Match the description on COLUMN A with their associated terms on COLUMN B. Nooverlapping answersCOLUMN ACOLUMN BUridine TriphosphateZ formSingle StrandedBulges and hairpin helixDouble StrandedDNA MonomerRNA ModelRNA secondary structuresRNA MonomerDNA ModelATPDNA tertiary structures

S.No. DNA RNA 1 Deoxyribonucleic Acid. Ribonucleic Acid. 2 Generally…

Answered: Match the description on COLUMN A with…

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter7: Gene Expression And Control

Section: Chapter Questions

Problem 3SQ

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DNA Sequence: TAC TCC GGC TCT CCC AGT TGA ACT Mutated Sequence: TAC TCG GCT CTC CCA GTT GAA CT Original Amino acid: Mutated Amino Acid:
Define the following terms:a. repliconb. Okazaki fragmentc. ter regiond. tus proteine. preinitiation complex
DNA: AGA ACA TAA TAC CTC TTA ACA CTC TAA AGA CCA GCA CTC CGA TGA ACT GGA GAC mRNA;Protein;
Given Sequence: 5’ – TCAGGACTGATAGGCTAATCGGCCCGCGCACAT-3’ a. Complementary Strand b. Direct Transcript c. Transcript for Translation d. Amino Acid Sequence or Translation:
Define the following terms:a. DNAb. RNAc. double helixd. genomee. transcription
DNA 3’ AGA ACA TAA TAC CTC TTA ACA CTC TAA AGA CCA GCA ATT CGA TGA ACT GGA GCA 5’ mRNA protein
Chargaff rule applies to a ss RNA b All Polynucleotides c ssDNA d dsDNA
The sequence below shows one strand of DNA. Parts of the sequence are in capital letters to help you identify important features – capitalization does not affect the nucleotide indicated. 5’…atacaATGcATGTCAaCTAcg[a]agatccgTAGaTAACATtCATatc…3’ a. Underneath that strand write the sequence of the strand of DNA it would be paired with in a doublestranded helix. Use the single letter code A-adenosine, G-guanosine, T-thymine, U-uracil and C-cytosine and remember to label the 5’ and 3’ ends. b. Next, write the sequence of a possible mRNA transcript of the double stranded DNA above. Remember that an mRNA must be translatable by a ribosome into a protein. Be sure to indicate 5’ and 3’ ends. c. Using the genetic code, translate your mRNA into the appropriate protein. Write the amino acid sequence of the protein below the mRNA sequence in (b) and label the amino and carboxy terminals d. Suppose the bracketed, bold [a] were mutated to be a t. Write the new sequence of your mRNA transcript…
Below is a short nucleotide sequence from a gene. Use the Internet(e.g., see www.ncbi.nlm.nih.gov/Tools) to determine what genethis sequence is from. Also, determine the species in which thisgene sequence is found. 5’–GGGCGCAATTACTTAACGCCTCGATTATCTTCTTGC GCCACTGATCATTA–3’
Here's a line of DNA code: TACACGCCAGAG Transcribe it: (USE caps, no spaces)
For each species, all ________ in the complete set of chromosomes is the ________. a. genomes; library b. DNA; genome c. mRNA; start of cDNA d. cDNA; start of mRNA
The sequence below shows one strand of DNA. Parts of the sequence are in capital letters to help you identify important features - capitalization does not affect the nucleotide indicated. 5' ...atacaATGcATGTCAaCTAcg[a]agatccgTAGaTAACATtCATatc...3' a) Underneath that strand, write the sequence of the strand of DNA it would be paired with in a double-stranded helix. Use the single letter code A-adenosine, G-guanosine, T-thymine, C-cytosine, and U-uracil, and remember to label the 5' and 3' ends b) Next, write the sequence of a possible mRNA transcript of the double-stranded DNA above. Remember that an mRNA must be translatable by a ribosome into a protein. Be sure to indicate 5' and 3' ends c) Using the genetic code at the end, translate your mRNA into the appropriate protein. Write the amino acid sequence of the protein using the single letter amino acid code (also at the end) below the mRNA sequence in (b) and label the amino and carboxy terminals d) Suppose the bracketed bold [a] were…

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Match the description on COLUMN A with their associated terms on COLUMN B. No overlapping answers COLUMN A Uridine Triphosphate Z form Single Stranded Bulges and hairpin helix Double Stranded COLUMN B DNA Monomer RNA Model RNA secondary structures RNA Monomer DNA Model ATP DNA tertiary structures