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Evolutionary Conservation of Angiogenesis-Associated Genes across Vertebrates Using Covary-Based Alignment-Free Genomic Embeddings: Implications for Tissue Engineering

User #31 · ChordexBio
ChordexBio
Institutional experiment
ChordexBio · Philippines

Experiment context

Reader notes supplied by the result owner to help interpret this Covary run.

Updated 2026-07-19 08:03:24
Experiment or dataset title
Evolutionary Conservation of Angiogenesis-Associated Genes across Vertebrates Using Covary-Based Alignment-Free Genomic Embeddings: Implications for Tissue Engineering
Objectives
(1) apply the Covary alignment-free genomic embedding framework to compare conservation patterns of angiogenesis-associated genes across nine vertebrate species, (2) evaluate the ability of Covary to characterize conservation within the six functional categories involved in angiogenesis, and (3) identify evolutionarily conserved angiogenic genes and signaling pathways that may inform future tissue engineering and regenerative medicine applications.
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