31. For prediction of three-dimensional structure of protein
P. Homology mode tries many possible alignments.
Q. Threading first identifies homologues.
R. Threading evaluates many rough models.
S. Homology modeling optimizes one model.
P. Homology mode tries many possible alignments.
Q. Threading first identifies homologues.
R. Threading evaluates many rough models.
S. Homology modeling optimizes one model.
32. Carl Woese used the gene sequence of which one of the following for phylogenetic taxonomy of prokaryotes?
33. The retrivel and search tool of the NCBI is . . .
34. Which one of the following is not an algorithm for building phylogenetic trees?
35. Which one of the following methods is used to test the significance of a predicted phylogeny?
36. The amino acid substitution matrices in decreasing order of stringency for comparing protein sequences are
37. Somethong performed on computer or computer simulation is . . .
38. Proteomics is the study of . . .
39. Match the entries in the Group I with the entries in Group II.
Group I
Group II
P. Threading
1. Gene duplication
Q. FASTA
2. Fold prediction
R. Profile
3. HMM
S. Paralogs
4. k-tuple
| Group I | Group II |
| P. Threading | 1. Gene duplication |
| Q. FASTA | 2. Fold prediction |
| R. Profile | 3. HMM |
| S. Paralogs | 4. k-tuple |
40. Determine the correctness or otherwise of the following Assertion (A) and Reason (R).
Assertion: UPGMA method produces ultrametric tree.
Reason: Sequence alignment is converted into evolutionary distances in UPGMA method.
Assertion: UPGMA method produces ultrametric tree.
Reason: Sequence alignment is converted into evolutionary distances in UPGMA method.