level0 row63\" >63</th>\n",
       "                        <td id=\"T_4b0cb_row63_col0\" class=\"data row63 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row63_col1\" class=\"data row63 col1\" >2021-03-05</td>\n",
       "                        <td id=\"T_4b0cb_row63_col2\" class=\"data row63 col2\" >The emergence and ongoing convergent evolution of the N501Y lineages coincides with a major global shift in the SARS-CoV-2 selective landscape</td>\n",
       "                        <td id=\"T_4b0cb_row63_col3\" class=\"data row63 col3\" >medRxiv : the preprint server for health sciences</td>\n",
       "                        <td id=\"T_4b0cb_row63_col4\" class=\"data row63 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33688681/\">https://www.ncbi.nlm.nih.gov/pubmed/33688681/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row64\" class=\"row_heading level0 row64\" >64</th>\n",
       "                        <td id=\"T_4b0cb_row64_col0\" class=\"data row64 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row64_col1\" class=\"data row64 col1\" >2021-03-04</td>\n",
       "                        <td id=\"T_4b0cb_row64_col2\" class=\"data row64 col2\" >Multimeric nanobodies from camelid engineered mice and llamas potently neutralize SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row64_col3\" class=\"data row64 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row64_col4\" class=\"data row64 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33688659/\">https://www.ncbi.nlm.nih.gov/pubmed/33688659/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row65\" class=\"row_heading level0 row65\" >65</th>\n",
       "                        <td id=\"T_4b0cb_row65_col0\" class=\"data row65 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row65_col1\" class=\"data row65 col1\" >2021-03-03</td>\n",
       "                        <td id=\"T_4b0cb_row65_col2\" class=\"data row65 col2\" >Preliminary Efficacy of the NVX-CoV2373 Covid-19 Vaccine Against the B.1.351 Variant</td>\n",
       "                        <td id=\"T_4b0cb_row65_col3\" class=\"data row65 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row65_col4\" class=\"data row65 col4\" ><a href=\"https://doi.org/10.1101/2021.02.25.21252477\">https://doi.org/10.1101/2021.02.25.21252477</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row66\" class=\"row_heading level0 row66\" >66</th>\n",
       "                        <td id=\"T_4b0cb_row66_col0\" class=\"data row66 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row66_col1\" class=\"data row66 col1\" >2021-03-02</td>\n",
       "                        <td id=\"T_4b0cb_row66_col2\" class=\"data row66 col2\" >Increased Resistance of SARS-CoV-2 Variant P.1 to Antibody Neutralization</td>\n",
       "                        <td id=\"T_4b0cb_row66_col3\" class=\"data row66 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row66_col4\" class=\"data row66 col4\" ><a href=\"https://doi.org/10.1101/2021.03.01.433466\">https://doi.org/10.1101/2021.03.01.433466</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row67\" class=\"row_heading level0 row67\" >67</th>\n",
       "                        <td id=\"T_4b0cb_row67_col0\" class=\"data row67 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row67_col1\" class=\"data row67 col1\" >2021-03-02</td>\n",
       "                        <td id=\"T_4b0cb_row67_col2\" class=\"data row67 col2\" >Sequence Analysis of 20 453 SARS-CoV-2 Genomes from the Houston Metropolitan Area Identifies the Emergence and Widespread Distribution of Multiple Isolates of All Major Variants of Concern</td>\n",
       "                        <td id=\"T_4b0cb_row67_col3\" class=\"data row67 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row67_col4\" class=\"data row67 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.26.21252227v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.26.21252227v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row68\" class=\"row_heading level0 row68\" >68</th>\n",
       "                        <td id=\"T_4b0cb_row68_col0\" class=\"data row68 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row68_col1\" class=\"data row68 col1\" >2021-03-02</td>\n",
       "                        <td id=\"T_4b0cb_row68_col2\" class=\"data row68 col2\" >SARS-CoV-2 501Y.V2 escapes neutralization by South African COVID-19 donor plasma.</td>\n",
       "                        <td id=\"T_4b0cb_row68_col3\" class=\"data row68 col3\" >Nature medicine</td>\n",
       "                        <td id=\"T_4b0cb_row68_col4\" class=\"data row68 col4\" ><a href=\"https://doi.org/10.1038/s41591-021-01285-x\">https://doi.org/10.1038/s41591-021-01285-x</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row69\" class=\"row_heading level0 row69\" >69</th>\n",
       "                        <td id=\"T_4b0cb_row69_col0\" class=\"data row69 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row69_col1\" class=\"data row69 col1\" >2021-03-02</td>\n",
       "                        <td id=\"T_4b0cb_row69_col2\" class=\"data row69 col2\" >Introductions and evolutions of SARS-CoV-2 strains in Japan</td>\n",
