Based on the peptide YDCM, which residues are determined via Edman degradation?
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Based on the peptide YDCM, which residues are determined via Edman degradation? Item 2 Part A...
Part A Based on the peptide YDCM, which residues are determined via Edman degradation? Y only M only D and C all of them Submit Request Answer ovide Feedback
Based on the peptide YDCM, which residues are determined via Edman degradation? Y only OM only OD and C all of them Submit Request Answer
Part A Based on the peptide YDCM, which residues are determined via Sanger degradation? Y only O Monly D and C all of them
Based on the peptide YDCM, which residues are determined via Sanger degradation? Y only M only D and C all of them
Please explain each part !! Thank you !! #3. Under experimental conditions, you purify a known, biologically important peptide from human tissue. To determine the overall sequence, you then digest the pure peptide with trypsin and chymotrypsin (each separately) and then use mass spectrometry to identify the following sequence fragments from the overall peptide (shown in order of relative length, not necessarily in the order in which they are assembled in the whole, natural peptide). Trypsin cleavage products: Chymotrypsin cleavage...
< Practice Exam 2 Summer II 2020 Item 11 y Part A What is the current in the circuit of the figure? (Figure 1) Figure 1 of 1 Ο 1.0A 1.7 A O 25 A O 42A 4.0 22 10 V Submit Request Answer 6.0 22 Provide Feedback Pearson Copyright © 2020 Pearson Education Inc. All rights reserved. Terms of Use Privacy Policy. Permissions
In part A, yes you should reconstitute the full-length protein sequence from the fragments. However, you do not need to write out the amino acid sequence - you can just provide the order of the fragment numbers (from either set of fragments). For example (and this is not the answer), you could say: "Using the Pro-IAPP fragment set, starting from the N-terminus, the fragment order is '5-4-6-3-2-1' " and that would fully address the question. In part B, the hint...
Question 1 of 8 1.0 Points 11 [100] [o 1 1] , B= 0 1 2 and C = 0 1 2. Which of 10 3 4 10 3 4] Consider the matrices A= 3 4 these matrices is/are invertible? O A. All of them O B. A and B only O C. A and C only OD. B and C only O E. None of them Reset Selection Part 2 of 7 - Question 2 of 8 1.0 Points...
Part A Human ABO blood type is determined by three alleles, two of which (and P) produce gene products that modify the H antigen produced by protein activity of an independently assorting H gene. For this cross, what fraction will have type O blood? Express your answer as a fraction. Example: 1/8 For this cross, 4/8 will have type O blood. A rare abnormality known as the "Bombay phenotype" is the result of epistatic interaction between the gene for the...
Part 7 of 8 - Question 7 of 8 1.0 Points , find det A. [100 If A = 0 1 2 O 34 ОАО OB. 2 O C. -2 O D. 10 O E. not defined Reset Selection Part 8 of 8 - Question 8 of 8 1.0 Points 2] [100] 5 and C= 0 0 2 . Which of these matrices have determinant zero? 0 30 [171] -1 0 Consider the matrices A= 3 0 3 , B=...