Sentences with phrase «spliced proteins coded»
Lue, whose essay described the regulation of alternative splicing and how defects in this process can cause disease, and Mueller, whose essay described examples of alternatively spliced proteins coded by the same gene with different functions that act in different cells, will each receive a $ 400 prize, and their science teachers, Dr. Martina Davies and Mrs. Jessica Graham respectively, will each receive a $ 400 grant for genetics materials.
http://www.ashg.org/ Not exact matches
By splicing genes for the original protein with ones that code for proteins containing different instructions, the researchers created a modified version of N - WASP.
Rbfox1 proteins were known to play a key role in splicing together coding portions of genes called exons to form mRNA, which is subsequently translated to form proteins.
As a postdoc in the lab of Zefeng Wang, PhD, a member of the UNC Lineberger Comprehensive Cancer Center, Choudhury stumbled upon DAZAP1 while searching for proteins involved in alternative splicing — when a single gene organizes its genetic code to create different proteins with various functions.
A gene can code for different proteins — with diverse functionality — through the genetic mechanism of alternative splicing (the cutting and rejoining of genes).
Alternative splicing is a process of generating multiple transcripts and protein variants by joining different combinations of coding segments.
The cell splices out the introns and joins up only those DNA sequences that code for the protein.
The mutation isn't in a region of the gene that codes for the SMARCAD1 protein; instead it's near a key splicing site that prevents SMARCAD1 from being made correctly, the researchers report today in The American Journal of Human Genetics.
The researchers learned that the astonishing diversity of cadherin in pink bollworm from India is caused by alternative splicing, a novel mechanism of resistance that allows a single DNA sequence to code for many variants of a protein.
Activation of a gene induces a cell to make an RNA copy of its code, edit unneeded segments out of that message, and splice together a final version of the message that provides cellular factories (ribosomes) with a template to make one specific protein.
Proteins are synthesized from instructions coded in the DNA through a multi-step process that includes RNA splicing.
Then, we prioritize variants that are predicted to have functional effects — on protein coding, on splicing, in conserved regions, etc..
Release 1.0 contains 15,419 high confidence protein - coding genes; alternatively spliced transcripts derived from 992 genes add an additional 1,370 proteins yielding a total of 16,789 predicted proteins.