3BIO-BioInfo
We develop bioinformatic tools using artificial intelligence, machine learning, data analysis, statistical physics, stochastic modelling and quantum chemistry for applications in biology, biotechnology and medicine.
About Us
We focus on developing bioinformatics tools and computational approaches to address key challenges in biology, biotechnology, and medicine. Integrating balanced theoretical foundations with fundamental biological principles, we strive to translate complex data into meaningful scientific insights.
Research Areas
Artificial Intelligence & Machine Learning
Design neural networks and supervised/unsupervised learning algorithms for biological data analysis.
Learn more →Biophysics of Mutations
Predicting protein stability, solubility, and binding affinity changes due to mutations using computational methods.
Learn more →DNA Ionisation
Computational studies of ionization potential of nucleic acid bases and their biological implications.
Learn more →Epitope Prediction
Predicting B-cell and T-cell epitopes for rational vaccine design and antibody engineering.
Learn more →Projects
View all projectsPrediction of B-cell Epitopes for Vaccine Design
Our lab develops computational methods for predicting B-cell epitopes, which are crucial for rational vaccine design and …
Prediction of Disease-Causing Variants in the Human Genome
We develop computational tools to predict the pathogenicity of genetic variants, helping to identify disease-causing …
Rational Design of Modified Proteins
Our research focuses on the rational design of proteins with modified properties, utilizing computational methods to …