Mondo Disease Ontology
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Updated
May 18, 2024 - Jupyter Notebook
Mondo Disease Ontology
Repository for the Human Disease Ontology.
A cancer staging client library for Java applications.
The symptom ontology was designed around the guiding concept of a symptom being: “A perceived change in function, sensation or appearance reported by a patient indicative of a disease”. Understanding the close relationship of Signs and Symptoms, where Signs are the objective observation of an illness, the Symptom Ontology will work to broaden it…
Disease Diagnosis using Pomegranate
API for Current cases and more stuff about COVID-19 and Influenza
MyoQuant🔬: a tool to automatically quantify pathological features in muscle fiber histology images. Demo version deployed at: https://lbgi.fr/MyoQuant
IMPatienT🗂️: an integrated web application to digitize, process and explore multimodal patient data. Demo version deployed at: https://impatient.lbgi.fr/
Ontology for drivers and triggers of human diseases, built to classify ExO ontology exposure stressors. An application ontology. Built in collaboration with EnvO, ExO, ECTO and ChEBI.
Healthcare system to predict Diseases based on patient symptoms
A desktop application to fetch Wikipedia,Google,Disease results and save them as text file,in database.Have a Section to search details about doctors in location
This project implements a Disease Prediction System using various machine learning algorithms to predict potential diseases based on user-provided symptoms. The system utilizes a Django web framework to provide a user-friendly interface for inputting symptoms and viewing the predicted disease.
Crop-Disease-Identification leverages Fastai and deep learning techniques to efficiently detect and classify crop diseases from images, facilitating rapid diagnosis and precision agricultural management.
Paper - Threat of white-nose syndrome to naive southern hemisphere bats
Using advanced ML algorithms, it predict multiple diseases simultaneously, considering factor like medical history and genetics, This approach overcomes traditional diagnostic limitations, offering insights for early detection and personalized treatments, ultimately enhancing healthcare outcomes.
Analysis of various genetic backgrounds to help elucidate aspects of Rett syndrome
Investigating how carbon emissions, particulate matter, and climate variables/indices impact mortality from chronic respiratory disease. Working with pollutant, climate, mortality, population, and geographic datasets. Modeling with Random Forest regression.
Bases on Leaf images we are trying to predict plant disease using convolutional neural network. PyTorch implementation
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