Explain in a typical globular protein

Reference no: EM13681059

Explain in a typical globular protein, which of the side chains of the subsequent groups of amino acids will be most likely to be present on the exterior surface?
a. Val, Glu, Phe
b. Ser, Glu, Lys
c. Leu, Val, IIe
d. Arg,Ala, Leu
e. Cys, Met, Ala

Reference no: EM13681059

Questions Cloud

Discussion of how it relates to the brand extension : Discussion of the example and discussion of how it relates to the brand extension

Explain how many ug/g of lead are in the soil sample : A 1mL aliquot of the diluted digestate was then added to a separate 50mL graduated tube and filled to the 50mL mark. The sample was examined by GFAA and found to contain 15 ppb of lead. Explain how many ug/g of lead are in this soil sample

Explain what is the concentration of the vitamin c standard : Explain what is the concentration of the Vitamin C standard solution that you are making. Explain what is the initial concentration of Vitamin C. Utilize a clean 5mL auto-pipet to transfer exactly 5mL of this solution into a 100mL volumetric flask..

Explain which of the subsequent amino acids : Explain which of the subsequent amino acids when presented in a polypeptide chain interrupts the alpha helical arrangement

Explain in a typical globular protein : Explain in a typical globular protein, which of the side chains of the subsequent groups of amino acids will be most likely to be present on the exterior surface

Compute the equilibrium constant for the reaction : Lead Oxide can react with CO2 to form lead carbonate below. Compute the equilibrium constant (K) for the reaction below at 25 degrees C.

Compute the rate constant for the oxidation of fe2+ : Compute the rate constant for the oxidation of Fe2+ below in a water sample that is open to the atmosphere given that half of the Fe2+ is consumed after 23 seconds at 25 degrees C. Presume first order kinetics with respect to Fe2+ Fe2+(aq) + O2(aq..

Define a bird is flying around the world at a rate : Define a bird is flying around the world at a rate of 433.2 in/sec. Explain how many weeks will it take to complete its journey

Compute the dispersion at 21° of the first order diffraction : It depends on the order of the diffraction (n), the distance between grooves (d) as well as the angle of the emerging light (?). Compute the dispersion at 21° of the first order diffraction for a grating with 1.20 × 103 grooves per centimeter.

User Account

All Pages