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1 CR) alpha and beta chains and immunoglobulin lambda chain.
2 than normal IgG and selectively modified the lambda chains.
3 he pre-B-cell-specific marker immunoglobulin lambda chain 5, and contain immunoglobulin heavy-chain r
4 th PPS-6B and PPS-14 Abs expressed kappa and lambda chains, although 6B Abs more frequently expressed
5 tutions (97 in the heavy chain and 13 in the lambda-chain) and only 2 deletions and targeted V(D)J, v
6 ridisation and sequencing we found that most lambda chains are derived from the cluster of V(lambda)
7       In all populations tested, there was a lambda chain bias for HIV Env binding antibodies, compar
8 ound that in both germ-line heavy chains and lambda chains, CDR codons are prone to replacement mutat
9 tein (immunoglobulin M [IgM] and/or kappa or lambda chain) detectable in mice sera.
10 urine IFN-gamma genomic DNA containing an Ig lambda-chain enhancer in the first intron.
11            This apparent hyperflexibility of lambda chain Fabs may be due to an insertion in their sw
12 etofore no monoclonal JC lambda 7-containing lambda-chains have been identified.
13                                       The Ig lambda chains in the South American opossum, Monodelphis
14 rence between CDR and FW in heavy chains and lambda chains is based on codons that are prone to nonco
15 s, although 6B Abs more frequently expressed lambda chains lambda and 14 Abs more frequently expresse
16 ations at the immunoglobulin heavy chain and lambda chain loci than do heterozygotes or wild-type QM
17 noglobulin (Ig) heavy (mu) and light (kappa, lambda) chain loci and is dependent on transient express
18 yzing a mouse mutant in which immunoglobulin lambda-chain-positive B cells are generated in the absen
19           In the second phase, predominantly lambda-chain-positive B cells are generated whose develo
20 mice had a lower frequency of immunoglobulin lambda-chain-positive B cells in the peripheral blood an
21  mutations, 1470 H chain and 1313 kappa- and lambda-chain rearrangements from three AICDA(-/-) patien
22 gly influence the shaping of the human fetal lambda-chain repertoire that are less evident in the adu
23 tant mice also made fewer B cells expressing lambda chain, whereas lambda versus kappa isotype exclus

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