One of these systems is determined by the level of AQP3, and another one is determined by polymorphisms in ERMAP. In addition to the GIL and Scianna systems, the Chido/Rogers one is based on the presence of the C4A and B components of the complement system. Another one is based on certain components of acetylcholinesterase, known as the Cartwright or Yt system. Another one
One of these systems is determined by the level of AQP3, and another one is determined by polymorphisms in ERMAP. In addition to the GIL and Scianna systems, the Chido/Rogers one is based on the presence of the C4A and B components of the complement system. Another one is based on certain components of acetylcholinesterase, known as the Cartwright or Yt system. Another one of these is based on ICAM4 and was categorized by Landsteiner and Weiner. Another one, when completely absent, is responsible for MacLeod syndrome and is based on variants of the zinc endopeptidase protein xk; that system is named for Kell. The receptor for plasmodium vivax is the basis for the Duffy one, while more famous ones include the MNS system and the one responsible for several cases of hemolytic disease of the newborn, known as the Rh one. For 10 points name these systems, which are methods of labeling what types of proteins are present on erythrocyte cell membranes, the most common one being ABO.
One of these systems is determined by the level of AQP3, and another one is determined by polymorphisms in ERMAP.
{Blood groups} (accept {blood types}, {blood antigens}, {erythrocyte [surface] antigens}, {erythrocyte [surface] markers}, {erythrocyte [surface glyco]proteins} blood {transfusion markers}, blood {factors}, {things that make your blood agglutinate}, etc. Prompt very generously)