Daniel Dowling (WWU)

in: 'Frontiers in Ecology and Evolution': "Emergence of new transcribed human open reading frames - a starting point for new proteins"

by Daniel Dowling (WWU)

Taxon-restricted, proteins have been found in all major clades and play important roles in lineage-specific traits and adaptations. Several mechanisms have been proposed to explain the prevalence of taxon-restricted proteins, including highly divergent paralogs, horizontal gene transfer, de novo emergence from non-coding DNA. Much of the eukaryotic genome is transcribed into RNA with potential to produce a myriad of potentially beneficial or hazardous peptide products. Protein-coding genes may emerge de novo from the chance formation and transcription of novel open reading frames (ORFs). As these sequences share minimal similarity with pre-existing proteins they can have vastly different properties, structures, and biological activities. Here, I will present data on several thousand human- and primate-restricted transcribed ORFs which may be the starting points for novel taxon-restricted proteins.

Detailed information

Category
Vorträge, Vorlesungen
Temporal setting
Tue 18.02.2020, 16 h - 18 h
Category
Vorträge, Vorlesungen
Series
Location
ZH (Badestr. 9/10, lecture hall)
Entrance
Registration
Organisation/
contact
Institute for Evolution & Biodiversity - (IEB)
Huefferstr. 1
48149 Muenster
evolecol@uni-muenster.de
+492518321027