Download SGBAU BSc 2019 Summer 5th Sem Bioinformatics Methods In Bioinformatics Question Paper

Download SGBAU (Sant Gadge Baba Amravati university) BSc 2019 Summer (Bachelor of Science) 5th Sem Bioinformatics Methods In Bioinformatics Previous Question Paper

Time :
AVV?l 7S7
B.Sc. (Part?Ill) Semester-V Examination
SS : BIOINFORMATICS
(Methods in Bioinformatics)
Three Hours] [Maximum Marks : 80
Note :?(1) All questions are compulsory.
1.
YBC
(a)
(b)
(a)
(2) Draw well labelled diagram wherever necessary.
Fill in the blanks :
(i) ,,_ is an information retrieval system of NCBI.
(ii) _ is a protein information resource database.
(iii) The PASTA format of sequence begins with _ symbol.
(iv) Ganank is maintained by 2
Choose the correct alternative :
(i) All are nucleotide sequences databases cxccpt :
(a) Swiss-Prot (b) EMBL
(c) DDBJ (d) Ganank
(ii) Phylogenetic relationship can be shown by :
(a) Dcndrogram (b) Ganank
(0) Data tool ((1) 'l?cndrogram
(iii) BLAST program is used for :
(a) DNA sequencing (b) Sequence alignment
(c) Basic Sequence searching (d) DNA barcoding
(iv) Which of the following is protein tertiary structure prediction method '?
(a) BLAST (b) SRS
(c) Homology modeling (d) HMM 2
Answer in one sentence each :
(i) What is EST ?.?
(ii) What is RDBMS ?
(iii) What is genome ?
(iv) What is sequence alignment ? 4
What is database ? "l'ypes of databases. 4
(b) Describe the cnzymc database. 4
Describe Data management and Architecture. 4
(0)
OR
15325 1 (Contd.)

(d)
(C)
(D
(b)
(C)
(d)
(e)
(0
4. (a)
CD)
U)
A
m
V
(b)
(C)
(d)
(6)
(f)
6. (a)
(b)
(b)
(C)
(d)
(e)
(f)
\?BC?153
Dcscrib: microarray da':1h;1\:e.
What is data socurily ?
Explain database design
Explain GenBank as a jammw.
What are the limitation? ul? "umputer analysis ?.?
Describe transcription.
0R
Describe structural organiz.xl.uns of genome.
Describe STS.
Describl: Genome database?.
Explain BLAST tool and it: types.
0R
Explain protein lranslatmn and genetic code.
Describe protein scquencc database.
Describe protein structure ?1:.mhasc.
Describe GenBanL ?le format.
OR
Describe restriction maps.
Explain SR9 features.
Describe GenRzmk libraries.
Explain structural level of wulcins.
0R
Explain protein tcrtiary structure prediction methods.
Explain HMM application in sequence alignment.
Explain features of Biopcrl
What is sequence Homology '.?
OR
Wrilc applications of HHM m structure prediction.
Describe parsing of BLAS] )utpm.
Describe BLAST string mauhing in Biupcrl.
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