       "                        <td id=\"T_4b0cb_row69_col3\" class=\"data row69 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row69_col4\" class=\"data row69 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.26.21252555v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.26.21252555v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row70\" class=\"row_heading level0 row70\" >70</th>\n",
       "                        <td id=\"T_4b0cb_row70_col0\" class=\"data row70 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row70_col1\" class=\"data row70 col1\" >2021-03-01</td>\n",
       "                        <td id=\"T_4b0cb_row70_col2\" class=\"data row70 col2\" >RT-qPCR assay for detection of British  B.1.1.7  and South Africa  B.1.351  variants of SARS-CoV-2</td>\n",
       "                        <td id=\"T_4b0cb_row70_col3\" class=\"data row70 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row70_col4\" class=\"data row70 col4\" ><a href=\"https://doi.org/10.1101/2021.02.25.21252454\">https://doi.org/10.1101/2021.02.25.21252454</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row71\" class=\"row_heading level0 row71\" >71</th>\n",
       "                        <td id=\"T_4b0cb_row71_col0\" class=\"data row71 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row71_col1\" class=\"data row71 col1\" >2021-03-01</td>\n",
       "                        <td id=\"T_4b0cb_row71_col2\" class=\"data row71 col2\" >The localized rise of a B.1.526 variant containing an E484K mutation in New York State</td>\n",
       "                        <td id=\"T_4b0cb_row71_col3\" class=\"data row71 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row71_col4\" class=\"data row71 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.26.21251868v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.26.21251868v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row72\" class=\"row_heading level0 row72\" >72</th>\n",
       "                        <td id=\"T_4b0cb_row72_col0\" class=\"data row72 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row72_col1\" class=\"data row72 col1\" >2021-03-01</td>\n",
       "                        <td id=\"T_4b0cb_row72_col2\" class=\"data row72 col2\" >Antibodies with potent and broad neutralizing activity against antigenically diverse and highly transmissible SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row72_col3\" class=\"data row72 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row72_col4\" class=\"data row72 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33655252/\">https://www.ncbi.nlm.nih.gov/pubmed/33655252/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row73\" class=\"row_heading level0 row73\" >73</th>\n",
       "                        <td id=\"T_4b0cb_row73_col0\" class=\"data row73 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row73_col1\" class=\"data row73 col1\" >2021-03-01</td>\n",
       "                        <td id=\"T_4b0cb_row73_col2\" class=\"data row73 col2\" >Reduced antibody cross-reactivity following infection with B.1.1.7 than with parental SARS-CoV-2 strains</td>\n",
       "                        <td id=\"T_4b0cb_row73_col3\" class=\"data row73 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row73_col4\" class=\"data row73 col4\" ><a href=\"https://doi.org/10.1101/2021.03.01.433314\">https://doi.org/10.1101/2021.03.01.433314</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row74\" class=\"row_heading level0 row74\" >74</th>\n",
       "                        <td id=\"T_4b0cb_row74_col0\" class=\"data row74 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row74_col1\" class=\"data row74 col1\" >2021-03-01</td>\n",
       "                        <td id=\"T_4b0cb_row74_col2\" class=\"data row74 col2\" >Negligible impact of SARS-CoV-2 variants on CD4 +  and CD8 +  T cell reactivity in COVID-19 exposed donors and vaccinees.</td>\n",
       "                        <td id=\"T_4b0cb_row74_col3\" class=\"data row74 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row74_col4\" class=\"data row74 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33688655/\">https://www.ncbi.nlm.nih.gov/pubmed/33688655/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row75\" class=\"row_heading level0 row75\" >75</th>\n",
       "                        <td id=\"T_4b0cb_row75_col0\" class=\"data row75 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row75_col1\" class=\"data row75 col1\" >2021-02-26</td>\n",
       "                        <td id=\"T_4b0cb_row75_col2\" class=\"data row75 col2\" >Detection of B.1.351 SARS-CoV-2 Variant Strain - Zambia  December 2020.</td>\n",
       "                        <td id=\"T_4b0cb_row75_col3\" class=\"data row75 col3\" >MMWR. Morbidity and mortality weekly report</td>\n",
       "                        <td id=\"T_4b0cb_row75_col4\" class=\"data row75 col4\" ><a href=\"https://doi.org/10.15585/mmwr.mm7008e2\">https://doi.org/10.15585/mmwr.mm7008e2</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row76\" class=\"row_heading level0 row76\" >76</th>\n",
