The phrase "albumin affinity" is correct and usable in written English.
It can be used in contexts related to biochemistry or molecular biology, particularly when discussing the binding characteristics of albumin, a protein found in blood.
Example: "The study focused on the albumin affinity of various drug compounds to determine their potential effectiveness in therapeutic applications."
Alternatives: "albumin binding" or "affinity for albumin".
Synthesis, relaxometric properties, albumin binding affinity and pharmacokinetic profiles are reported.
Furthermore structural changes in Pa cause a very remarkable influence on plasma albumin binding affinity of the derivatives.
Gunturi et al. [30] used a modification of the ANTSELECT algorithm in a recent study of human serum albumin binding affinity in which the number of features selected was fixed a priori and, in addition, could not include descriptors that had a correlation coefficient greater than 0.75.
Active or bioavailable T includes free and albumin-bound T (as albumin's affinity for T is 1,000 times lower compared with SHBG).
However, the albumin-binding affinity also increased the radiation exposure to blood, BM and to additional highly perfused organs dramatically.
However, serum albumins, with affinity for a multitude of large and small molecules, distort the ThT signal.
Therefore, the correct balance between albumin-binding affinity and cellular uptake efficiency could provide a rationale for the in vivo results of IC7-1-Bu.
There is extensive literature regarding serum albumin's affinities to various compounds, denaturation conditions, gelation mechanisms, and current or potential medical uses.
For albumin depletion, affinity-purified polyclonal rabbit anti-human serum albumin antibodies (MRC Immunochemistry Unit) were coupled to CNBr-activated Sepharose (Pharmacia, GE Healthcare) (26), to a final column capacity of 1 mg of albumin/mL of bed volume.
The albumin-binding affinity of IC7-1 derivatives would also account for low accumulation in mitochondria-rich organs such as heart and kidney 7. Nevertheless, it should be emphasized that IC7-1-Bu was the most promising probe among the six compounds evaluated in this study.
