Evolution has adopted different strategies to solve the problem of transporting oxygen to respiring tissues, according to needs dictated by the environment. A thermodynamic analysis of haemoglobins of organisms living in extreme polar environments (mammals and fish) provides elegant examples of such adaptations
Thesis (Master's)--University of Washington, 2021Recent measurements of critical O2 thresholds (‘Pcr...
Studying the hypoxia response in mud clams and fishDoris AbeleAlfred-Wegener Institute for Polar and...
Antarctic fishes from the suborder Notothenioidei provide excellent opportunities to investigate evo...
Evolution has adopted different strategies to solve the problem of transporting oxygen to respiring ...
Considering the variety of species that depend on hemoglobin for oxygen transport, these molecules m...
Considering the variety of species that depend on hemoglobin for oxygen transport, these molecules m...
The climatic features of Antarctic waters are more extreme and constant than in the Arctic. The Anta...
Previous results [(1988) Arct. Med. Res. 47, 83-88] have shown that hemoglobin from reindeer is char...
AbstractPrevious results [(1988) Arct. Med. Res. 47, 83–88] have shown that hemoglobin from reindeer...
1. The hemoglobin system from musk ox (Ovibos muschatos) has been characterized from the functional ...
The survival of oceanic organisms in oxygen minimum zones (OMZs) depends on their total oxygen deman...
1. The functional properties of hemoglobin from the reindeer (Rangifer tarandus tarandus L.) are cha...
The minimum O2 needed to fuel the demand of aquatic animals is commonly observed to increase with te...
The effects of hypoxic exposure on whole-blood oxygen-affinity were examined in the antarctic fish P...
Environmental oxygen availability certainly plays a key role in the evolution of polar marine life, ...
Thesis (Master's)--University of Washington, 2021Recent measurements of critical O2 thresholds (‘Pcr...
Studying the hypoxia response in mud clams and fishDoris AbeleAlfred-Wegener Institute for Polar and...
Antarctic fishes from the suborder Notothenioidei provide excellent opportunities to investigate evo...
Evolution has adopted different strategies to solve the problem of transporting oxygen to respiring ...
Considering the variety of species that depend on hemoglobin for oxygen transport, these molecules m...
Considering the variety of species that depend on hemoglobin for oxygen transport, these molecules m...
The climatic features of Antarctic waters are more extreme and constant than in the Arctic. The Anta...
Previous results [(1988) Arct. Med. Res. 47, 83-88] have shown that hemoglobin from reindeer is char...
AbstractPrevious results [(1988) Arct. Med. Res. 47, 83–88] have shown that hemoglobin from reindeer...
1. The hemoglobin system from musk ox (Ovibos muschatos) has been characterized from the functional ...
The survival of oceanic organisms in oxygen minimum zones (OMZs) depends on their total oxygen deman...
1. The functional properties of hemoglobin from the reindeer (Rangifer tarandus tarandus L.) are cha...
The minimum O2 needed to fuel the demand of aquatic animals is commonly observed to increase with te...
The effects of hypoxic exposure on whole-blood oxygen-affinity were examined in the antarctic fish P...
Environmental oxygen availability certainly plays a key role in the evolution of polar marine life, ...
Thesis (Master's)--University of Washington, 2021Recent measurements of critical O2 thresholds (‘Pcr...
Studying the hypoxia response in mud clams and fishDoris AbeleAlfred-Wegener Institute for Polar and...
Antarctic fishes from the suborder Notothenioidei provide excellent opportunities to investigate evo...
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