Answer:
look it up
Explanation:
if y'all paid attention in class y'all would know like honestly y'all are lazy do some research
The chemical composition of glycocalyx is sugar and protein.
<h3>What is the glycocalyx?</h3>
The envelope formed by <em>glycoproteins, glycolipids and hyaluronic acid</em> located in the cell membrane is known as glycocalyx. This component works as a <u>mechanical cell protection</u> thanks to its composition, it also allows <u>cell adhesion</u> and <u>hormonal reception</u> by giving it a suitable environment for this reception.
The glycocalyx is not only seen in eukaryotic cells, but also in prokaryotic cells or in bacterial cells. Each type of cell has its different conformation of the glycocalyx, this <em>depends on its individual need</em>.
Therefore, we can confirm that the chemical composition of glycocalyx is sugar and protein.
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Antibody identified in prenatal specimens is never a cause of hemolytic disease of the fetus and newborn is Anti-B.
Antibodies directed to antigens of the Lewis blood organization device. The Lewis antigens are glycoproteins which can be determined on the surface of many cells and secreted in numerous body fluids.
Anti-B may be obviously happening arising without stimulus through transfusion or being pregnant related red blood cell exposure or can be an immune stimulated antibody. In either case, it is predominantly an IgM antibody with a few related IgG element and frequently happens in affiliation with other antibodies.
Anti-E is generally an IgG antibody reactive through antiglobulin or enzyme techniques. a few examples have an IgM aspect that causes direct agglutination of E-high quality red cells. approximately of random D-wonderful bloods.
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This is a case of pulmonary embolism. In a patient treated for a broken leg, immobilization of the affected limb is strongly advised; although immobilization imposes a risk to develop deep vein thrombosis or the development of clot most commonly in the popliteal veins. This clot or thrombus can be dislodged and can travel to the right ventricle then pumped into the pulmonary circulation; causing dyspnea, chest pain, and hemoptysis.
