A broader map of human proteins.

↙ Return to the open questionsBright record 012 · ScienceInspect the source ↓

The human problem

Many human proteins lacked experimentally determined structures.

What changed

The constraint: Structural coverage was incomplete and uneven.
AI’s role: AlphaFold predicted structures across the human proteome.
The observed result: The study supplied predictions with per-region confidence estimates.

The human possibility

Scientists could investigate previously less accessible protein regions.

Possible implications are separate from measured outcomes.

Keep following the question.

What holds this up

Highly accurate protein structure prediction for the human proteome ↗

Event date: Not separately established
Source publication: 2021-07-22
Capture date: Not retained in the original record
Claim confidence: Unassessed. Separate from maturity; no numeric certainty inferred.
Review provenance: Legacy source check. No named human editorial approval is recorded.
Evidence state: Demonstrated · What this means
Source checked: 2026-09-05Compared with the published record. No independent replication by Bright.
Replication: Not assessed by Bright
Conflicting findings: Not systematically reviewed

The limits are part of the record.

Coverage is not uniform accuracy; disordered regions and low-confidence predictions need care.

What this classification does—and does not—establish

Bright’s classification applies to the result described here. It does not certify a product, recommend a treatment, or predict a future outcome. Source publication and real-world deployment are different milestones. This opening record may not include every later study.

A record that can change

2026-09-05
Added to the source-checked opening collection.

This is Bright’s catalog history, not a complete history of the research. Future corrections and evidence revisions will be recorded here.

What comes next

Combine predictions with experimental biology.

How corrections change the record ↗