Reinsertion at another location: and in addition, the transposition enzyme known
ID: 96238 • Letter: R
Question
Reinsertion at another location: and in addition, the transposition enzyme known as 55 also recognizes the inverted repeats at the ends of a TE and brings them close together A transposable elements B. Jumping C. moving genes D. repeats E. Gene elements A. Conserved B. Simple transposition C. Vehicle D. Clone transposition E. Transposase A. Replication B. Synthesis C. lysogenic D, Invaders E. Replicative transposition A replication virus B. C. Lysogenic D. Lytic virus Lysogenic D. Lytic virus E. Retro transposition A. Transposon B. Transposase C Jumping genes D. 4 mobile genes E. enzyme A. enzyme B. Transposon C. Bacterial enzymes D. Virus E. Transposon the first constructed chimeric molecules were called 56 The term 57 refers to the technique use for isolating and making many copies of a gene. A. DNA biotechnology B. Recombinant DNA molecules C. Gene cloning D. 4 Gene manipulation technology E. Gene replacement molecule. A. Allelic manipulation B. Gene cloning Genetic cloning D. Cloning E. DNA technology The cells that harbor vector DNA is called the 58 The vectors commonly used in gene in cloning were originally derived from two natural sources: 1. 59 and 2. 60- A. Stem cells B. Somatic cells C. Infected cell D. Cl line E Host cells A Phage B. Bacteriophage C. Lysogenic D. Lytic E. Bacteria. A. Plasmodium B, Viruses C. Vector D. Clone E. Infection The enzymes used to cut DNA are known as to cut DNA are known as 61 they recognize and bind to specific DNA sequences that are typically called 62 and then cleave the DNA at two defined locations, one on each strand. DNA that is made from RNA is called 63 Another way to copy DNA is a technique called 64. A. Enzyme cutters B. Base pair cutters C. Degrading enzymes D.DNA enzymes E. restriction enzymes A. Repeats B. Direct sequence C. Reverse sequence D. Invert sequence E. Palindromic A. gDNA B. cDNA C. pDNA D. mtDNA E. ssDNA A. Cloning, B.PCR C. vector D. transformation E. Infection Cells that are called 65 supply the cells that construct our bodies from a fertilized egg One of the two common characteristics of these cells is they have the capacity to differentiate into one or more specialized cell types 66 (like fertilized eggs can give rise to all cell types), and 67 (can differentiate into almost every cell, but can't give rise to an entire, intact individual). A. somatic cells B. component cells C Sex cells D. Differentiated cells E. stem cells A. polypotent cells B. Totipotent cells C. Memory cell D. Immune cell E. Tumor cells A. Cloned cells B. Pluripotent cells C. Memory cell D. Immune cell E. Tumor cellsExplanation / Answer
56 B Recombinant DNA molecules
57 B Gene cloning
58 E host cells
59 B Bacteriophage
60)B viruses
61 E Restriction enzymes
62 E Palindromic
63 B cDNA
64 B PCR