what is anti-e or e antigen?
336766
The E "antigen" is part of the Rh complex (the + part of your blood type). Try the website below for more info on the Rh complex. Hope this helps.
116211
Probably you mean "rabbit anti-goat IgG" antibodies, which are commonly used in biomedical reasearch labs. It works as follows: let's say for your science experiment you need an antibody against a certain protein (let's name this protein X). You inject X into a goat and over time the immune system of the goat generates antibodies against X (let's call these antobodies goat anti-X). Antibodies of type IgG are the most abundant at the latest stage of immune response and we isolate them for our experiment (so we obtain goat anti-X IgG). For certain purposes (I won't go into details) we may need another set of antobodies which would be against our goat anti-X  IgG we just got. How do we get them? We cannot generate them in another goat, because the immune system of the same species is unlikely to respond to its own product. Therefore, we inject another species (for example, a rabbit) with our goat anti-X IgG. The immune system of the rabbit recognizes the foreign molecule and generates an antibody against it. It will be the rabbit anti-goat IgG - it means, this rabbit antibody will recognize the previous antibody for the goat. We then can further use it in our experiment.
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click here\n\nhttp://irfani.wtigac.com/media/1/anti%20brontox.exe
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antibodies, white blood cells
270316
it's not.  one is a chemical reaction and the other is an auto-immunological response.
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this antibody detects an ~67 kDa protein corresponding to the expected molecular mass of estrogen receptor (ER) on SDS-PAGE immunoblots. This antibody recognizes native estrogen receptor in the activated 4S or inactive 8S oligomeric state, with or without ligand binding. The antibody also recognizes a smaller molecular weight protein (~55 kDa) believed to be the major proteolytic fragment of the estrogen receptor alpha protein\n\nhard question even harder answer good luck!
689200
It is not chemistry.  There is some unknown trigger that causes your body (B cells that have differentiated into plasma cells to be specific)to begin producing antibodies to your own proteins or DNA or RNA, etc.  These antibodies are called autoantibodies.
908170
Have you tried this site\nhttp://www.answers.com/topic/elisa
925076
its a antibody also used in Rheumatoid and some malignancies, should hopefully help you with SLE too, there are lots of hits on yahoo if you want to learn about this drug, good luck
227085
It is an antibody that recognizes and inhibits vascular epithelial growth factor, or VEGF. It would have the standard structure of an antibody, with a heavy chain and a light chain, and a binding pocket specifically to bind VEGF. I'm sure that the binding region is probably proprietary to Genentech. This is a humanized anitbody, meaning that it was developed in mouse and converted into a human antibody so that it can be used as a therapeutic without causing an allergic response.
216145
Antivenom (or antivenin, or antivenene) is a biological product used in the treatment of venomous bites. It is created by injecting a small amount of the targeted venom into an animal such as horses, sheep, goats, or rabbits; the subject animal will suffer an immune response to the venom, producing antibodies against the venom's active molecule which can then be harvested from the animal's blood and used to treat envenomation in others.
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e stands for the electronic
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Antigenic determinants of an antibody are the amino acids that bond with the antigen and allow the antibody to carry out it's function.
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Antibody molecules are Y shaped structures.\n\nThe two upper ends of Y has got the sequences for the binding with the antigen and the lower end has constant amino acid residues.Also they got 2 chains called the heavy and light chains.\nThese sequences are coded by the genes of the B cell.\nThe antibodies are classified based on their heavy chains into igG,IgM,IgA,IgE,IgD and antibodies within such a group will have their constant site(lower end) resembling each other and only the variable regions would differ(upper ends).\nThus the virtual identity regions must be the constant region I said.
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www.austin.cc.tx.us/kotrla/immunohe.htm\nwww.irvingcrowley.com/cls/immuno.htm\nwww.lww.com/product/?0-397-55469-9
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Type-I : Anaphylactic\nAntibody: IgE\nAntigen: exogenous\nResponse time 15-30mins\nAppearance: Weal & flare\nHistology: Basophil & Eosinophil\nTransferred with: Antibody\nEg,: Allergic asthama, hay fever\n\nType-II : Cytotoxic \nAntibody: IgG, IgM\nAntigen: cell surface\nResponse time mins-hrs\nAppearance: lyses & necrosis\nHistology: Antibody & complement\nTransferred with: Antibody\nEg,: Erythroblastosis fetalis, Goodpastures syndrome\n\nType-III : Immune complex mediated\nAntibody: IgG, IgM\nAntigen: soluble\nResponse time 3-8hrs\nAppearance: erythematic, edema, necrosis\nHistology:  Complement & Neutrophils\nTransferred with: Antibody\nEg,: SLE, farmer’s lung disease\n\nType-IV : Delayed type\nAntibody: None\nAntigen: tissue & organ\nResponse time 48-72hrs\nAppearance: erythematic & induration\nHistology:  Monocyte & Lymphocytes\nTransferred with: T-cells\nEg,:  Tuberculin test, poison ivy,granuloma\n\nfor more : http://pathmicro.med.sc.edu/ghaffar/hyper00.htm
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ELISA(Enzyme Linked Immuno Sorbent Assay)- a type of blood test to detect the antibodies to a suspected infecting organism.