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
Commutative Law: a + b = b + a Associative Law: (a + b) + c = a + (b + c)
The answer depends on the context. For example, multiplication of numbers is commutative (A*B = B*A) but multiplication of matrices is not.
A comprehensive answer to this question will be found at: See Related Links put a (major axis) in cell B1 put b (minor axis) in cell B2 put L (lenght of tank) in cell B3 and put variable height in cell B6 to .... put this formula to Microsoft excel in cell C6 =(B$1/2*B$2/2*ACOS(1-B6/B$2*2)-B$1/2*(B$2/2-B6)*SQRT(1-(1-B6/B$2*2)^2))*B$3 result will given in cell C6
If 'a', 'b' and 'c' are any three numbers, then the properties of addition are:* Associative: the value of a + (b + c) is the same as (a + b) + c;* Additive identity: there exists zero (0) such that a + 0 = a;* Additive inverse: for every number a there is an additive inverse, denoted by (-a), such that a + (-a) = (-a) + a = 0;* Commutative: the value of a + b is the same as b + a;* Closed: the value of a + b is another number in the original set of a and b, for example, if aand b are both integers, then a + b will also be an integer.
the basic number properties in math are associative, commutative, and distributive associative: (for addition) a+(b+c)=(a+b)+c (for multiplication) a(bc)=(ab)c or a*(b*c)=(a*b)*c commutative: (for addition) a+b=b+a (for multiplication) a*b=b*a or ab=ba distributive: a(b+c)=ab+ac or a(b+c)=a*b + a*c
Linked Recognition occurs when a B cell is activated by a helper T cell that responds to the same antigen as the B cell. The epitope recognized by the B cell must be "linked" to the epitope recognized by the helper T cell--in a manner such that both epitopes are physically linked in a certain manner. However, the two epitopes need not be the same. The importance of linked recognition can be observed in maintaining self tolerance. Also, a B cell recognized by a helper T cell is up to 10,000 times more efficient at displaying peptide fragments on their MHC class II molecures than B cells that are not helped.
C is false.A pathogen can have multiple epitopes and antigens. A single antigen is simply one molecule, and the cell surface is littered with millions of antigens.
there are different types of b cell and t cell. both are lymphocytes, a subclass of white blood cell. the t cells are mainly used in identifying antigens and releasing chemicals which attact macrophages (big immune cells which 'eat' antigens), to destroy the antigen. b cells are used in the production of antibodies. when they encounter a new antigen, plasma cells and memory cells are formed from the division of a b cell. the memory cell remembers the antigen and which antibody to use, while the plasma cell makes the antibodies to fight a particular antigen or class of antigens
Properties of MathThe properties are associative, commutative, identity, and distributive. * * * * *There is also the transitive propertyIf a > b and b > c then a > c.
B lymphocyte (B Cell)
Commutative a*b=b*a Associative (a*b)*c=a*(b*c)
Multiplicative a x b = b x a Additive a + b = b + a
A plasma B cell is a B cell that has been activated to proliferate and produce antibodies against a specific antigen. A memory B cell is a B cell that lives a long time after an infection to provide long lasting immunity against that specific antigen. They both originate from the same B cell in your secondary lymph system. Once activated the specific B cell will proliferate into plasma B cells and memory B cells.
b
Chemical Properties of Q235B
B effector cell. plasma cell
A being quite more active than B. Cell A is part of an organ that does more work than Cell B. Cell B does less work than Cell A.