       "                        <td id=\"T_4b0cb_row76_col0\" class=\"data row76 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row76_col1\" class=\"data row76 col1\" >2021-02-26</td>\n",
       "                        <td id=\"T_4b0cb_row76_col2\" class=\"data row76 col2\" >Bamlanivimab does not neutralize two SARS-CoV-2 variants carrying E484K in vitro</td>\n",
       "                        <td id=\"T_4b0cb_row76_col3\" class=\"data row76 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row76_col4\" class=\"data row76 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.24.21252372v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.24.21252372v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row77\" class=\"row_heading level0 row77\" >77</th>\n",
       "                        <td id=\"T_4b0cb_row77_col0\" class=\"data row77 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row77_col1\" class=\"data row77 col1\" >2021-02-26</td>\n",
       "                        <td id=\"T_4b0cb_row77_col2\" class=\"data row77 col2\" >Comparative infectivity and pathogenesis of emerging SARS-CoV-2 variants in Syrian hamsters</td>\n",
       "                        <td id=\"T_4b0cb_row77_col3\" class=\"data row77 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row77_col4\" class=\"data row77 col4\" ><a href=\"https://doi.org/10.1101/2021.02.26.433062\">https://doi.org/10.1101/2021.02.26.433062</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row78\" class=\"row_heading level0 row78\" >78</th>\n",
       "                        <td id=\"T_4b0cb_row78_col0\" class=\"data row78 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row78_col1\" class=\"data row78 col1\" >2021-02-25</td>\n",
       "                        <td id=\"T_4b0cb_row78_col2\" class=\"data row78 col2\" >A Novel SARS-CoV-2 Variant of Concern  B.1.526  Identified in New York</td>\n",
       "                        <td id=\"T_4b0cb_row78_col3\" class=\"data row78 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row78_col4\" class=\"data row78 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.23.21252259v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.23.21252259v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row79\" class=\"row_heading level0 row79\" >79</th>\n",
       "                        <td id=\"T_4b0cb_row79_col0\" class=\"data row79 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row79_col1\" class=\"data row79 col1\" >2021-02-23</td>\n",
       "                        <td id=\"T_4b0cb_row79_col2\" class=\"data row79 col2\" >An allele-specific primer extension assay to quantify the proportion of B.1.1.7-specific SARS-CoV-2 RNA in wastewater</td>\n",
       "                        <td id=\"T_4b0cb_row79_col3\" class=\"data row79 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row79_col4\" class=\"data row79 col4\" ><a href=\"https://doi.org/10.1101/2021.02.22.21252041\">https://doi.org/10.1101/2021.02.22.21252041</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row80\" class=\"row_heading level0 row80\" >80</th>\n",
       "                        <td id=\"T_4b0cb_row80_col0\" class=\"data row80 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row80_col1\" class=\"data row80 col1\" >2021-02-23</td>\n",
       "                        <td id=\"T_4b0cb_row80_col2\" class=\"data row80 col2\" >Evidence of escape of SARS-CoV-2 variant B.1.351 from natural and vaccine induced sera</td>\n",
       "                        <td id=\"T_4b0cb_row80_col3\" class=\"data row80 col3\" >Cell</td>\n",
       "                        <td id=\"T_4b0cb_row80_col4\" class=\"data row80 col4\" ><a href=\"https://api.elsevier.com/content/article/pii/S0092867421002269\">https://api.elsevier.com/content/article/pii/S0092867421002269</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row81\" class=\"row_heading level0 row81\" >81</th>\n",
       "                        <td id=\"T_4b0cb_row81_col0\" class=\"data row81 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row81_col1\" class=\"data row81 col1\" >2021-02-22</td>\n",
       "                        <td id=\"T_4b0cb_row81_col2\" class=\"data row81 col2\" >Complete map of SARS-CoV-2 RBD mutations that escape the monoclonal antibody LY-CoV555 and its cocktail with LY-CoV016</td>\n",
       "                        <td id=\"T_4b0cb_row81_col3\" class=\"data row81 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row81_col4\" class=\"data row81 col4\" ><a href=\"https://doi.org/10.1101/2021.02.17.431683\">https://doi.org/10.1101/2021.02.17.431683</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row82\" class=\"row_heading level0 row82\" >82</th>\n",
       "                        <td id=\"T_4b0cb_row82_col0\" class=\"data row82 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row82_col1\" class=\"data row82 col1\" >2021-02-22</td>\n",
