1. Agglutination (clumping)
2.Opsonization ( aids phagocytosis)
3. Complement Fixation
Ag (from Latin argentum).
Ag is the element Silver. Ag has more electrons than Ag+as for the element to become positively charged through a process called oxidation in which Ag has given up an electron to another element in order to obtain a positive charge. Another way to look at it is the "+" indicates a loss of a negatively charged particle which, in this case, is an electron. Proper Half-Reaction: Ag+ + e- ---> Ag
Ag is the chemical symbol of silver.
BDT AG was created in 1967.
Epigenomics AG was created in 1998.
Antibodies are glycoproteins(immunoglobulins) secreted by plasma cells, which in turn are under the control of lymphocytes and their cytokines. When Ab's are produced in response to an Ag(antigen or invader), the Ab binds to the Ag.The extent of the binding to a targeted Ag is called reaction specificity. The strength of the resulting Ab-Ag bond is called antibody affinity.Example: you get a tetanus vaccine ( killed), your body responds as though it's the real deal and produces Ab(antibodies). Then, when you get cut by a rusty nail, your body recognises it as tetanus ( the antigen-Ag), and sends the Ab's to the rescue, thereby preventing a horrific death.
AB + AG + 5MP = ABC67 + 64 + 539 = 670There must be more answers and I'm not sureI solved the puzzle. Am I correct?probably this could be another best answer,A Boy + A Girl + 5 Minutes Pleasure result A Beautiful Child ;)
Period in which there is a decrease (no detectable levels) of HBs Ag and HBe Ag. Occurs before the production of HBs Ab and HBe AB.
c d e f ab ag
35
30
The picture that you see printed next to that question on the assignment sheet is necessary in order to answer it. Without the picture, I have no idea how angle-1, arc-ab, and arc-ag are connected .
an electric current is passed through the agar in electroimmunodiffusion assays and therefore separates antigens based on their isoelectric point. Immunodiffusion does not involve electrophoresis and can be used to assess Ab to Ag binding through the visualization of a precipitate line
ab,cc,ad,ed,ef,ag,ee,ee
For jingle bells the letter notes on the recorder are: bbb bbb bd' gab cccc cbbb baa bad' bbb bbb bd' gab cccc cbbb d' d' cag
the sliver symbol in the periodic table AG
Properties of B cell epitopes •The size is determined by the size, shape and amino acid residue of the Ag-binding site on the Ab molecule •The binding involves weak non covalent interaction •Native proteins generally hydrophilic amino acids •Sequential or non-sequential amino acids •Located in mobile regions •Accessible Properties of T cell epitopes •T cell recognize Ag that has been processed in antigenic peptides with MHC •Antigenic peptides recognized by T cells form trimolecular complexes with a T cell receptor and MHC molecules •Internal peptides