Genetic engineering in agriculture has been employed to: a Make crops resistant

Question

Genetic engineering in agriculture has been employed to: a Make crops resistant to insect pests b. Make crops resistant to certain herbicides c. Make crops more nutritious d All of the above e change over time The study of full sets of proteins encoded by a genome is called _____ a. Bioinformatics b. Proteomics c. Genomics d. Non-coding DNA In gel electrophoresis, DNA fragments are separated by their: a color B. electrical charge & size c. pH d. transposable elements e. stored information If a mRNA codon reads UGU, its complementary amino acid on tRNA will be: a. cysteine b. valine c. alanine d. leucine c. asparagine Which are large base nucleotide bases? a. adenine and cytosine b. guanine and thymine c. cytosine and thymine d. adenine and guanine e. adenine and thymine f cytosine and guanine Which are the small base nucleotide bases? a. adenine and cytosine b. cytosine and thymine c. guanine and thymine d. adenine and guanine e. adenine and thymine f cytosine and guanine

Explanation / Answer

63. All of the above. Genetic engineering in agriculture used to pest resistance, herbicide resistance, increase nutrient quantity in crops etc.

64. B. Proteomics

65. B. Based on the charge and size of the molecule.

66. A. Cys

67. D. Adenine and Guanine - It contains 2 ring structure total of 9 C so called Ade NINE and Gua NINE

68. B. Cytosine and Thymine - It conatin single ring structure contains 6 carbon.

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