       "                        <td id=\"T_4b0cb_row82_col2\" class=\"data row82 col2\" >Structural Basis for Accommodation of Emerging B.1.351 and B.1.1.7 Variants by Two Potent SARS-CoV-2 Neutralizing Antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row82_col3\" class=\"data row82 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row82_col4\" class=\"data row82 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33655245/\">https://www.ncbi.nlm.nih.gov/pubmed/33655245/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row83\" class=\"row_heading level0 row83\" >83</th>\n",
       "                        <td id=\"T_4b0cb_row83_col0\" class=\"data row83 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row83_col1\" class=\"data row83 col1\" >2021-02-22</td>\n",
       "                        <td id=\"T_4b0cb_row83_col2\" class=\"data row83 col2\" >Reduced binding and neutralization of infection- and vaccine-induced antibodies to the B.1.351  South African  SARS-CoV-2 variant</td>\n",
       "                        <td id=\"T_4b0cb_row83_col3\" class=\"data row83 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row83_col4\" class=\"data row83 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33655254/\">https://www.ncbi.nlm.nih.gov/pubmed/33655254/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row84\" class=\"row_heading level0 row84\" >84</th>\n",
       "                        <td id=\"T_4b0cb_row84_col0\" class=\"data row84 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row84_col1\" class=\"data row84 col1\" >2021-02-22</td>\n",
       "                        <td id=\"T_4b0cb_row84_col2\" class=\"data row84 col2\" >SARS-CoV-2 B.1.1.7 and B.1.351 Spike variants bind human ACE2 with increased affinity</td>\n",
       "                        <td id=\"T_4b0cb_row84_col3\" class=\"data row84 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row84_col4\" class=\"data row84 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33655251/\">https://www.ncbi.nlm.nih.gov/pubmed/33655251/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row85\" class=\"row_heading level0 row85\" >85</th>\n",
       "                        <td id=\"T_4b0cb_row85_col0\" class=\"data row85 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row85_col1\" class=\"data row85 col1\" >2021-02-22</td>\n",
       "                        <td id=\"T_4b0cb_row85_col2\" class=\"data row85 col2\" >Experimental evidence for enhanced receptor binding by rapidly spreading SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row85_col3\" class=\"data row85 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row85_col4\" class=\"data row85 col4\" ><a href=\"https://doi.org/10.1101/2021.02.22.432357\">https://doi.org/10.1101/2021.02.22.432357</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row86\" class=\"row_heading level0 row86\" >86</th>\n",
       "                        <td id=\"T_4b0cb_row86_col0\" class=\"data row86 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row86_col1\" class=\"data row86 col1\" >2021-02-20</td>\n",
       "                        <td id=\"T_4b0cb_row86_col2\" class=\"data row86 col2\" >Characterizing SARS-CoV-2 genome diversity circulating in South American countries: signatures of potentially emergent lineages?</td>\n",
       "                        <td id=\"T_4b0cb_row86_col3\" class=\"data row86 col3\" >Int J Infect Dis</td>\n",
       "                        <td id=\"T_4b0cb_row86_col4\" class=\"data row86 col4\" ><a href=\"https://api.elsevier.com/content/article/pii/S1201971221001594\">https://api.elsevier.com/content/article/pii/S1201971221001594</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row87\" class=\"row_heading level0 row87\" >87</th>\n",
       "                        <td id=\"T_4b0cb_row87_col0\" class=\"data row87 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row87_col1\" class=\"data row87 col1\" >2021-02-19</td>\n",
       "                        <td id=\"T_4b0cb_row87_col2\" class=\"data row87 col2\" >Decreased neutralization of SARS-CoV-2 global variants by therapeutic anti-spike protein monoclonal antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row87_col3\" class=\"data row87 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row87_col4\" class=\"data row87 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33619484/\">https://www.ncbi.nlm.nih.gov/pubmed/33619484/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row88\" class=\"row_heading level0 row88\" >88</th>\n",
       "                        <td id=\"T_4b0cb_row88_col0\" class=\"data row88 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row88_col1\" class=\"data row88 col1\" >2021-02-18</td>\n",
       "                        <td id=\"T_4b0cb_row88_col2\" class=\"data row88 col2\" >Circulating SARS-CoV-2 variants escape neutralization by vaccine-induced humoral immunity</td>\n",
       "                        <td id=\"T_4b0cb_row88_col3\" class=\"data row88 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row88_col4\" class=\"data row88 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.14.21251704v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.14.21251704v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row89\" class=\"row_heading level0 row89\" >89</th>\n",
