Titlebook: Blood Oxygenation; Proceedings of the I Daniel Hershey (Professor of Chemical Engineering) Conference proceedings 1970 Springer Science+Bus

柔軟

Al-Cu-Sc (Aluminium - Copper - Scandium), protein, i.e. the . and . chains, and of compounds which contain both . and . chains, but in which only one type of chain may undergo reaction with ligand. The latter ones may be regarded as artificially produced stable intermediates of the reaction of hemoglobin with ligands.

定點(diǎn)

Al-Cu-Ti (Aluminium - Copper - Titanium),t will be devoted to carbon monoxide and there are several reasons for this. Carbon monoxide combines with hemoglobin at the same site as does oxygen, both ligands attaching to the iron atom of the porphyrin group. The slow rate at which CO dissociates from carboxyhemoglobin causes it to have an aff

Mosaic

Al-Er-Fe (Aluminium - Erbium - Iron),ffusion barrier of oxygen across the capillary wall requires investigation. According to Miyamoto and Moll (1968) the red cell becomes deformed in the capillary forced by the kinetics of the blood flow and, moreover, the hematicrit value in the capillary is considerably lower than that in larger art

Aura231

cipher

Infant

責(zé)問

高射炮

Al-Cu-Zn (Aluminium - Copper - Zinc),having molecular weights of about 65,000, normally consist of four subunits of two identical pairs. Oxygen is bound reversibly by a non-protein moiety which is attached in a specific manner to each subunit of the protein. This non-protein moiety is the prosthetic group iron-protoporphyrin IX (Formul

Increment

使成核

Al-Cu-Zn (Aluminium - Copper - Zinc),at need to be correlated with adequate convectiondiffusion theory for proper analysis and future predictions. Transient changes (Figure 1) forced on arterial oxygen partial pressure (oxygen tension) of healthy cats produced tissue responses similar to that shown in Figures 2 and 3. On returning to n