Please draw the helical wheel diagram for the sequence CANDLES. Is this alpha helix hydrophilic, hydrophobic...
3: Hydrophobic patterns and structure. 3a: exploring a single helix Observe: Look up the Leu and Val sidechains in your book. Draw them below. Are they hydrophobic or hydrophilic? Explain. Observe: Draw a sketch of the peptide, including where you would expect to find H-bonds and the location of the hydrophobic amino acids. Predict: Do you think this structure is stable in aqueous solution? Why or why not? Examine the model you made for the pre-lab to help formulate your...
Consider the following structure: CH3CH2CH2OH what is the hydrophobic structure and hydrophilic? ( please its an emergency)
is there a specific sequence of amino acids required for an alpha helix to form. explain why or why not
1. Draw one string of ten (10) phospholipids. Label the hydrophilic heads and the hydrophobic tails. (3 points) chrohobia hrudiephilic CH₂-CH-CH 2. What are the basic components of one phospholipid molecule? (3 points) 3. Draw a phospholipid bilayer. Label the hydrophilic heads and the hydrophobic tails. (3 points) 4. Cell membranes are made of phospholipid bilayers. Why is it important for there to be both hydrophilic and hydrophobic components of the membranes that surround all of our cells and organelles?...
1. Amino acids are considered to be either hydrophobic or hydrophilic as described by the relative polarity of their side chain. Consider a folded protein in an aqueous environment; where would the hydrophobic amino acids likely be found? -Tucked away in the middle of the folded protein -Randomly distributed throughout the protein -Exposed on the exterior surface of the folded protein 2. All proteins exhibit a primary, secondary, and tertiary structure, but not all proteins exhibit a quaternary structure. Describe...
22. Consider an alpha helix with sequence VLADWMAVELA, and consider the hydrogen bonds that are required in order to form the alpha helix. A. Fill in all of the hydrogen bonds that must form between a given residue's backbone N-H backbone C-O, or R group, indicating what the hydrogen bonding partner for each will be. For example, the C-O of V1 is a hydrogen bond acceptor of the W5 N-H hydrogen bond donor, reflected in the appropriate squares under V1...
22. Consider an alpha helix with sequence VLADWMAVELA, and consider the hydrogen bonds that are required in order to form the alpha helix. A. Fill in all of the hydrogen bonds that must form between a given residue's backbone N-H backbone C-O, or R group, indicating what the hydrogen bonding partner for each will be. For example, the C-O of V1 is a hydrogen bond acceptor of the W5 N-H hydrogen bond donor, reflected in the appropriate squares under V1...
The following amino acid sequence is observed in an alpha-helical segment of a polypeptide: L D E N I K R N A Q L V E Q Q I R What pattern, if any, seems to characterize this sequence? Explain why this pattern might be occurring in terms of the 3D structure of the protein.
one sequence contains E-L-K-D-L-S-K-S and the other contains L-R-K-L-E-R-S-L. please draw helical wheels and identify the interactions between the 2 wheels. What secondary structure does this form?
1. The following amino acid sequence is observed in an alpha-helical segment of a polypeptide: L D E N I K R N A Q L V E Q Q I R What pattern, if any, seems to characterize this sequence? Explain why this pattern might be occurring in terms of the 3D structure of the protein. 2. Indicate the probable location of the following amino acid residues in a native globular protein. a) Asp b) Phe c) Met d)...