Da — Status checked pe 30 iulie 2024. În prezent, AI poate prezice structura 3D a proteinelor cu o precizie remarcabilă pentru multe proteine, dar nu pentru orice proteină. Instrumentele precum AlphaFold 2 (dezvoltat de DeepMind) și RoseTTAFold au revoluționat domeniul, oferind predicții extrem de precise pentru major ?

AlphaFold 2 a rezolvat o provocare de 50 de ani în biologie cu o precizie aproape experimentală la CASP14. Acesta alimentează acum majoritatea fluxurilor de lucru în biologia structurală.

Background

AlphaFold 2, developed by DeepMind and unveiled at CASP14, demonstrated near-experimental accuracy in blind structure-prediction trials and now underpins the majority of structural biology workflows (Nature enrichment, May 9, 2026).

Current AI methods—exemplified by AlphaFold—leverage deep learning architectures trained on large curated libraries of experimentally solved protein structures. These models learn statistical correlations between sequence and conformation, enabling end-to-end prediction of 3D coordinates from primary amino-acid strings. In benchmark assessments, AlphaFold’s median accuracy approaches that of low-resolution experimental techniques for many globular proteins (Senior et al., Nature 2020; Jumper et al., Nature 2021).

Despite rapid advances, open challenges persist. Accuracy remains lower for proteins with non-canonical folds, large intrinsic disorder, or sparse evolutionary signal. Community-wide assessments such as CASP continue to track progress and highlight edge cases where human insight or additional experimental data are still required. Ongoing research targets improved robustness, uncertainty quantification, and generalization to orphan sequences and membrane proteins (Nature enrichment, May 9, 2026).