In depth analysis and explanation of retrospective and prospective molecular biotechnology methods. Most often utilized physiological models employed in the laboratory. Up-to-date education regarding medical laboratory analysis and interpretation of patient results. Medical pathophysiology of disease broken down into its respective pathological state and normal physiological mode.
These specialized cells are a critical part of the bodies humoral immune system. They recognize foreign antigens or invaders and mount a quick response. B-cells act quickly by developing antibodies to the antigen epitopes. T-cells react based on what serological class they are in. If it is a CD8 T-cell, its cytotoxic and can quickly … Continue reading B-Cells and T-Cells
The first step in any ELISA assay is the immobilization of the antigen within the sample to the wall of the wells within a microtiter plate. These microtiter plates are usually 96-wells. This is by direct adsorption to the plates surface or by using a capture antibody. The capture antibody has to be specific to … Continue reading Enzyme-Linked Immunosorbent Assays (ELISA)
Inoculation, or vaccination, is a critical method in preventing disease. Vaccination dates back to 1000 CE where the Chinese utilized smallpox inoculation to prevent a future occurrence of the disease (History of Vaccines, 2017). A well-known use of vaccination was performed in 1796 where Edward Jenner inoculated a 13 year- old boy with cowpox to … Continue reading Vaccinations
The role of red blood cells is to carry oxygen. Just like anything in the body, this is tightly regulated by a mechanism that monitors whether or not there is adequate oxygen getting to tissues and other cells. Hypoxia is detected by the peritubular fibroblasts of the kidneys which causes erythropoietin (EPO) to be released. The EPO gene … Continue reading Erythropoietin (EPO)