Carbohydrates
Proteins & Fats
Fats & Carbohydrates
Carbohydrates, Proteins & Fats
Production of ATP "Citric Acid Cycle "
When a Phosphate bond breaks away from the Tri Phosphate molecule
The enzyme ATP Synthase sysnthesizes ADP to AMP
The enzyme ATP Synthase synthesizes ATP from ADP & Phosphate
Stomach
Liver
Small intestine
Large intestine
4
6
2
8
True
False
Reduced supply of oxygen & nutrients/ Damage to mitochondria
Action of certain toxic chemicals/ Damage to mitochondria/ Reduced supply of CO2
Damage to mitochondria only.
Reduced supply of oxygen & nutrients/ Damage to mitochondria/Action of certain toxic chemicals
P1 receptors
P2X receptors
P2Y receptors
P2Z receptors
True
False
After 3 hours
Less than a minute
After 1 hour
After 1 minute
ATP Up has no documented Drug- Food interactions
ATP Up has no documented Drug- Drug interactions
ATP Up is documented to be given with antibiotics
None of the options
< a minute
< a second
> a minute
< 30 seconds
Replace the metabolically generated ATP
Alter the metabolic reactions of ATP production
Not replace the metabolically generated ATP
Increase the ATP levels in the body significantly
5
15
21
10
50gm/kg body weight
15mg/kg body weight
5.0 mg/kg body weight
15gm/kg body weight
1.0886 X 10¯4
.01886 X 10¯4
1.886 X 10¯4
1.0886 X 10¯6
Atreolar portal blood
Pulmonary arteries
Venous portal blood
None of the options
Marketed in US & Japan as a dietary supplement prior to 15th Oct, 1994
Marketed in US as a dietary supplement prior to 15th Oct, 1994
Dietary supplements does not require USFDA approval
In India USFDA approval is not needed
Our total blood volume
Depends on our dietary intake
Our body weight
All of the options
Fibromyalgia
Atherosclerosis
Muscle Hypertrophy
All of the options
Enhancing delivery of glucose,oxygen & fats
Enhancing delivery of glucose,oxygen & adenosine
All of the options
Enhancing delivery of glucose,oxygen & nutrients