#28 · Genomics
Genome-scale constraint maps proto-gene precursors and duplicate-gene divergence
The dominant thread is computational inference of sequence constraint from genome-scale data. A survey of stop-codon-free regions across seven primate T2T assemblies defines exon shadows as candidate proto-gene precursors. A computational survey of human codon-usage bias links codon usage to synonymous variant depletion, structured-domain optimization, and tRNA gene copy number, and a paralog-family protocol maps pre- and postduplication mutations onto PDB and AlphaFold structures to assess functional impact in lung cancer evolution. What is new is the application of T2T-scale and structure-mapped analyses to proto-gene and duplicated-gene sequence. The summaries report no benchmarking against alternative methods and do not establish integrative trait associations; the items differ in scope, so this thread is dominant rather than shared by every item.
Published papers
Mapping the inter- and intra-genic codon-usage landscape in Homo sapiens.
Computational survey of human codon-usage bias showing links to synonymous variant depletion, structured-domain optimization, tRNA gene copy number, and…
Gene duplication is associated with gene diversification and potential neofunctionalization in lung cancer evolution.
Develops a computational protocol mapping pre- and postduplication mutations in paralog families onto PDB and AlphaFold structures to find functional impact…
Preprints
The Landscape of Stop Codon-Free Regions in Primates: A Reservoir of Proto-Genes
Genome-wide survey of stop-codon-free regions in seven primate T2T assemblies, defining exon shadows as candidate proto-gene precursors.
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