Disruption of both genes is lethal; thus, ARF is essential for mitotic growth.
Without a full disruption of both the central hypervigilance and pelvic organ dysfunction, pain recurs.
Disruption of both FRα alleles in mice results in pups with a range of malformations and is lethal to the embryos at the time of neural tube closure6.
Since the disruption of both acaA and pkaC reveal aggregation deficiency during development, we assessed the CRISPR-mediated gene targeting by analysing the aggregation phenotype.
Drawing above 100°C involves segregation of molecular iodine accompanied by disruption of both the crystalline complex and the pure copolymer crystal.
Second, we derive HLA class I negative cells by targeted disruption of both alleles of the Beta-2 Microglobulin (B2M) gene in ESCs.
Electron microscopy revealed disruption of both apical and basolateral membranes of proximal tubule cells in both sustained and recovering ARF, but cell exfoliation and tubule basement membrane denudation were negligible.
Targeted disruption of both Agtr1a and Agtr1b genes in mice resulted in abnormal kidney development characterized by tubular atrophy and interstitial expansion, papillary atrophy, and severe impairment of concentrating urine8,9.
Disruption of both joints by double alanine mutations at Env positions 671 and 674 (AA) results in attenuation of Env-mediated cell cell fusion and hemifusion, as well as viral infectivity mediated by both CD4-dependent and CD4-independent viruses.
Mice bearing targeted disruption of both alleles encoding AQP9 have erythrocytes that appear morphologically normal.
A complete rupture of the nerve is most commonly found in case of dislocation with disruption of both the cruciate ligaments and posterolateral corner [19, 20].
