A Unifying Theory for GC3 Biology in Plants and Animals

Tatiana Tatarinova, Nickolai Alexandrov, John Bouck, Kenneth Feldmann

Allbwn ymchwil: Pennod mewn Llyfr/Adroddiad/Trafodion CynhadleddCyfraniad i gynhadleddadolygiad gan gymheiriaid


There is a well-documented bias for cytosine and guanine at the third position in a subset of transcripts within a single organism; it is present in some plant species and warm-blooded vertebrates. We demonstrated that in certain organisms the amount of GC at the wobble position (GC3) can be used to distinguish two classes of genes. We highlight the following features of genes with high GC3content: they (1) provide more targets for methylation, (2) exhibit more variable expression, (3) more frequently possess certain transcription factor binding sites, (4) are predominant in certain classes of genes and (5) have a GC3 content that increases from 5'to 3'. These observations led us to formulate a hypothesis to explain GC3 bimodality in grasses and later extend it to other species. High levels of GC3 typify a class of genes regulated through DNA methylation or are a legacy of accelerated evolution through gene conversion.
Iaith wreiddiolSaesneg
StatwsE-gyhoeddi cyn argraffu - 18 Gorff 2011
Digwyddiad ISMB/ECCB 2011 - Location unknown - please update
Hyd: 18 Gorff 201118 Gorff 2011


Cynhadledd ISMB/ECCB 2011

Ôl bys

Gweld gwybodaeth am bynciau ymchwil 'A Unifying Theory for GC3 Biology in Plants and Animals'. Gyda’i gilydd, maen nhw’n ffurfio ôl bys unigryw.

Dyfynnu hyn