-transparent.png){kind=logo}
O2 binding to human haemoglobin F0 was studied at high haem concentrations (3 mM) in the temperature range 15-35 degrees C and in the pH range 6.8-8.7 at 25 degrees C. Comparison with O2 binding to human adult haemoglobin A0 under identical solution conditions reveals striking similarities in the Bohr effect and the enthalpy of oxygenation between the two haemoglobins.
Related Publications
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
January 1974,
Journal of molecular biology,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
July 1976,
The Journal of biological chemistry,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
March 1973,
The Journal of biological chemistry,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
January 1976,
Bulletin europeen de physiopathologie respiratoire,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
July 2011,
Acta physiologica (Oxford, England),
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
March 1978,
The Biochemical journal,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
July 1977,
Pflugers Archiv : European journal of physiology,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
April 1991,
Biochemistry,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
December 1980,
British journal of anaesthesia,
M L Doyle, and
S J Gill, and
R De Cristofaro, and
M Castagnola, and
E Di Cera
December 1978,
European journal of pharmacology,
