Frontier AI Genomic & Proteomic Consequence Engine

Genomic Variant & SNP Impact Interpreter

Analyze single-nucleotide polymorphisms (SNPs) and missense mutations across critical human disease genes. Evaluate conservation penalties, biochemical property alterations, and in silico pathogenicity predictions aligned with ClinVar and AlphaGenome methodologies.

BENCHMARK CLINICAL MUTATIONS Click preset to load mutation model

Mutation Parameters

Target Gene Symbol

Wild Type (WT)

Position

Mutant (MUT)

Structural Context / Functional Domain

Genomic Coordinate (GRCh38)

Physicochemical Alteration Matrix

Classification Verdict

PATHOGENIC

Pathogenicity Probability

98.4%

BLOSUM62 SCORE -1 Evolutionary penalty

STABILITY DELTA +3.8 kcal/mol ΔΔG destabilizing

CADD PHRED (EST) 34.0 Top 0.1% deleterious

CONSERVATION Ultra-Conserved PhyloP: 9.2

Structural & Mechanistic Consequence

Substitution of wild-type Arginine with Histidine at position 175 of the p53 core domain causes catastrophic destabilization of the L2 zinc-binding coordination sphere. This induces global unfolding of the DNA-binding surface, preventing sequence-specific recognition of response elements and abolishing transactivation of p21/CDKN1A and PUMA.

Associated Phenotype: Li-Fraumeni Syndrome / Somatic Solid Tumors

Inspect In 3D Biomolecular Structure Lab

Render the 3D atomic coordinates of this protein complex in real time with our WebGL 3Dmol.js viewer or launch the DeepMind sidecar viewer.

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Canonical Bioinformatics Repositories & Databases

NCBI ClinVar

Clinical variant assertions

gnomAD v4

Population allele frequencies

UniProtKB

Functional protein sequences

AlphaFold DB

DeepMind structure predictions