Gennadi V. Glinsky

This study identifies 26 genome-wide regulatory networks influenced by retroviral LTR elements during human embryogenesis, revealing their impact on gene regulation and human traits.

This study identifies human-specific HERV LTR regulatory insertions linked to genes involved in development, fertility, and neurological disorders, revealing their broad phenotypic impacts.

The paper identifies human-specific neuro-regulatory single nucleotide mutations and their associations with diverse phenotypic traits through gene set enrichment analysis.

The paper identifies human-specific genomic regulatory features of pluripotency networks, showing their role in NANOG regulation and brain development.

The paper identifies TERT-positive multi-lineage precursor cells in human blastocysts using single-cell expression profiling of HPAT lincRNAs.