automated sequencing is used are given a printout of the sense strand of your DNA.  The printout is linked. The first thing you need to do is use the correct reading frame. Having done this, the next thing to do is to write out the mRNA sequence using this sense strand reading frame. The last thing to do is to translate the sequence   The rea

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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automated sequencing is used are given a printout of the sense strand of your DNA.  The printout is linked. The first thing you need to do is use the correct reading frame. Having done this, the next thing to do is to write out the mRNA sequence using this sense strand reading frame. The last thing to do is to translate the sequence

 

  1. The reading frame DNA sequence is:

 

 

 

 

  1. The mRNA sequence is:



 

  1. The polypeptide sequence is:

 

 

File: gvt11b11.y1
Machine: Cochise-1414-017
Lane: 93
Primer: DT3730POP7{BDV3).mob
Comment: 1778D3
Spacing: 15.06
Signal: C: 1728 A: 3254 G: 2538 T: 2619
Bases: 903
Gel name:
Gel start date: 3 Jan 2004
Gel start time: 4:123
Matrix
10
20
30
40
50
60
70
80
NNACTCA TCTGGTGGA T TC C TA TC CTG AC A AG TG ATGTG CAAA C TG G TA ACTC TG AG GCAG A TAAC CA G GG CA AA AAGGTG TATAAG
100
120
90
TAAA ACA AAGCCTAAC T TG GAAGA AAGAGAGAAÄAAGT TCAGTT TTACACA TCTTTA TA TGAAGCAGA AG TC CGGA AA A TCA TT TA AAGAT
110
130
140
150
160
170
180
190
200
210
220
230
240
250
260
TATTCTAT TA ATGTCCTGT TA TA TT TG T CATATTCA TA CAGT TG TCACAGTA TA T T TCAAAC CA AC TG TTTAAA A ACAA AC TG AAA TA AA
270
AAATTTAAA TACCCT TA TG TA AA ATAG GCT TC CCTGGTG GCTCAG GG GTAAA AA ACTCGCCCG C CA ACGCAGGAGATGTAGAT TTGATC CC T
280
290
300
310
320
330
340
350
380
360
GG GT TAG G A AG ATCCC CTGGAGA AG GAAATGAA AAAC CACTCTAG TAT TCT TGC CTG GG A A AT C CCA TG GACAG AG GAGCGTGGAGG GC
370
390
400
410
420
430
440
TACAGTCCATGGGAGTCGCAAA AGAGT TG GACATG ACTAAACAACAACATATAAAATAACCT TACTC CATA ATGTCAAACT TATGTCACAC
450
460
470
480
490
500
510
520
530
550
580
590
600
610
620
540
AAA ATGCAA AGT TCT TACATCTAT TA ACTTTTATG GT TA AATATAACCTAATGCACTGTTT TATACAGCA ACAACTA CTTTTT TATTT TAAA
560
570
630
710
720
680
TG GTGAAAAAT TAGTGAACAGAGG GTCTCAGAGATGCTAAACT TATGACT TATAAT TAACAAGATGT TÄTAGTTCTAGACAT TTTTGATAT
640
650
660
670
690
700
Transcribed Image Text:File: gvt11b11.y1 Machine: Cochise-1414-017 Lane: 93 Primer: DT3730POP7{BDV3).mob Comment: 1778D3 Spacing: 15.06 Signal: C: 1728 A: 3254 G: 2538 T: 2619 Bases: 903 Gel name: Gel start date: 3 Jan 2004 Gel start time: 4:123 Matrix 10 20 30 40 50 60 70 80 NNACTCA TCTGGTGGA T TC C TA TC CTG AC A AG TG ATGTG CAAA C TG G TA ACTC TG AG GCAG A TAAC CA G GG CA AA AAGGTG TATAAG 100 120 90 TAAA ACA AAGCCTAAC T TG GAAGA AAGAGAGAAÄAAGT TCAGTT TTACACA TCTTTA TA TGAAGCAGA AG TC CGGA AA A TCA TT TA AAGAT 110 130 140 150 160 170 180 190 200 210 220 230 240 250 260 TATTCTAT TA ATGTCCTGT TA TA TT TG T CATATTCA TA CAGT TG TCACAGTA TA T T TCAAAC CA AC TG TTTAAA A ACAA AC TG AAA TA AA 270 AAATTTAAA TACCCT TA TG TA AA ATAG GCT TC CCTGGTG GCTCAG GG GTAAA AA ACTCGCCCG C CA ACGCAGGAGATGTAGAT TTGATC CC T 280 290 300 310 320 330 340 350 380 360 GG GT TAG G A AG ATCCC CTGGAGA AG GAAATGAA AAAC CACTCTAG TAT TCT TGC CTG GG A A AT C CCA TG GACAG AG GAGCGTGGAGG GC 370 390 400 410 420 430 440 TACAGTCCATGGGAGTCGCAAA AGAGT TG GACATG ACTAAACAACAACATATAAAATAACCT TACTC CATA ATGTCAAACT TATGTCACAC 450 460 470 480 490 500 510 520 530 550 580 590 600 610 620 540 AAA ATGCAA AGT TCT TACATCTAT TA ACTTTTATG GT TA AATATAACCTAATGCACTGTTT TATACAGCA ACAACTA CTTTTT TATTT TAAA 560 570 630 710 720 680 TG GTGAAAAAT TAGTGAACAGAGG GTCTCAGAGATGCTAAACT TATGACT TATAAT TAACAAGATGT TÄTAGTTCTAGACAT TTTTGATAT 640 650 660 670 690 700
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Biomolecules are acknowledged as key components of electrical devices in DNA computing. This topic encompasses chemistry, software engineering, cell biology, physics, and mathematics, among other subjects. Biological molecules are employed to compute instead of traditional silicon processors. Though the concept of computing with molecules dates back to the early 1950s, it was first scientifically recognised in 1994, when Leonard Adleman used ordinary molecular biology procedures to solve a minor component of a well-known combinatorial issue in the lab.

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