Here is the synopsis of our sample research paper on Monocytes, Macrophages, Interleukin And STAT. Have the paper e-mailed to you 24/7/365.
Essay / Research Paper Abstract
15 pages in length. The writer goes into considerable detail describing the role each of these elements plays in the human body. Bibliography lists 13 sources.
Page Count:
15 pages (~225 words per page)
File: LM1_TLCMonoMacro.rtf
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Unformatted sample text from the term paper:
following eight hours after this move finds the monocytes have grown quite significantly as well as create granules of enzymes to aid in the digestion of bacteria and various additional
foreign cells. These bloated monocytes, called macrophages, remain within the tissues where they consume dead/damaged cells, bacteria and foreign matter (Nonspecific Immunity). Monocytes and macrophages have typically been classified
as reticulo-endothelial system cells (RES); however, a change to the classification of mononuclear phagocyte system (MPS) has remained in place since 1972. Bone marrow is the primary location where
monocytes and macrophages are developed, with myriad components taking part in this growth: stem cell; committed stem cell; monoblast; promonocyte; monocyte (bone marrow); monocyte (peripheral blood); and macrophage (tissues).
Differentiation of bone marrow monocyte progresses at a rapid pace of one and a half to three days, at which time granule formation produce monocyte cytoplasma that have the capability
of division into no fewer than two types (Macrophages and Monocytes). Haematopoiesis occurs under the controlling function of not less than eleven growth
components, three of which are glycoproteins that set off macrophage differentiation in bone marrow from uni- and bipotential progenitor cells. IL-3 monitors the advancement to myeloid-restricted progenitor from pluripotential
stem cell, a property that "generates differentiated progeny of all myeloid lineages" (Macrophages and Monocytes). With this differentiation comes reaction to two growth factors - GM-CSF and M-CSF -
that encourage monocyte-macrophage-restricted progeny (Macrophages and Monocytes). Dependency of the cells on growth factors following lineage commitment is to ensure viability and proliferation; TNF has only a short time
ago become associated with macrophage precursor growth regulation. (Macrophages and Monocytes). Young cells with migratory, chemotactic, pinocytic and phagocytic activities, along with IgG Fc-domain (FcR) and iC3b complement receptors,
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