       "                        <td id=\"T_4b0cb_row89_col0\" class=\"data row89 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row89_col1\" class=\"data row89 col1\" >2021-02-18</td>\n",
       "                        <td id=\"T_4b0cb_row89_col2\" class=\"data row89 col2\" >A Combination Adjuvant for the Induction of Potent Antiviral Immune Responses for a Recombinant SARS-CoV-2 Protein Vaccine</td>\n",
       "                        <td id=\"T_4b0cb_row89_col3\" class=\"data row89 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row89_col4\" class=\"data row89 col4\" ><a href=\"https://doi.org/10.1101/2021.02.18.431484\">https://doi.org/10.1101/2021.02.18.431484</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row90\" class=\"row_heading level0 row90\" >90</th>\n",
       "                        <td id=\"T_4b0cb_row90_col0\" class=\"data row90 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row90_col1\" class=\"data row90 col1\" >2021-02-18</td>\n",
       "                        <td id=\"T_4b0cb_row90_col2\" class=\"data row90 col2\" >Characterization of SARS-CoV-2 genetic structure and infection clusters in a large German city based on integrated genomic surveillance  outbreak analysis  and contact tracing</td>\n",
       "                        <td id=\"T_4b0cb_row90_col3\" class=\"data row90 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row90_col4\" class=\"data row90 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.13.21251678v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.13.21251678v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row91\" class=\"row_heading level0 row91\" >91</th>\n",
       "                        <td id=\"T_4b0cb_row91_col0\" class=\"data row91 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row91_col1\" class=\"data row91 col1\" >2021-02-18</td>\n",
       "                        <td id=\"T_4b0cb_row91_col2\" class=\"data row91 col2\" >Mutation N501Y in RBD of Spike Protein Strengthens the Interaction between COVID-19 and its Receptor ACE2</td>\n",
       "                        <td id=\"T_4b0cb_row91_col3\" class=\"data row91 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row91_col4\" class=\"data row91 col4\" ><a href=\"https://doi.org/10.1101/2021.02.14.431117\">https://doi.org/10.1101/2021.02.14.431117</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row92\" class=\"row_heading level0 row92\" >92</th>\n",
       "                        <td id=\"T_4b0cb_row92_col0\" class=\"data row92 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row92_col1\" class=\"data row92 col1\" >2021-02-17</td>\n",
       "                        <td id=\"T_4b0cb_row92_col2\" class=\"data row92 col2\" >Structural and functional ramifications of antigenic drift in recent SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row92_col3\" class=\"data row92 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row92_col4\" class=\"data row92 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33619487/\">https://www.ncbi.nlm.nih.gov/pubmed/33619487/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row93\" class=\"row_heading level0 row93\" >93</th>\n",
       "                        <td id=\"T_4b0cb_row93_col0\" class=\"data row93 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row93_col1\" class=\"data row93 col1\" >2021-02-17</td>\n",
       "                        <td id=\"T_4b0cb_row93_col2\" class=\"data row93 col2\" >Phase transitions may explain why SARS-CoV-2 spreads so fast and why new variants are spreading faster</td>\n",
       "                        <td id=\"T_4b0cb_row93_col3\" class=\"data row93 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row93_col4\" class=\"data row93 col4\" ><a href=\"https://doi.org/10.1101/2021.02.16.431437\">https://doi.org/10.1101/2021.02.16.431437</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row94\" class=\"row_heading level0 row94\" >94</th>\n",
       "                        <td id=\"T_4b0cb_row94_col0\" class=\"data row94 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row94_col1\" class=\"data row94 col1\" >2021-02-12</td>\n",
       "                        <td id=\"T_4b0cb_row94_col2\" class=\"data row94 col2\" >CD8+ T cell responses in COVID-19 convalescent individuals target conserved epitopes from multiple prominent SARS-CoV-2 circulating variants</td>\n",
       "                        <td id=\"T_4b0cb_row94_col3\" class=\"data row94 col3\" >medRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row94_col4\" class=\"data row94 col4\" ><a href=\"https://www.ncbi.nlm.nih.gov/pubmed/33594378/\">https://www.ncbi.nlm.nih.gov/pubmed/33594378/</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row95\" class=\"row_heading level0 row95\" >95</th>\n",
       "                        <td id=\"T_4b0cb_row95_col0\" class=\"data row95 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row95_col1\" class=\"data row95 col1\" >2021-02-12</td>\n",
