PLASMA PROTEIN

Access and Rational use of Plasma Protein Therapies (PPTs)

Hemoglobin and Plasma Protein

Given healthy dogs, fed abundant iron and protein-free or low protein diets, with sustained anemia due to bleeding, we can study the capacity of these animals to produce simultaneously new hemoglobin and plasma protein. The reserve stores of blood protein producing materials in this way are very largely depleted, and levels of 6 to 8 gm. per cent for hemoglobin and 4 to 5 gm. per cent for plasm...

Characterization of Plasma Protein

Protein X alias complement S-protein was isolated by dissociation from purified XCSb-9 (fluid-phase terminal C5b-9) complexes with 250 mM deoxycholate and subsequent sucrose density gradient centrifugation and SephacryJ gel chromatography. Polyclonal rabbit and monoclonal mouse antibodies were used to preliminarily character ize the protein in human serum and plasma. In plasma, Protein X yielde...

Hemoglobin and Plasma Protein Production

Given healthy dogs, fed abundant iron and protein-free or low protein diets, with sustained anemia and hypoproteinemia due to bleeding, we can study the capacity of these animals to produce simultaneousiy new hemoglobin and plasma protein. The reserve stores of blood protein-producing materials in this way are largely depleted, and levels of 6 to 8 gm. per cent for hemoglobin and 4 to 5 gm. per...

Plasma Protein and Hemoglobin Production

Given healthy dogs fed abundant iron and protein-free or low protein diets with sustained anemia and hypoproteinemia, we can study the capacity of these animals to produce simultaneously new hemoglobin and plasma protein. Reserve stores of blood protein-building materials are measurably depleted and levels of 6 to 8 gm. per cent for hemoglobin and 4 to 5 gm. per cent for plasma protein can be m...