🧬 Computational Biology - hello · Scour

Building the blocks of life 💎Anna KVS

news.mit.edu·1d·

Deep homology and design of proteasome chaperone proteins in Candidozyma auris ⚛️Calvin

nature.com·3d·

Evolutionary Computation Bestiary ⚡Incremental Computation

fcampelo.github.io·13h·Hacker News·

Data Mining 🧠Machine Learning

pub.towardsai.net

·16h·

Self-evolving AI agents for protein discovery and directed evolution ⚓Anchors

arxiv.org·2d·

Supercomputer simulations map spliceosome motions in a two-million-atom human cell model ⚡Incremental Computation

phys.org·4d·

AI-ALGORITHMS-FROM-SCRATCH/Machine Learning at main · CC-KEH/AI-ALGORITHMS-FROM-SCRATCH 🧮Vector Databases

github.com·1d·DEV·

Introducing ROCKET: An Upgrade to AlphaFold That Learns From Raw Experimental Data ⚙️XLA

simonsfoundation.org·1d·

IntelliFold-2: An Open Source Alternative to AlphaFold 3 With Better Accuracy and Robustness ⚙️XLA

cbirt.net·3d·

Computer Science Notes 📊Algorithms

klatz.co·1d·

Bigoish: Test the empirical computational complexity of Rust algorithms 🦀Rayon

docs.rs·6d·Lobsters, Hacker News·

Telomere-to-telomere gapless genome assembly of Siniperca scherzeri 🔄Burrows-Wheeler Transform

nature.com·6h·

Q-BIOLAT: Binary Latent Protein Fitness Landscapes for QUBO-Based Optimization 📊Profile-Guided Optimization

arxiv.org·2d·

Simulation where cancer resistance emerges from thermodynamics (Rust, AGPL) 🔲Cellular Automata

github.com·2d·Hacker News, Hacker News, Hacker News·

A Boltzmann-machine-enhanced Transformer For DNA Sequence Classification 🔄Burrows-Wheeler Transform

arxiv.org·3d·

A Python Framework for Reaction--Diffusion--Chemotaxis Simulations on One-Dimensional Network Geometries 🔲Cellular Automata

arxiv.org·1d·

Bioinspired123D: Generative 3D Modeling System for Bioinspired Structures 🔲Cellular Automata

arxiv.org·1d·

Generative Modeling in Protein Design: Neural Representations, Conditional Generation, and Evaluation Standards 🎭Program Synthesis

arxiv.org·3d·

Scaling Atomistic Protein Binder Design with Generative Pretraining and Test-Time Compute 🔗Intrusive Containers

arxiv.org·2d·

Stringological sequence prediction I: efficient algorithms for predicting highly repetitive sequences 📝Suffix Arrays

arxiv.org·2d·

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