Hwang, formerly a professor at Seoul National University (SNU), had claimed in a March 2004 Science paper to have made a breakthrough in so-called therapeutic cloning by creating a stem cell line from a cloned human blastocyst.
This phenomenon is known as the Fåhræus-Lindqvist effect, and is thought to result from migration of erythrocytes away from the vessel wall and into a central column reducing resistance to flow by creating a lubricating cell-depleted layer next to the endothelium.
This term reflects how the flowing fluid will try to push the cancer cells in the downstream direction whose effect must be counterbalanced by the cancer cells by creating a sufficiently strong cell-ECM resistance force.
Our results demonstrate the system's functionality by creating an ES cell line and mouse chimeras carrying a NKX2-5 EmGFP BAC reporter for marking early cardiomyocytes.
Next, we demonstrated the utility of the CAMI method by creating a collection of cell-type-specific fluorescent transgenes, labeling 12 classes of sensory neurons and using them to screen a small panel of mutants for defects in neuronal morphogenesis.
Although resistance to selinexor in the clinic has not been reported, we sought to predict the characteristics of potential SINE resistance mechanisms by creating a SINE compound-resistant cell line from parental fibrosarcoma cells that are sensitive to SINE compound treatment.
Numerous mechanisms of action were optional for such action among them was the strong suppression of E2F1 that inhibits growth by thwarting cell cycle progression and fasters differentiation by creating a permissive environment for cell distinction [11].
We next compared the mobility of FPR+ F9 and FPR− G3 cells in a wound-healing model by creating a gap in a confluent cell monolayer.
By creating a local stiffness gradient the cells can mechanically interact with other cells up to 5 cell lengths from their periphery, an effect which allows for long-range pattern formation not seen on linearly elastic materials but common in biological tissues and desirable in engineered constructs.
Since it has been reported that the ΔGAG mutation causes a reduction of torsinA in the striatum and the entire brain [26], [27], [28], we sought to determine if this phenomenon was mediated by a loss of function of torsinA in Purkinje cells by creating a knockout of the Dyt1 gene only in Purkinje cells (Dyt1 pKO) of mice.
