The amino terminal sequences of five light and heavy immunoglobulin chains from myeloma proteins of the BALB/c mouse with binding activity to phosphorylcholine are presented. Except for a single substitution in position 4, all five heavy chains have identical amino terminal sequences through the first hypervariable region. Proteins which share unique (idiotypic) antigenic determinants are identical through the first hypervariable region of their light and heavy chains. Proteins with differing idiotypic determinants have light chains of differing amino acid sequence. These observations suggest that the heavy chain plays a more important role than the light chain in determining the phosphorylcholine binding site
The T15 family of mouse anti-phosphocholine (PC) antibodies was originally distinguished from other ...
The amino acid sequence of the μ chain of a human IgM immunoglobulin, including the location of all ...
The amino acid sequence of the constant (C) domain of the light chain of the mouse myeloma protein M...
The amino terminal sequences of five light and heavy immunoglobulin chains from myeloma proteins of ...
A comparison of the clonal nature of the immune response to phosphorylcholine (PC) was made in nine ...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
The amino terminal portion of 20 kappa chains from the highly inbred BALB/c mouse has been examined ...
The antibody is the main weapon in the body's defence against invading foreign materials. The differ...
The binding site interactions between the phosphorylcholine (phosphocholine)-binding mouse myeloma p...
The binding site interactions between the phosphorylcholine (phosphocholine)-binding mouse myeloma p...
Abstract-The immune response to phosphocholine (PC) in mice is highly restricted. Most anti-PC antib...
The N-terminal 20 residues of 13 heavy immunoglobulin chains from myeloma protein of the BALB/c mous...
Cyanogen bromide cleavage of the heavy (alpha) chain of protein 315 (an immunoglobulin A mouse myelo...
The T15 family of mouse anti-phosphocholine (PC) antibodies was originally distinguished from other ...
The amino acid sequence of the μ chain of a human IgM immunoglobulin, including the location of all ...
The amino acid sequence of the constant (C) domain of the light chain of the mouse myeloma protein M...
The amino terminal sequences of five light and heavy immunoglobulin chains from myeloma proteins of ...
A comparison of the clonal nature of the immune response to phosphorylcholine (PC) was made in nine ...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
In this study immunoglobulin structural variation was examined through analysis of L-chain type prot...
The amino terminal portion of 20 kappa chains from the highly inbred BALB/c mouse has been examined ...
The antibody is the main weapon in the body's defence against invading foreign materials. The differ...
The binding site interactions between the phosphorylcholine (phosphocholine)-binding mouse myeloma p...
The binding site interactions between the phosphorylcholine (phosphocholine)-binding mouse myeloma p...
Abstract-The immune response to phosphocholine (PC) in mice is highly restricted. Most anti-PC antib...
The N-terminal 20 residues of 13 heavy immunoglobulin chains from myeloma protein of the BALB/c mous...
Cyanogen bromide cleavage of the heavy (alpha) chain of protein 315 (an immunoglobulin A mouse myelo...
The T15 family of mouse anti-phosphocholine (PC) antibodies was originally distinguished from other ...
The amino acid sequence of the μ chain of a human IgM immunoglobulin, including the location of all ...
The amino acid sequence of the constant (C) domain of the light chain of the mouse myeloma protein M...