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Transport and Carrier Proteins
2021Apoprotein (Apo) is the major protein component of lipoprotein that determines its properties. Apolipoproteins are generally divided into 5–7 types. Most of their amino acid sequences have been determined. The types of apolipoproteins are named according to the classification system suggested by Alaupovic in 1972. The types are encoded with the English
Zhiwei Li, Changmin Wang
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1970
Because of the lack of any chemical reaction catalyzed by the proteins involved in membrane transport (with the possible exception of some of the HPr system components described in chapter 8) the identification of such proteins in vitro is based solely on their binding affinity for their natural or modified substrate.
Karel Janáček, Arnošt Kotyk
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Because of the lack of any chemical reaction catalyzed by the proteins involved in membrane transport (with the possible exception of some of the HPr system components described in chapter 8) the identification of such proteins in vitro is based solely on their binding affinity for their natural or modified substrate.
Karel Janáček, Arnošt Kotyk
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Membrane transport proteins: not just for transport anymore
American Journal of Physiology-Renal Physiology, 2006digitalis glucosides have been used for their cardiotonic properties for several centuries. It was not until the 1950s that the molecular target of these compounds was identified as the Na-K-ATPase.
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[48] Oligomerization and protein transport
1990Publisher Summary This chapter discusses several of the most commonly used methods to determine a protein's quaternary structure and the application of these techniques to correlate folding and assembly with transport. While studies on membrane proteins will be emphasized, the techniques are of course applicable to secretory proteins as well.
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Protein‐protein interaction in transport
Journal of Cellular Physiology, 1976AbstractThe transport of histidine in the gram negative bacterium S. typhimurium has been studied over a number of years and found to occur through five transport systems (Ames, 1972). Of these, the one with the highest affinity has been studied in detail from the genetic, physiological and biochemical point of view.
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Transport proteins as indices of protein status
The American Journal of Clinical Nutrition, 1982The terms protein status and protein deficiency have been used to denote several quite different concepts. Before beginning to consider how best to measure protein status, and the place of transport protein concentration in this measurement, we must be precise about what we are trying to measure.
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Retinol transport proteins [PDF]
Biochemical Society Transactions, 1986 John Glover, Helmina O. James, Chen Wy
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Renal Transport of Proteins [PDF]
, 1981 The kidney plays an important role in the catabolism of a number of plasma proteins, polypeptides, and small peptides. Reabsorption and/or degradation of these substances is carried out in the renal proximal tubule in two different processes. Large proteins and polypeptides are filtered by the glomerulus, reabsorbed from the proximal tubular fluid via ...
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Current Opinion in Structural Biology, 1991
Proteins that catalyse the transport of sugars may be fundamentally similar to proteins that catalyse the transport of many other substrates, both into and out of cells. The number of sugar transport proteins with known amino acid sequences has increased considerably, but there is still insufficient understanding of their three-dimensional structures ...
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Proteins that catalyse the transport of sugars may be fundamentally similar to proteins that catalyse the transport of many other substrates, both into and out of cells. The number of sugar transport proteins with known amino acid sequences has increased considerably, but there is still insufficient understanding of their three-dimensional structures ...
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Axoplasmic Transport of Proteins
Annual Review of Biophysics and Bioengineering, 1979George C. Stone, David L. Wilson
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