Question
Which statement about the compactness of the protein interior is TRUE?A small variety of aromatic side chains are used t0 direct protein folding to inore compact form:A small number of sizes and shapes of hydrocarbon side chains enable their compact packing:A wide variety ol sizes and shapes Ol hydrocarbon side chains enable their packing with Iittle empty space:Large and different polar side chains restrict protein folding:A wide varicty of aliphatic side chains complicate their packing wlth Ii
Which statement about the compactness of the protein interior is TRUE? A small variety of aromatic side chains are used t0 direct protein folding to inore compact form: A small number of sizes and shapes of hydrocarbon side chains enable their compact packing: A wide variety ol sizes and shapes Ol hydrocarbon side chains enable their packing with Iittle empty space: Large and different polar side chains restrict protein folding: A wide varicty of aliphatic side chains complicate their packing wlth Iittle empty space;
Answers
Which statement about membrane proteins is not true? a. They all extend from one side of the membrane to the other. b. Some serve as channels for ions to cross the membrane. c. Many are free to migrate laterally within the membrane. d. Their position in the membrane is determined by their structure. e. Some have both hydrophobic and hydrophilic regions.
What can we say that is false about a membrane protein. So what we can say that it's false about a membrane protein is they all extend from one side of the membrane to the other. This is false, since membrane proteins vary in their position.
Which of the following statement is false? Uh, it may be branched that's looking like it's false, because protein primary structures are a linear sequence of amino acids. But let's just look through the rest partly says it's held together by Covalin Bonds. Hold your horses because while this seems wrong at first glance, know that Pepin bonds that do hold them together are actually also Kobelev. So this is actually a true statement. It is indeed unique to that Putin because, um, each protein relies upon its structure for its function. So if there was, you can have two different proteins that have the same primary structure. It does the term of the tertiary structure of the protein, because that is when there are groups interact and the are groups are based off of the amino acids, and he is also correct because it is the sequence of amino acids in a protein. So a is what is not true. Thank you for watching, and I hope this help
What is something false that we can say with regards to the primary structure of a protein? Something that we can say that is false. With regards to the primary structure of a protein is it may be branched. This is false, because the primary structure of a protein cannot be branched.
What can we say is false about membrane carbohydrates? So what we can say that is false about membrane carbohydrates is they show little diversity. Mhm. This is not true because they show much diversity.