During vertebrate evolution, duplicated hemoglobin (Hb) genes diverged with respect to functional properties as well as the developmental timing of expression. For example, the subfamilies of genes that encode the different subunit chains of Hb are ontogenetically regulated such that functionally distinct Hb isoforms are expressed during different developmental stages. In some vertebrate taxa, functional differentiation between co-expressed Hb isoforms may also contribute to physiologically important divisions of labor
Most proteins associate into multimeric complexes with specific architectures1,2, which often have f...
The functional diversification of multigene families may be strongly influenced by mechanisms of con...
Subsequent to the two rounds of whole-genome duplication that occurred in the common ancestor of ver...
The functional diversification of the vertebrate globin gene superfamily provides an especially vivi...
The functional diversification of the vertebrate globin gene superfamily provides an especially vivi...
Natural selection often promotes evolutionary innovation by coopting preexisting genes for new funct...
Natural selection often promotes evolutionary innovation by coopting preexisting genes for new funct...
It has been hypothesized that two successive rounds of whole-genome duplication (WGD) in the stem li...
Gene duplication is thought to play an important role in the co-option of existing protein functions...
Gene duplication is thought to play an important role in the co-option of existing protein functions...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
Hemoglobin, a multi-subunit protein used for oxygen transport to peripheral tissues in animals, has ...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
Most proteins associate into multimeric complexes with specific architectures, which often have func...
Most proteins associate into multimeric complexes with specific architectures1,2, which often have f...
The functional diversification of multigene families may be strongly influenced by mechanisms of con...
Subsequent to the two rounds of whole-genome duplication that occurred in the common ancestor of ver...
The functional diversification of the vertebrate globin gene superfamily provides an especially vivi...
The functional diversification of the vertebrate globin gene superfamily provides an especially vivi...
Natural selection often promotes evolutionary innovation by coopting preexisting genes for new funct...
Natural selection often promotes evolutionary innovation by coopting preexisting genes for new funct...
It has been hypothesized that two successive rounds of whole-genome duplication (WGD) in the stem li...
Gene duplication is thought to play an important role in the co-option of existing protein functions...
Gene duplication is thought to play an important role in the co-option of existing protein functions...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
Hemoglobin, a multi-subunit protein used for oxygen transport to peripheral tissues in animals, has ...
The evolutionary fate of chimeric fusion genes may be strongly influenced by their recombinational m...
Most proteins associate into multimeric complexes with specific architectures, which often have func...
Most proteins associate into multimeric complexes with specific architectures1,2, which often have f...
The functional diversification of multigene families may be strongly influenced by mechanisms of con...
Subsequent to the two rounds of whole-genome duplication that occurred in the common ancestor of ver...