Thus how adult female mosquito salivary glands manage meal specific responses remains largely unknown.
Comparative morphological, cellular and molecular analysis of blood meal impact supports the conclusion that adult female salivary glands are evolved with unique ability to manage meal specific responses.
We hypothesize that salivary gland must have a unique ability to manage meal specific molecular responses to facilitate successful meal acquisition.
Taken together, we hypothesize that mosquito may carry unique ability to switch on/off salivary gene expression, to manage meal specific responses.
Comparative microscopic analysis also revealed that first blood meal uptake not only causes an alteration of at least 12 22% of morphological features of the salivary glands but also results in cellular changes e.g. apoptosis, confirming together that adult female salivary glands are specialized organs to manage meal specific responses.
-wrap> Next, to know the possible mechanism of how salivary glands facilitate and manage meal specific responses, we first examined the global changes in the molecular repertoire of salivary glands, occurring in response to naïve sugar fed status to first blood meal.
Our DGE data analysis, as described in 'Salivary gene expression switching manages meal specific responses', revealed at least 40 immune transcript's expression, significantly altered in response to differential feeding (supplementary material Table S2), notably up regulation of CLIP members, while down regulation of AMPs in response to blood feeding.
Because of the minuscule budget within which primary schools must manage, these meals resemble indescribable matter which contains just about every vitamin known to man, but zero taste, served on a plastic tray à la Maison Wormwood Scrubs.
The youngest, wearing shorts that reveal his bony legs, says they manage two meals a day: tea and bread, when available, for breakfast, and maize porridge later in the day.
