TLS Online TPP Program

#Question id: 21254


Match the following plant sources with their secondary metabolites and medical uses;

SOURCES PLANTSECONDARY METABOLITESUSE
P. Coleus blumeii. Atropinea. Insecticidal
Q. Atropa belladonnaii. Reserpineb. Cardiac tonic
R. Trianthema portucalastrumiii. Rosamarinic acidc. Muscle relaxant
S. Digitalis lanataiv. Phytoecdysonesd. Antioxidant

#Unit 12. Applied Biology
  1. P-ii-d, Q-iv-b, R-iii-a, S-i-c
  2. P-iii-d, Q-i-c, R-iv-a, S-ii-b
  3. P-iii-d, Q-ii-c, R-i-b, S-iv-a
  4. P-iv-b, Q-iii-a, R-iv-c, S-ii-d
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TLS Online TPP Program

#Question id: 21256

#Unit 12. Applied Biology

Production of l-Glutamic Acid by overproducing glutamate through some microorganism__

TLS Online TPP Program

#Question id: 21257

#Unit 12. Applied Biology

Lysine is a member of the_______________of amino acids.

TLS Online TPP Program

#Question id: 21258

#Unit 12. Applied Biology

Some classes of mutants were obtained from the parental strain as the source of genetic material for transduction:
I) A strain that are resistance to thialysine
II) A strain in which both the threonine-regulated AK and HD were resistant to feedback inhibition by threonine
III) A strain is selected for ß-hydroxynorvaline Sensitive, in which HDI was sensitive to both inhibition and repression and the threonine-regulated AK was constitutively synthesized 

TLS Online TPP Program

#Question id: 21259

#Unit 12. Applied Biology

Production of l-Threonine amino acid used for feeding pigs and poultry, Starting from l-aspartate, the pathway involves five steps catalyzed by five enzymes sequence of using enzyme is that;

TLS Online TPP Program

#Question id: 21260

#Unit 12. Applied Biology

L-Cysteine has traditionally been obtained by extracting it from acid hydrolysates of human hair and animal feathers. High levels cannot be synthesized from glucose because l-cysteine feedback inhibits the enzyme, which catalyzes one of the steps in the biosynthesis of l-cysteine. These enzyme are,

TLS Online TPP Program

#Question id: 21261

#Unit 12. Applied Biology

A copy of the gene encoding enzyme, which is the rate-limiting enzyme in the normal tryptophan biosynthetic pathway is,