TEST SERIES FOR AIPMT (HALF SYLLABUS) - Career Point

TEST SERIES FOR AIPMT (HALF SYLLABUS) - Career Point TEST SERIES FOR AIPMT (HALF SYLLABUS) - Career Point

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Q.165 If adenine is replaced by Guanine such change (mutation) is termed as (1) Frameshift (2) Transition (3) Translocation (4) Deletion Q.166 The molecule given below is HO H CH2OH O H OH H OH H OH (1) Glucose (2) Fructose (3) Sucrose (4) Galactose Q.167 In and experiment, DNA was found to have 31% adenine and 19% guanine. The quantity of cytosine shall be - (1) 38 % (2) 31 % (3) 19 % (4) 62 % Q.168 Which is not consistent with double helical structure of DNA ? (1) A = T, C = G (2) Density of DNA decreases on heating (3) A + T / C + G is not constant (4) Both (1 ) and (2) Q.169 Cellulose is made of - (1) Unbranched chain of glucose molecules linked by α-1, 6 glycosidic bonds. (2) Unbranched chain of glucose molecules linked by β-1, 4 glycosidic bonds. (3) Branched chain of glucose molecules linked by α-1, 6 glycosidic bonds at the site of branching. (4) Branched chain of glucose molecules with α-1, 6 glycosidic bond in the straight chain and β-1, 4 linked bonds at the site of branching. Q.170 Which two groups of the following formula are involved in peptide linkage between different amino acids 2 H 1 H2N C 4 R 3 COOH (1) 2 and 3 (2) 1 and 4 (3) 1 and 3 (4) 2 and 4 H Q.165 ;fn ,fMfuu dks Xokfuu ls izfrLFkkfir fd;k tk;s rks ,slk ifjorZu (mRifjorZu) dgykrk gS (1) Ýsef'kV (2) laØe.k (3) LFkkukUrj.k (4) foyksiu Q.166 uhps fn;k x;k v.kq gS H OH (1) Xywdkst (2) ÝDVkst (3) lqØkst (4) xsysDVkst Q.167 ,d iz;ksx esa, DNA esa 31% ,Msfuu o 19% Xkqvkfuu ik;k tkrk gSA lkbVksflu dh ek=kk D;k gksxh - (1) 38 % (2) 31 % (3) 19 % (4) 62 % CAREER POINT, CP Tower, Road No.1, IPIA, Kota (Raj.), Ph: 0744-3040000 Page # 26 HO H CH2OH O H OH H OH Q.168 dkSulh DNA dh f}dq.Myhr lajpuk vifjorZu'khy ugha gksrh gS ? (1) A = T, C = G (2) Å"ek ij DNA dh dk ?kuRo ?kVrk gS (3) A + T / C + G LFkk;h ugha gS (4) nksukas (1 ) o (2) Q.169 lsY;qykst cuk gksrk gS - (1) α-1, 6 XykbdksflfMd cU/k ls layXu Xywdkst v.kqvksa dh v'kkf[kr Jà[kyk ls (2) β-1, 4 XykbdksflfMd cU/k ls layXu Xywdkst v.kq dh v'kkf[kr Jà[kyk ls (3) 'kkf[kr LFky ij α-1, 6 XykbdksflfMd cU/k ls layXu Xyqdkst v.kq dh 'kkf[kr Jà[kyk ls (4) lh/kh Jà[kyk esa α-1, 6 XykbdksflfMd cU/k ds lkFk Xyqdkst v.kq dh 'kkf[kr Jà[kyk ,oa 'kk[ku LFky ij β-1, 4 lyXu cU/k ls Q.170 fuEu lw=k ds dkSuls nks lewg fofHkUu vEyksa ds e/; isIVkbM lgyXurk esa Hkkx ysrs gS 1 H2N H C 4 R 3 COOH (1) 2 rFkk 3 (2) 1 rFkk 4 (3) 1 rFkk 3 (4) 2 rFkk 4 2 H

Q.171 Match column-I and column-II and choose the correct set Column I Column II (Transgenic) (Application) A. Golden rice 1. Pest resistance B. Flaver savr 2. and high yield Vitamin A ric C. Bt cotton 3. Increased life shelf D. Cattles 4. Therapeutic human proteins A B C D (1) 1 2 3 4 (2) 3 2 4 1 (3) 2 3 1 4 (4) 4 3 2 1 Q.172 Here are the recognition sites of restriction enzyme ↓ (1) Bam HI G C A T C G C C T A G G ↓ (2) Eco RI G A A T T C C T T A A G ↓ (3) Sca I A G T A C T T C A T G A ↓ (4) Sma I C C C G G G G G G C C C Q.173 In DNA finger printing - (1) Multiple restriction enzyme digests or generate unique fragments (2) The polymerase chain reaction amplifies fewer DNA (3) The variability of repeated sequences between two restriction sites is evaluated (4) All of these ↑ ↑ ↑ ↑ Q.171 LrEHk-I dks LrEHk-II ds lkFk lqesfyr dhft, LrEHk I LrEHk II (ijkthuh) (vuqiz;ksx) A. Lo.kZ pkoy 1. IkhMd izfrjks/kh o vf/kd mRiknu B. ysoj lsoj 2. foVkfeu A izpwj C. Bt dikl 3. laxzg dky dk c

Q.171 Match column-I and column-II and choose the<br />

correct set<br />

Column I Column II<br />

(Transgenic) (Application)<br />

A. Golden rice 1. Pest resistance<br />

B. Flaver savr 2.<br />

and high yield<br />

Vitamin A ric<br />

C. Bt cotton 3. Increased<br />

life<br />

shelf<br />

D. Cattles 4. Therapeutic<br />

human proteins<br />

A B C D<br />

(1) 1 2 3 4<br />

(2) 3 2 4 1<br />

(3) 2 3 1 4<br />

(4) 4 3 2 1<br />

Q.172 Here are the recognition sites of restriction<br />

enzyme<br />

↓<br />

(1) Bam HI G C A T C G<br />

C C T A G G<br />

↓<br />

(2) Eco RI G A A T T C<br />

C T T A A G<br />

↓<br />

(3) Sca I A G T A C T<br />

T C A T G A<br />

↓<br />

(4) Sma I C C C G G G<br />

G G G C C C<br />

Q.173 In DNA finger printing -<br />

(1) Multiple restriction enzyme digests or<br />

generate unique fragments<br />

(2) The polymerase chain reaction amplifies fewer<br />

DNA<br />

(3) The variability of repeated sequences between<br />

two restriction sites is evaluated<br />

(4) All of these<br />

↑<br />

↑<br />

↑<br />

↑<br />

Q.171 LrEHk-I dks LrEHk-II ds lkFk lqesfyr dhft,<br />

LrEHk I LrEHk II<br />

(ijkthuh) (vuqiz;ksx)<br />

A. Lo.kZ pkoy 1. IkhMd izfrjks/kh o<br />

vf/kd mRiknu<br />

B. ysoj lsoj 2. foVkfeu A izpwj<br />

C. Bt dikl 3. laxzg dky dk<br />

c

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