DOIAbstract
AbstractA study of the nurse shark has revealed a type of rearranging gene that has yet to be seen in mammals; it encodes a secreted ‘new antigen receptor’ which, unlike shark immunoglobulin, revels in somatic hypermutation
AbstractA study of the nurse shark has revealed a type of rearranging gene that has yet to be seen in mammals; it encodes a secreted ‘new antigen receptor’ which, unlike shark immunoglobulin, revels in somatic hypermutation
Abstract Background Adult cartilaginous fish express ...
Cartilaginous fish are the oldest vertebrate class possessing an adaptive immune system typified by ...
The advent of high throughput sequencing has permitted to investigate the genome and the transcripto...
AbstractA study of the nurse shark has revealed a type of rearranging gene that has yet to be seen i...
Models proposed for the molecular evolution of the immune system are based on comparative studies of...
The news item from the Cornell Chronicle is about: A new study of shark DNA, including from great wh...
AbstractAmong 631 substitutions present in 90 nurse shark immunoglobulin light chain somatic mutants...
Among 631 substitutions present in 90 nurse shark immunoglobulin light chain somatic mutants, 338 co...
In ancestral sharks, 450 MYA, a rapid emergence in the evolution of the immune system occurred, givi...
The IgM H chain gene organization of cartilaginous fishes consists of 15–200 miniloci, each with a f...
Acquired immunity in vertebrates is a major mechanism of the immune system, which enables the verteb...
In order to understand the evolution of the rearranging immunoglobulin system, it is necessary to ex...
This dissertation examines the molecular origins of the recombining immune system. Two strategies we...
Chondrichthyes (cartilaginous fishes) are fundamental for understanding vertebrate evolution, yet th...
SummaryBackgroundFrom humans to frogs, immunoglobulin class switching introduces different effector ...
Abstract Background Adult cartilaginous fish express ...
Cartilaginous fish are the oldest vertebrate class possessing an adaptive immune system typified by ...
The advent of high throughput sequencing has permitted to investigate the genome and the transcripto...
AbstractA study of the nurse shark has revealed a type of rearranging gene that has yet to be seen i...
Models proposed for the molecular evolution of the immune system are based on comparative studies of...
The news item from the Cornell Chronicle is about: A new study of shark DNA, including from great wh...
AbstractAmong 631 substitutions present in 90 nurse shark immunoglobulin light chain somatic mutants...
Among 631 substitutions present in 90 nurse shark immunoglobulin light chain somatic mutants, 338 co...
In ancestral sharks, 450 MYA, a rapid emergence in the evolution of the immune system occurred, givi...
The IgM H chain gene organization of cartilaginous fishes consists of 15–200 miniloci, each with a f...
Acquired immunity in vertebrates is a major mechanism of the immune system, which enables the verteb...
In order to understand the evolution of the rearranging immunoglobulin system, it is necessary to ex...
This dissertation examines the molecular origins of the recombining immune system. Two strategies we...
Chondrichthyes (cartilaginous fishes) are fundamental for understanding vertebrate evolution, yet th...
SummaryBackgroundFrom humans to frogs, immunoglobulin class switching introduces different effector ...
Abstract Background Adult cartilaginous fish express ...
Cartilaginous fish are the oldest vertebrate class possessing an adaptive immune system typified by ...
The advent of high throughput sequencing has permitted to investigate the genome and the transcripto...
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