FeatureP

FeatureP performs comparative analysis of protein sequences arising from alternative splicing, single nucleotide polymorphisms (SNPs), and protein families across one or more organisms to assess residue-level functional impacts relevant to human genomics.

Key Features:

• Protein Annotation: Systematic annotation and categorization of proteins into functional groups to support comparative and evolutionary analyses across species.
• Functional Impact Analysis: Assessment of individual residue variation to interpret how small genetic differences influence protein function and human health.
• Comparative Genomics: Analysis of sequences derived from alternative splicing and genome variations to compare proteins across individuals and species, with emphasis on human datasets.
• Personal Genomics Application: Evaluation of how large numbers of small genomic differences affect protein function and contribute to individual health outcomes.

Scientific Applications:

• Protein Function Analysis: Use of systematic annotations to understand protein functional roles within biological systems.
• Genomic Variation Studies: Investigation of the effects of SNPs and other genetic variations on protein structure and function to inform disease mechanisms and potential therapeutic targets.
• Alternative Splicing Research: Analysis of proteins produced by alternative splicing events to study functional diversity within an organism.

Methodology:

Comparative analysis of protein sequences integrating data from genome sequencing and proteomics to evaluate the functional implications of genetic variations.