       "                        <td id=\"T_4b0cb_row95_col2\" class=\"data row95 col2\" >Sensitivity of infectious SARS-CoV-2 B.1.1.7 and B.1.351 variants to neutralizing antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row95_col3\" class=\"data row95 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row95_col4\" class=\"data row95 col4\" ><a href=\"https://doi.org/10.1101/2021.02.12.430472\">https://doi.org/10.1101/2021.02.12.430472</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row96\" class=\"row_heading level0 row96\" >96</th>\n",
       "                        <td id=\"T_4b0cb_row96_col0\" class=\"data row96 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row96_col1\" class=\"data row96 col1\" >2021-02-11</td>\n",
       "                        <td id=\"T_4b0cb_row96_col2\" class=\"data row96 col2\" >SARS-CoV-2 variants B.1.351 and B.1.1.248: Escape from therapeutic antibodies and antibodies induced by infection and vaccination</td>\n",
       "                        <td id=\"T_4b0cb_row96_col3\" class=\"data row96 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row96_col4\" class=\"data row96 col4\" ><a href=\"https://doi.org/10.1101/2021.02.11.430787\">https://doi.org/10.1101/2021.02.11.430787</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row97\" class=\"row_heading level0 row97\" >97</th>\n",
       "                        <td id=\"T_4b0cb_row97_col0\" class=\"data row97 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row97_col1\" class=\"data row97 col1\" >2021-02-10</td>\n",
       "                        <td id=\"T_4b0cb_row97_col2\" class=\"data row97 col2\" >SARS-CoV-2 variants show resistance to neutralization by many monoclonal and serum-derived polyclonal antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row97_col3\" class=\"data row97 col3\" >Res Sq</td>\n",
       "                        <td id=\"T_4b0cb_row97_col4\" class=\"data row97 col4\" ><a href=\"https://doi.org/10.21203/rs.3.rs-228079/v1\">https://doi.org/10.21203/rs.3.rs-228079/v1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row98\" class=\"row_heading level0 row98\" >98</th>\n",
       "                        <td id=\"T_4b0cb_row98_col0\" class=\"data row98 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row98_col1\" class=\"data row98 col1\" >2021-02-08</td>\n",
       "                        <td id=\"T_4b0cb_row98_col2\" class=\"data row98 col2\" >A human antibody with blocking activity to RBD proteins of multiple SARS-CoV-2 variants including B.1.351 showed potent prophylactic and therapeutic efficacy against SARS-CoV-2 in rhesus macaques</td>\n",
       "                        <td id=\"T_4b0cb_row98_col3\" class=\"data row98 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row98_col4\" class=\"data row98 col4\" ><a href=\"https://doi.org/10.1101/2021.02.07.429299\">https://doi.org/10.1101/2021.02.07.429299</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row99\" class=\"row_heading level0 row99\" >99</th>\n",
       "                        <td id=\"T_4b0cb_row99_col0\" class=\"data row99 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row99_col1\" class=\"data row99 col1\" >2021-02-07</td>\n",
       "                        <td id=\"T_4b0cb_row99_col2\" class=\"data row99 col2\" >Insights on SARS-CoV-2’s Mutations for Evading Human Antibodies: Sacrifice and Survival</td>\n",
       "                        <td id=\"T_4b0cb_row99_col3\" class=\"data row99 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row99_col4\" class=\"data row99 col4\" ><a href=\"https://doi.org/10.1101/2021.02.06.430088\">https://doi.org/10.1101/2021.02.06.430088</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row100\" class=\"row_heading level0 row100\" >100</th>\n",
       "                        <td id=\"T_4b0cb_row100_col0\" class=\"data row100 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row100_col1\" class=\"data row100 col1\" >2021-02-07</td>\n",
       "                        <td id=\"T_4b0cb_row100_col2\" class=\"data row100 col2\" >Neutralization of viruses with European  South African  and United States SARS-CoV-2 variant spike proteins by convalescent sera and BNT162b2 mRNA vaccine-elicited antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row100_col3\" class=\"data row100 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row100_col4\" class=\"data row100 col4\" ><a href=\"https://doi.org/10.1101/2021.02.05.430003\">https://doi.org/10.1101/2021.02.05.430003</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row101\" class=\"row_heading level0 row101\" >101</th>\n",
       "                        <td id=\"T_4b0cb_row101_col0\" class=\"data row101 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row101_col1\" class=\"data row101 col1\" >2021-02-06</td>\n",
       "                        <td id=\"T_4b0cb_row101_col2\" class=\"data row101 col2\" >SARS-CoV-2 Worldwide Replication Drives Rapid Rise and Selection of Mutations across the Viral Genome: A Time-Course StudyPotential Challenge for Vaccines and Therapies</td>\n",
       "                        <td id=\"T_4b0cb_row101_col3\" class=\"data row101 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row101_col4\" class=\"data row101 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.02.04.21251111v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.02.04.21251111v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row102\" class=\"row_heading level0 row102\" >102</th>\n",
