How does proofreading increase the accuracy of genome replication? a. The DNA polymerase discriminates against incorrec nucleotides when these first become bound to the enzyme. b. The 5' 3' exonuclease activity of the DNA polymerase removes a nucleotide that has been incorrectly added to the end of the polynucleotide being synthesized. c. When the 3'-terminal nucleotide is not base-paired to the template DNA, it is removed by the exonuclease activity of the DNA polymerase. d. All of the above.

How does proofreading increase the accuracy of genome replication? a. The DNA polymerase discriminates against incorrec nucleotides when these first become bound to the enzyme. b. The 5' 3' exonuclease activity of the DNA polymerase removes a nucleotide that has been incorrectly added to the end of the polynucleotide being synthesized. c. When the 3'-terminal nucleotide is not base-paired to the template DNA, it is removed by the exonuclease activity of the DNA polymerase. d. All of the above.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Write ASML to transfer 128 kB from A0000 to B0000 using string instruction.
Assembly programming
(212)d (EFCDB)h 26 2 (919)d (E1FDC2)h 27 3 (517)d boo o ool0 1)b (AFBD7)h 28 (413)d 4 29 (FFCC2)h 5 (212)d Jo 30 (EFCDB)h 6 (919)d 31 (E1FDC2)h (517)d (AFBD7)h 32 8. (413)d )o 33 (FFCC2)h (212)d 34 (EF2C1D6)h 10 (919)d )h 35 (E1F2D3C2)h Jo 11 (517)d )h 36 (AIF2B4D7)h Jo (413)d (F1F9C8C2)h 12 )h 37 Jo 13 (7777)o )d 38 (E4F6C5D7B)h Jo 14 (34567)o )d 39 (11101)b 15 (27354)o )d 40 (111010)b 16 (765)o )d 41 (1110111)b 17 (730274)o 42 (10101)b 18 (342567)o )b 43 (1110101101011)b 19 (275354)o 44 (10101010101001)b (763615)o )b 45 (11010101010101011)b (731274)o (110000101010101010)b 21 46 (342467)o (11010101010101010)b 22 47 (110000101010101011)b (1110101101011)b )h )h (275254)o (763315)o 23 48 24 )h 49 (321456) 50 (10101010101001)b )h 25 20
What hurdles must an assembler solve in order to produce a functioning binary program from a single source file? What is the difference between a one-pass and a two-pass technique in assembly language?
Which level of protein structure would be most affected by the following changes... a) mutation from isoleucine to valine b) oxidation of two cysteine sidechains c) PrP° (healthy prion protein, mostly a-helical) changes to PrP* (infectious form, mostly B-strand) (more than one answer!) d) increase in pH from 7 to 10 5) Decide on the most likely mode of denaturation for each of the following compounds... a) hexane (organic solvent) b) trichloroacetic acid (very strong acid) c) boiling water d) a blender
qword ptr [RBP + local_50],param_3 RAX, qword ptr FS:[0x28] 00100899 48 89 55 b8 MOV 0010089d 64 48 8b 04 25 28 00 00 00 001 008a6 48 89 45 f8 MOV MOV aword ptr (RBP + local 101.BAX What does the highlighted assembly line do?
Convert an 894E00H from machine language to assembly language. Select the correct response: MOV[BP + 00H], CX MOV BP.[СX + 00H] MOV CX.[ВР + 0ОH] MOV[CX+ 00H], BP
Having the following rdd that contains:('37.1242586781', '-119.424203758')('37.7374074392', '-121.790061298')('45.0929780547', '-117.473248072')('34.9786739919', '-111.700983823')('35.8736386531', '-120.421476019')('34.0912863966', '-118.144076285')('35.6720438532', '-120.416438975')('36.284116521', '-119.030325609')('44.4092246446', '-122.891970809')('38.4770167448', '-122.296973442')('38.4296857989', '-121.418135072')('37.3822266494', '-122.016158235') Implement an iterative algorithm (k-means) in Spark to calculate k-means fora set of points that are in a file(rdd), a k-means algorithm in python. Do not use use K-means in MLib of Spark to solve the problem. Follow this pattern: 1. Choose k = 5 random points as starting centers2. Find all points closest to each center (use groupByKey or reduceByKey)3. Find the new center (mean) of each cluster4. If the centers changed by more than convergeDist (e.g.convergeDist = 0.1), iterate again starting from step 2;otherwise, terminate For…
Why are the first 20 bases typically ignored from a Sanger sequencing .ab1 file? O The data quality is too low and the data is noisy O The peaks are different heights Only N's are sequenced O The data represents the primer
What property of RNA enables it to function as a ribozyme? Why are there no naturally occurring DNA enzymes?