Description : A foreign DNA and plasmid cut by the same restriction endonculease can be joined to form a recombinant plasmid using
Last Answer : A foreign DNA and plasmid cut by the same restriction endonculease can be joined to form a recombinant ... B. Ligase C. Eco RI D. Taq polymerase
Description : Recombinant DNA is achieved by cleaving the pro-DNAs by (a) ligase (b) restriction endonuclease (c) primase (d) exonucleases.
Last Answer : (b) restriction endonuclease
Description : A foreign DNA and plasmid cut by the same restriction endonuclease can be joined to form a recombinant plasmid using (a) EcoRI (b) Taq polymerase (c) polymerase III (d) ligase.
Last Answer : (d) ligase.
Description : Without restriction endonucleases, it would be very difficult to a. Force Plasmids into Bacteria. b. Chemically Open Dna Molecules. c. Replicate Dna In A Recombinant Cell. d. Bring About Mutations In Bacteria.
Last Answer : b. Chemically Open Dna Molecules.
Description : A seals sticky ends of recombinant DNA segments. a. DNA Ligase b. restriction endonuclease c. protease d. RNA polymerase
Last Answer : b. restriction endonuclease
Description : Which pair of enzymes is necessary to make recombinant DNA? -Biology
Last Answer : answer:
Description : Enzymes used in recombinant DNA technology -Biology
Description : 7. In a recombinant DNA technology a plasmid vector must be cleaved by a) the same enzyme that leaves the donor gene b) modified DNA ligase c) a heated alkaline solution d) four separate enzymes
Last Answer : a) the same enzyme that leaves the donor gene
Description : Role of restriction enzymes and DNA ligase -Biology
Description : Restriction enzymes and DNA methylation -Biology
Description : Why are restriction enzymes used for DNA fingerprinting? -Biology
Description : A scientist wants to make a dna fingerprint and she used polymerase chain reaction and restriction enzymes what should her next step be?
Last Answer : use restriction enzymes is the right answer for apex :)
Description : Restriction endonucleases are enzymes which (a) make cuts at specific positions within the DNA molecule (b) recognize a specific nucleotide sequence for binding of DNA ligase (c) restrict the action of the enzyme DNA polymerase (d) remove nucleotides from the ends of the DNA molecule
Last Answer : (a) make cuts at specific positions within the DNA molecule
Description : Assetion: Restriction enzymes cut the strand 27 of DNA to produce sticky ends Reason : Stickiness of the ends faciliates the action of the enzyme DNA
Last Answer : Assetion: Restriction enzymes cut the strand 27 of DNA to produce sticky ends Reason : Stickiness of ... D. If both assertion and reason are false
Description : DNA contains some palindromic sequences which (A) Mark the site for the formation of replication forks (B) Direct DNA polymerase to turn back to replicate the other strand (C) Are recognized by restriction enzymes (D) Are found only in bacterial DNA
Last Answer : Answer : C
Description : Restriction endonucleases (A) Cut RNA chains at specific locations (B) Excise introns from hnRNA (C) Remove Okazaki fragments (D) Act as defensive enzymes to protect the host bacterial DNA from DNA of foreign organisms
Last Answer : Answer : D
Description : Read the following four statements (A-D) about certain mistakes in two of them. (A) The first transgenic buffalo, Rosie produced milk which was human alpha-lactalbumin enriched. (B) Restriction enzymes are used in isolation of DNA ... mistakes? (a) B and C (b) C and D (c) A and C (d) A and B
Last Answer : (d) A and B
Description : PCR and restriction fragment length polymorphism are the methods for (a) study of enzymes (b) genetic transformation (c) DNA sequencing (d) genetic fingerprinting.
Last Answer : (d) genetic fingerprinting.
Description : During the process of isolation of DNA, chilled ethanol is added to (a) precipitate DNA (b) break open the cell to release DNA (c) facilitate action of restriction enzymes (d) remove proteins such as histones.
Last Answer : a) precipitate DNA
Description : The restriction enzymes are used in genetic engineering, because (a) they can cut DNA at specific base sequence (b) they are nucleases that cut DNA at variable sites (c) they can degrade harmful proteins (d) they can join different DNA fragments.
Last Answer : (a) they can cut DNA at specific base sequence
Description : Identify the wrong statement with regard to restriction enzymes. (a) Each restriction enzyme functions by inspecting the length of a DNA sequence. (b) They cut the strand of DNA at palindromic sites. (c) They are useful in genetic engineering. (d) Sticky ends can be joined by using DNA ligases.
Last Answer : d) Sticky ends can be joined by using DNA ligases.
Description : The cutting of DNA at specific locations became possible with the discovery of (a) selectable markers (b) ligases (c) restriction enzymes (d) probes.
Last Answer : (c) restriction enzymes
Description : Which of the following is not required for any of the techniques of DNA fingerprinting available at present? (a) Restriction enzymes (b) DNA-DNA hybridisation (c) Polymerase chain reaction (d) Zinc finger analysis
Last Answer : (d) Zinc finger analysis
Description : Why is ligase needed to make recombinant DNA? -Biology
Description : Name some restriction enzymes. -Biology
Description : What is the significance of recognition sequences of restriction enzymes? -Biology
Description : Nomenclature of restriction enzymes. -Biology
Description : What is the enzymatic function of restriction enzymes? -Biology
Description : What is the source of restriction enzymes? -Biology
Description : What are restriction enzymes used for? -Biology
Description : Why are restriction enzymes called molecular scissors? -Biology
Description : Why is cutting enzymes known as the restriction enzymes? -Biology
Description : What is recombinant DNA? -Biology
Description : What is recombinant DNA technology? -Biology
Description : Give some examples of recombinant DNA technology applications. -Biology
Description : Name the two types of 'biological tools' used in recombinant DNA technology. -Biology
Description : What is a recombinant DNA vaccine? -Biology
Description : Give some examples of recombinant DNA vaccine. -Biology
Description : Explain the term Recombinant DNA. -Biology
Description : Why are bacteria used in recombinant DNA technology? -Biology
Description : Recombinant DNA directly produces changes in -Biology
Description : Recombinant DNA food -Biology
Description : Recombinant DNA construction -Biology
Description : Why is recombinant DNA important? -Biology
Description : Recombinant DNA disadvantages -Biology
Description : Applied use of molecular biology and recombinant DNA Technology known as
Last Answer : Ans. Biotechnology
Description : Which of the following restriction enzymes produces blunt ends ?
Last Answer : Which of the following restriction enzymes produces blunt ends ? A. Xho I B. Hind III C. Sal I D. Eco RV
Description : What role do restriction enzymes play in analysis of Edna?
Last Answer : Feel Free to Answer