Computational biology

BioML Seminar 4.1 - Jeff Ruffolo on Designing proteins with language models

[TALK 9] Data Pipelines for Next Generation Sequencing Analysis – Steven Wingett

[TALK 13] Structure Prediction and Design using AlphaFold – Sami Chaaban

Interacciones proteína–proteína: análisis de interfaces, docking computacional y redes moleculares

Protein-protein interactions: interface analysis, computational docking, and molecular networks

Aplicación bioinformáticas y modelado estructural para el descubrimiento de terapias en Huntington

Bioinformatics applications and structural modeling for the discovery of therapies in Huntington

Yusuf Roohani at ARDD2025: Building a Virtual Cell: an AI platform for engineering cell state

Dominika Wilczok at ARDD2025: Generative AI for Hybernation and Cryoprotection

Introduction to NCBI | BLAST | Primer Blast | GEO | BioProject | Biosample | Part 2/2

A theory and practical guide to NCBI | Genes | Proteins | Genomes | Part 1/2

Software de docking molecular: AutoDock Vina, SwissDock, HADDOCK

Análisis de resultados de docking: energía de unión, residuos clave

Analysis of docking results: binding energy, key residues

Preparación de estructuras para docking limpieza, protonación, minimización AutoDock Tools

Preparing structures for docking: cleaning, protonation, minimizing using AutoDock Tools

Docking molecular principios y tipos rigid vs flexible docking

Molecular docking principles and types rigid vs flexible docking

Steve Salzberg: Computational Methods for Genome Sequence Analysis

Qu’est-ce que l’information biologique (suite) ? (3) - Thomas Lecuit (2025-2026)

What is biological information (continued)? (3) - Thomas Lecuit (2025-2026)

E09.2 - Rare Disease Solvathons - the power of multi-omics data integration

AlphaFold: Grand challenge to Nobel Prize | John Jumper

Qu’est-ce que l’information biologique (suite) ? (1) - Thomas Lecuit (2025-2026)

What is biological information (continued)? (1) - Thomas Lecuit (2025-2026)

EP 203: Building the tools behind modern genomics with Jonathan Marchini of Regeneron

Seminario: Comparación estructural entre ortólogos modelados (PyMOL, Chimera, TM align)

Seminar: Structural comparison between modeled orthologs (PyMOL, Chimera, TM align)

RISE Academy Research Forum 2024 –AlgeThera : An algebraic approach to therapeutic molecules (i3S)

Modelado de proteínas conceptos básicos y enfoques

Protein modeling basic concepts and approaches

Evaluación de modelos proteicos

Evaluation of protein models

Session 3: Accelerating Drug Discovery and Personalized Treatment Using AI

BioML Seminar 3.1 - Abhinav Adduri on Modeling cell perturbations with STATE

BioML Seminar 2.4 - Tianyu Lu on Evaluating Protein Design Models with SHAPES

Seminario: Predicción de dominos funcionales en proteínas

Seminar: Prediction of functional domains in proteins

Viral Genomic Epidemiology: From Databases and Query Engines to Interactive Dashboards| Chaoran Chen

Análisis de secuencias proteicas alineamiento múltiple y conservación

Protein sequence analysis, multiple alignment and conservation

Decoding the secrets of life with AI - with Mikhail Burtsev

Identificación de genes ortólogos: herramientas y estrategias

Identification of orthologous genes: tools and strategies

Keeping Science Human in the Age of AI

Tipos de BLAST: funcionamiento del algoritmo

Types of BLAST: how the algorithm works

EP 203: Building the tools behind modern genomics with Jonathan Marchini of Regeneron

Lecture 10: Use Case: How Molecular Interaction Networks Make Machine Learning... Aug 28 8:30 MEX

An Introduction to Scaffolding with Hi-C Data in Galaxy

Evaluación comparativa de herramientas predictivas In Silico de variantes de cambio de sentido

Comparative evaluation of In Silico predictive tools for missense variants

Bioinformatics: How Data Saves Lives: Crash Course Biology #40

Covariate-Driven Dimensionality Reduction Methods for sc-RNA Seq studies

A Deep Dive on Structural Variant Analysis with the Arima Bioinformatics Platform