Proteins that extend all the way across the membrane are called transmembrane proteins. The portions of an integral membrane protein found inside the membrane are hydrophobic, while those that are exposed to the cytoplasm or extracellular fluid tend to be hydrophilic.The hydrophilic, or “water-loving,” portion of a phospholipid is its head, which contains a negatively charged phosphate group as well as an additional small group (of varying identity, “R” in the diagram at left), which may also or be charged or polar...So the correct ans is A ....Phospholipids, arranged in a bilayer, make up the basic fabric of the plasma membrane. They are well-suited for this role because they are amphipathic, meaning that they have both hydrophilic and hydrophobic regions.
The protein structure labeled A is , whereas, the structure labeled B is Proteins O a)...
- DELIS SUSTESTD comprennen n eu Question Completion Status QUESTION 1 A segment of a protein has a large positive role index. This segment of the protein is O A hydrophobic and found on the outside of the protein OB. hydrophilic and buried in the hydrophobic core of the protein O Chydrophobic and most likely found buried inside the protein O D. hydrophilic and found on the outside of the protein QUESTION 2 The tertiary structure of a protein is...
For the tertiary structure of proteins in an aqueous/polar environment, hydrophobic amino acids are located on the surface of the protein whereas non-polar amino acids are located in the interior. Let’s assume that the protein was normally in an environment with just the opposite composition, that is a non-polar, hydrophobic environment (for example liquid methane). What would the orientation of the polar and non-polar amino acids be? Explain.
For the tertiary structure of proteins in an aqueous/polar environment, hydrophobic amino acids are located on the surface of the protein whereas non-polar amino acids are located in the interior. Let’s assume that the protein was normally in an environment with just the opposite composition, that is a non-polar, hydrophobic environment (for example liquid methane). What would the orientation of the polar and non-polar amino acids be? Explain.
Porin proteins-which form large, water-filled pores in mitochondrial and bacterial outer membranes-fold into B-barrel structures. The amino acids that face the outside of the barrel have what kind of side chains? Choose one: O polar O amphipathic o hydrophilic o hydrophobic O charged
QUESTION 1 A segment of a protein has a large positive hydropathic index. This segment of the protein is O A. hydrophobic and found on the outside of the protein B. hydrophilic and buried in the hydrophobic core of the protein ochydrophobic and most likely found buried inside the protein O D. hydrophilic and found on the outside of the protein QUESTION 2 The tertiary structure of a protein is the result of which of the following type(s) of interactions...
mins& Grammarly Instant Bio228-001 Fall2018 Part B Why are amphipathic molecules important constituents of membranes? O Amphipathic proteins help in 02 and CO2 transport O Amphipathic proteins are the main components of a membrane O Amphipathic phospholipids start a process of self-organization of membrane . O Amphipathic molecules form hydrophobic interior and hydrophilic surface (on either side) of a membrane Submit Request Answer Part c
for a rate please 15. Complete the following Cannizzaro reaction C-H кон 16. Nylon is a C) polycarbonate. A) polyurethane. B) polyester. whereas the exterior is 17. The interior of a micelle is B) hydrophilic, hydrophilic D) hydrophobic, hydrophilic A) hydrophilic, hydrophobic 15. Complete the following Cannizzaro reaction C-H кон 16. Nylon is a C) polycarbonate. A) polyurethane. B) polyester. whereas the exterior is 17. The interior of a micelle is B) hydrophilic, hydrophilic D) hydrophobic, hydrophilic A) hydrophilic, hydrophobic
11) The structure of palmitate ion derived from the fatty acid, palmitic acid, is HiC CH CH 2 CH CH 2 CH CH CH CH CH CH 2 CH CH CH CH. Its molecular structure has both polar and nonpolar portions. Therefore, palmitate ion is classified as a) hydrophobic b) lipophobic c) hydrophilic d) amphipathic
11) The structure of palmitate ion derived from the fatty acid, palmitic acid, is HiC CH CH 2 CH CH 2 CH CH CH CH CH CH 2 CH CH CH CH. Its molecular structure has both polar and nonpolar portions. Therefore, palmitate ion is classified as a) hydrophobic b) lipophobic c) hydrophilic d) amphipathic
27) Lipids are used: a) to form the membrane of the cell b) to make proteins c) to replenish amino acids d) to organize the DNA of the cell e) to form water 28) Fatty acid tails are: a) hydrophilic b) hydrophobic e) amphipathic d) hydropathic e) hydrogen deficient 29) The sugar found in RNA is: a) glucose b) galactose c) ribose d) maltose e) dextrose 30) The sugar found in DNA has how many carbons: a) 1 b) 2...