In line with these findings, we report that phospho-MERTK clusters colocalized with myosin II clumps, which also redistributed in the cell surface, suggesting thereby an association between phagocytosis substrates (RB or POS), activated phagocytosis-mediated receptors (MERTK) and actin motor molecules (non-muscle myosin II) to drive substrate ingestion by Sertoli cells (Fig. 3A D).
Since, as discussed previously, there are clear technical limitations to short term kinetic studies on Drosophila submitted to ingestion driven stress, we focused our efforts on the observation of these long term stress responses (LTSR) and performed our transcriptome analysis 24 hours after stress induction.
In general, the effectiveness of AC to reduce bioaccumulation appeared to be species-specific, i.e., bioaccumulation is known to depend on the physiology and behavior of the organisms, which drive factors such as ingestion rate, assimilation efficiency, and elimination (Janssen and Beckingham [21, 96].
While sarcoidosis is a chronic granulomatous disease presumably reflecting an exaggerated response to an unknown antigen, celiac disease is a T cell-driven disease triggered by ingestion of gluten, a protein composite found in wheat and related grains.
This theory held that the main thing that drives a hurricane is just ingestion of enormous quantities of water vapor from the atmospheric environment.
Deep sinkage, high snow-compaction resistance, traction loss while turning and ingestion of snow into the drive train can cause immobility within a few meters of travel.
Last fall, Bergö's group reported that ingestion of extra antioxidants drove the metastasis of melanoma in a mouse model, though they didn't have any effect on the primary tumor.
Ingestion can cause stomach irritation and potentially, central nervous system symptoms.
Amino acid release from muscle might maintain availability (and thus hypoxic protection) when ingestion is reduced in order to drive ketone synthesis.
