Answer ; All the above
Rationale ; This part of the blood plays a major role in its composition. It is something other than formed elements of blood like RBC and so on. It consist of varieties of protein helpful for the body's physiological function and numerous kinds of electrolytes for the role of internal body fluid balance. And the major part of this is occupied by waters.
12. What is the primary plasma protein
Warfarin readily binds to plasma proteins such as albumin. Your colleague insists that this plasma protein binding allows warfarin to travel around the body better and helps to increase the distribution of the drug. Explain why your colleague is wrong in one sentence.
Actin filaments can be anchored to Tubulin OZ-disks The plasma membrane All of the above OB and C
please answer me this Consider a membrane protein destined for the plasma membrane. From a hydropathy plot, you determine the protein has the following general structural elements: • • • 5 Trans-membrane domains (boxes 1-5) 6 soluble domains (wavy lines A-F) Flanking charges around trans-membrane domain 1. (A positive charge is towards the N-terminus, and a negative charge is towards the C-terminus.) You find that soluble domains B and E contain possible glycosylation sites. Ntorm in an ammo u arom...
If the plasma protein binding of the drug cyclosporine increases, the volume of distribution of cyclosporine: Decreases C Increases C Show little change
The protein content of most plasma membranes is, on average, about 50% by weight. Myelin has a protein content of about 18%, whereas the internal membranes of mitochondria may be composed of 75% protein. Label the membrane proteins on the diagram below.
Question 1 (1 point)d A molecule that binds to a protein receptor in the plasma membrane, cytosol or nucleus is a cytosolic receptor modulator ligand carboxyl group protein kinase Save
If a sodium potassium protein pump was flipped upside down in the plasma membrane, would it still be able to function? Why or why not?
You are interested in the mobility of two different unknown integral plasma membrane proteins—protein X and protein Y—in a cell. In one cell, you fluorescently label all the X proteins. In another cell, you label all the Y proteins. When you perform FRAP analysis on both cells, you find that most of the protein X fluorescence has recovered within 3 minutes, but recovery of the protein Y fluorescence is significantly slower. Even after 10 minutes, only 50% of the protein...
which of the following is a function of plasma protein a) carry oxygen b) help to maintain blood volume c) create capillary hydrostatic pressure d) help to regulate body temperature