       "                        <td id=\"T_4b0cb_row102_col0\" class=\"data row102 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row102_col1\" class=\"data row102 col1\" >2021-02-05</td>\n",
       "                        <td id=\"T_4b0cb_row102_col2\" class=\"data row102 col2\" >Field performance evaluation of the PanBio rapid SARS-CoV-2 antigen assay in an epidemic driven by 501Y.v2  lineage B.1.351  in the Eastern Cape  South Africa</td>\n",
       "                        <td id=\"T_4b0cb_row102_col3\" class=\"data row102 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row102_col4\" class=\"data row102 col4\" ><a href=\"https://doi.org/10.1101/2021.02.03.21251057\">https://doi.org/10.1101/2021.02.03.21251057</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row103\" class=\"row_heading level0 row103\" >103</th>\n",
       "                        <td id=\"T_4b0cb_row103_col0\" class=\"data row103 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row103_col1\" class=\"data row103 col1\" >2021-02-03</td>\n",
       "                        <td id=\"T_4b0cb_row103_col2\" class=\"data row103 col2\" >Multi-specific DARPin® therapeutics demonstrate very high potency against mutated SARS-CoV-2 variants in vitro</td>\n",
       "                        <td id=\"T_4b0cb_row103_col3\" class=\"data row103 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row103_col4\" class=\"data row103 col4\" ><a href=\"https://doi.org/10.1101/2021.02.03.429164\">https://doi.org/10.1101/2021.02.03.429164</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row104\" class=\"row_heading level0 row104\" >104</th>\n",
       "                        <td id=\"T_4b0cb_row104_col0\" class=\"data row104 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row104_col1\" class=\"data row104 col1\" >2021-01-30</td>\n",
       "                        <td id=\"T_4b0cb_row104_col2\" class=\"data row104 col2\" >Circulating SARS-CoV-2 variants B.1.1.7  501Y.V2  and P.1 have gained ability to utilize rat and mouse Ace2 and altered in vitro sensitivity to neutralizing antibodies and ACE2-Ig</td>\n",
       "                        <td id=\"T_4b0cb_row104_col3\" class=\"data row104 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row104_col4\" class=\"data row104 col4\" ><a href=\"https://doi.org/10.1101/2021.01.27.428353\">https://doi.org/10.1101/2021.01.27.428353</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row105\" class=\"row_heading level0 row105\" >105</th>\n",
       "                        <td id=\"T_4b0cb_row105_col0\" class=\"data row105 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row105_col1\" class=\"data row105 col1\" >2021-01-29</td>\n",
       "                        <td id=\"T_4b0cb_row105_col2\" class=\"data row105 col2\" >The E484K mutation in the SARS-CoV-2 spike protein reduces but does not abolish neutralizing activity of human convalescent and post-vaccination sera.</td>\n",
       "                        <td id=\"T_4b0cb_row105_col3\" class=\"data row105 col3\" >medRxiv : the preprint server for health sciences</td>\n",
       "                        <td id=\"T_4b0cb_row105_col4\" class=\"data row105 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.01.26.21250543v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.01.26.21250543v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row106\" class=\"row_heading level0 row106\" >106</th>\n",
       "                        <td id=\"T_4b0cb_row106_col0\" class=\"data row106 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row106_col1\" class=\"data row106 col1\" >2021-01-29</td>\n",
       "                        <td id=\"T_4b0cb_row106_col2\" class=\"data row106 col2\" >Increased Resistance of SARS-CoV-2 Variants B.1.351 and B.1.1.7 to Antibody Neutralization</td>\n",
       "                        <td id=\"T_4b0cb_row106_col3\" class=\"data row106 col3\" >Res Sq</td>\n",
       "                        <td id=\"T_4b0cb_row106_col4\" class=\"data row106 col4\" ><a href=\"https://doi.org/10.21203/rs.3.rs-155394/v1\">https://doi.org/10.21203/rs.3.rs-155394/v1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row107\" class=\"row_heading level0 row107\" >107</th>\n",
       "                        <td id=\"T_4b0cb_row107_col0\" class=\"data row107 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row107_col1\" class=\"data row107 col1\" >2021-01-26</td>\n",
       "                        <td id=\"T_4b0cb_row107_col2\" class=\"data row107 col2\" >40 minutes RT-qPCR Assay for Screening Spike N501Y and HV69-70del Mutations</td>\n",
       "                        <td id=\"T_4b0cb_row107_col3\" class=\"data row107 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row107_col4\" class=\"data row107 col4\" ><a href=\"https://doi.org/10.1101/2021.01.26.428302\">https://doi.org/10.1101/2021.01.26.428302</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row108\" class=\"row_heading level0 row108\" >108</th>\n",
