Other chromosomes such as −11q may also have immune evasion functions, while −22q may have both pro-proliferative and immune evasion functions. Driver gene mutations are not required for CNA selection During in vitro evolution, acquired non-synonymous single nucleotide variants (SNVs) and ...
Using a non-parametric statistical test for biased gene loss between subgenomes, we infer that all Dioscorea share an ancient paleo-allotetraploidy, which was followed by species-specific chromosome rearrangements. We use genomic and genetic resources to identify nine QTL for anthracnose resistance and...
Compared toautosomes, it is relatively easy to assign genes to the X chromosome (hence, ‘X-linked’), because females have two XX chromosomes, while males have a single X chromosome and a singleY chromosome, which bears the testis-determining gene and dictates that a Y-bearing individual wil...
The ganA gene from Bacillus subtilis encoding a β-galactosidase for degradation of the galactomannan was integrated in different loci of the B. subtil
The latter finding further supports a function of transglutaminases as structural proteins in addition to their enzymatic role and is consistent with the loss of catalytic activity of one member of the gene family, band 4.2 protein. Even though each type of transglutaminase has its own typical ...
The pie diagram on each branch of the tree represents the proportion of gene families undergoing gain (red) or loss (green) events. The numbers below the pie diagram denote the total number of expansion and contraction gene families. Basal angiosperm (Ba). b The distribution of single-copy,...
PROBLEM TO BE SOLVED: To provide a method for non-invasively determining an aneuploidy Y chromosome abnormality in a maternal sample by detecting and determining the relative contribution of the gene sequence of the Y chromosome in the maternal sample. SOLUTION: In the maternal sample, the locus ...
” Cao et al. [11] analyzed the molecular basis of the reduction of volatile compounds during the evolution of peaches and identified the key gene regulating linalool content through the assembly of a cultivated peach variety “Chinese Cling” and the association analysis of 256 peach varieties. ...
We applied DLO Hi-C to delineate the genomic architecture of THP-1 and K562 cells and uncovered chromosomal translocations. This technology may facilitate investigation of genomic organization, gene regulation, and (meta)genome assembly. This is a preview of subscription content, access via your ...
functional enriched not only in terms related to stress response, but cell wall biosynthesis. Gene families related to disease resistance, cell wall biosynthesis and metal ion transport are greatly expanded and evolved. The expansion of these families may be an important genomic basis for the ...