Related Questions

Enzymes of respiratory chain are
A Succinate dehydrogenase
B NADH dehydrogenase
C Cytochrome oxidase
D Glucose 6-phosphate dehydrogenase
E Lactate dehydrogenase
Rate limiting enzymes for TCA cycle are
A Citrate synthase
B α-ketoglutarate dehydrogenase
C Isocitrate dehydrogenase
D Succinate dehydrogenase
E Malate dehydrogenase
The rate limiting enzymes for glycolysis are
A Phosphofructokinase
B Glucokinase
C Aldolase
D Pyruvate kinase
E Glucose-6-phosphatase
Chain growth polymerisation is a process, in which the monomers are added in a chain fashion, and it requires an initiator to produce the free radical. An example of chain growth polymerisation products is
A Nylon-66
B Teflon
C Polyester
D Bakelite
Respiratory chain impairment is associated with
A Hypoxic cell injury
B Lactic acidosis
C Mitochondrial myopathy
D Phenyl ketonuria
E Essential fructosuria
In a four bar chain or quadric cycle chain
A each of the four pairs is a turning pair
B one is a turning pair and three are sliding pairs
C three are turning pairs and one is sliding pair
D each of the four pairs is a sliding pair.
When one of the links of a kinematic chain is fixed, the chain is known as a
A structure
B mechanism
C inversion
D machine
A Ring, refers to a record chain, the last of which refers to the first record, in the chain, is called a/an
A addressing
B location
C pointer
D loop
E None of the above
Rate of gas diffusion through the respiratory membrane is
A Directly proportional to diffusion coefficient of the gas
B Inversely proportional to the thickness of respiratory membrane
C Directly proportional to solubility of the gas
D Inversely proportional to the pressure gradient between two sides of membrane
E Directly proportional to molecular weight of the gas
Rate of gas diffusion through the respiratory membrane is directly proportional to
A Surface area of the membrane
B Solubility of gas
C Diffusion coefficient
D Molecular weight of gas
E Thickness of the membrane

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