       "                        <td id=\"T_4b0cb_row108_col0\" class=\"data row108 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row108_col1\" class=\"data row108 col1\" >2021-01-26</td>\n",
       "                        <td id=\"T_4b0cb_row108_col2\" class=\"data row108 col2\" >Increased Resistance of SARS-CoV-2 Variants B.1.351 and B.1.1.7 to Antibody Neutralization</td>\n",
       "                        <td id=\"T_4b0cb_row108_col3\" class=\"data row108 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row108_col4\" class=\"data row108 col4\" ><a href=\"https://doi.org/10.1101/2021.01.25.428137\">https://doi.org/10.1101/2021.01.25.428137</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row109\" class=\"row_heading level0 row109\" >109</th>\n",
       "                        <td id=\"T_4b0cb_row109_col0\" class=\"data row109 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row109_col1\" class=\"data row109 col1\" >2021-01-26</td>\n",
       "                        <td id=\"T_4b0cb_row109_col2\" class=\"data row109 col2\" >Genomic Epidemiology of SARS-CoV-2 in Esteio  Rio Grande do Sul  Brazil</td>\n",
       "                        <td id=\"T_4b0cb_row109_col3\" class=\"data row109 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row109_col4\" class=\"data row109 col4\" ><a href=\"https://doi.org/10.1101/2021.01.21.21249906\">https://doi.org/10.1101/2021.01.21.21249906</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row110\" class=\"row_heading level0 row110\" >110</th>\n",
       "                        <td id=\"T_4b0cb_row110_col0\" class=\"data row110 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row110_col1\" class=\"data row110 col1\" >2021-01-26</td>\n",
       "                        <td id=\"T_4b0cb_row110_col2\" class=\"data row110 col2\" >Molecular epidemiology of SARS-CoV-2 - a regional to global perspective</td>\n",
       "                        <td id=\"T_4b0cb_row110_col3\" class=\"data row110 col3\" >None</td>\n",
       "                        <td id=\"T_4b0cb_row110_col4\" class=\"data row110 col4\" ><a href=\"http://medrxiv.org/cgi/content/short/2021.01.25.21250447v1?rss=1\">http://medrxiv.org/cgi/content/short/2021.01.25.21250447v1?rss=1</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row111\" class=\"row_heading level0 row111\" >111</th>\n",
       "                        <td id=\"T_4b0cb_row111_col0\" class=\"data row111 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row111_col1\" class=\"data row111 col1\" >2021-01-25</td>\n",
       "                        <td id=\"T_4b0cb_row111_col2\" class=\"data row111 col2\" >mRNA-1273 vaccine induces neutralizing antibodies against spike mutants from global SARS-CoV-2 variants</td>\n",
       "                        <td id=\"T_4b0cb_row111_col3\" class=\"data row111 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row111_col4\" class=\"data row111 col4\" ><a href=\"https://doi.org/10.1101/2021.01.25.427948\">https://doi.org/10.1101/2021.01.25.427948</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row112\" class=\"row_heading level0 row112\" >112</th>\n",
       "                        <td id=\"T_4b0cb_row112_col0\" class=\"data row112 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row112_col1\" class=\"data row112 col1\" >2021-01-22</td>\n",
       "                        <td id=\"T_4b0cb_row112_col2\" class=\"data row112 col2\" >Emerging SARS-CoV-2 variants reduce neutralization sensitivity to convalescent sera and monoclonal antibodies</td>\n",
       "                        <td id=\"T_4b0cb_row112_col3\" class=\"data row112 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row112_col4\" class=\"data row112 col4\" ><a href=\"https://doi.org/10.1101/2021.01.22.427749\">https://doi.org/10.1101/2021.01.22.427749</a></td>\n",
       "            </tr>\n",
       "            <tr>\n",
       "                        <th id=\"T_4b0cb_level0_row113\" class=\"row_heading level0 row113\" >113</th>\n",
       "                        <td id=\"T_4b0cb_row113_col0\" class=\"data row113 col0\" >B.1.351</td>\n",
       "                        <td id=\"T_4b0cb_row113_col1\" class=\"data row113 col1\" >2021-01-21</td>\n",
       "                        <td id=\"T_4b0cb_row113_col2\" class=\"data row113 col2\" >Design of Specific Primer Sets for the Detection of B.1.1.7  B.1.351 and P.1 SARS-CoV-2 Variants using Deep Learning</td>\n",
       "                        <td id=\"T_4b0cb_row113_col3\" class=\"data row113 col3\" >bioRxiv</td>\n",
       "                        <td id=\"T_4b0cb_row113_col4\" class=\"data row113 col4\" ><a href=\"https://doi.org/10.1101/2021.01.20.427043\">https://doi.org/10.1101/2021.01.20.427043</a></td>\n",
       "            </tr>\n",
       "    </tbody></table>"
      ],
      "text/plain": [
       "<pandas.io.formats.style.Styler at 0x1213ea6d0>"
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     },
     "execution_count": 21,
     "metadata": {},
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   "source": [
    "papers.style.format({'url': make_clickable})"
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