Loss-of-function (LoF) nonsynonymous variants were defined as SNVs predicted to create a premature truncation (nonsense), alter canonical splicing (disrupt), alter the initiating methionine of the protein (misstart), or alter the final stop codon of the transcript (nonstop).
These L1 insertions are capable of altering the genome in myriad ways by disrupting genes, altering splicing, increasing the frequency of recombination, and negatively affecting the stability and integrity of the genome because of their ability to create breaks in genomic DNA during the process of mobilization or retrotransposition [ 13– 15].
Once the integrity of these structures is disrupted or altered, the lymphatic flow direction may also be disrupted or altered [ 21], which may in turn lead to false negative results.
Brain activity results from anatomical and functional connections that can be disrupted or altered due to trauma or lesion.
This translocation may identify a gene for which we propose the name SCL (stem-cell leukemia) that is important for hemopoietic development and oncogenesis and that has been disrupted or altered in this stem-cell line.
CP is a permanent disorder of motor function due to disrupted or altered brain development.
This convergence has created an opportunity to develop first-in-class molecules that disrupt these altered transcriptional pathways.
To confirm the lines in which the genes PFB0106c, MAL7P1.172, PF14_0758, MAL7P1.171, PF10_0025, and PF13_0076 were disrupted had altered adherence properties, and to identify others in which adherence had been affected, we used flow based cytoadherence assays with CSA.
The regulatory genes and gene networks identified as controlling primordial follicle assembly, when disrupted or altered, were suggested to be linked to the etiology of ovarian diseases such as primary ovarian insufficiency POI and polycystic ovarian syndrome PCOS.
Since TEs can have a large effect on the genomes of their hosts, causing gene deletion and duplication as well as chromosomal rearrangements, host fitness could be adversely affected if TE-induced transposition and recombination events disrupted or altered function of essential genes.
