Computational synthetic biology: Predicting DNA edits for bioengineering
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Updated
Mar 27, 2017 - Java
Computational synthetic biology: Predicting DNA edits for bioengineering
Modeling tryptophan operon dynamics based on Xiu 1997 paper
This project is designed to assess cortical motor map changes due to pellet eating behavior paired with vagus nerve stimulation
Combined study of two biological signals: EEG Power Variability and Middle Cerebral Artery Blood Flow Velocity
A comparison of measuring ECG and PPG parameters: A test case for using the Smartphone and the Bitalino Board Kit
PathwayNet is a project based on Python and Bioinformatics. It tries to build up mathematic modes on simulating pathways of amino acid synthesis in E. coli.
This is a computational framework to analyze raw biological data generated from a polygraph test for the purpose of making psychophysiological inferences.
A command-line interface and biochemical pathway finder based on KEGG
A group project that was part of the Bioengineering course in the Department of Electrical & Computer Engineering at the Aristotle University of Thessaloniki.
En este proyecto se realizara la medición de el porcentaje de saturación de oxígeno de la hemoglobina con el uso del sensor MAX30102, el cual usa el protocolo I2C para su respectiva comunicación, la pila de comunicación se pondra en una libreria, la cual esta inspirada en https://github.com/sparkfun/SparkFun_MAX3010x_Sensor_Library. La lectura d…
This project aims to model the disruptive effects of cytotoxic chemotherapeutic drugs on the immunoediting process.
Computer-Aided Process Planner (CAPP) for Synthetic Biology Research
Applied Control & Robotics Research Laboratory
Analysis code for the RePlay usability study
Common elements for projects across the lab.
Materials to reproduce the results of our paper about 3D muscle modelling.
Introductory Python Workshops! Check out README for more info!
University of Antioquia. Digital Electronics. Digital Clock
University of Antioquia. Digital Electronics. Piano
University of Antioquia. Digital Electronics. Sequential circuits using flip flops
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