Positive protein balance is typically required by individuals engaged in muscle building or recovery, such as athletes, bodybuilders, and those recovering from surgery or injury. It is also important for growing children and pregnant women, as they need extra protein to support growth and development. Additionally, individuals undergoing intensive training or those with higher metabolic demands may benefit from a positive protein balance to optimize performance and recovery.
What factors might lead to a positive nitrogen balance?
Anabolism creates positive nitrogen balance. That means sort of body building. Catabolism creates negative nitrogen balance. That means loss of proteins from your body.
True. When particles have an equal number of positive and negative charges, they are electrically neutral and balance each other out. This balance results in no net charge for the particle.
Milk tests positive for protein because it naturally contains two main types of protein: casein and whey. These proteins can be detected using specific testing methods like the Kjeldahl method or the Bradford assay. The presence of these proteins makes milk a good source of dietary protein.
The nitrogen balance will be negative since the person is losing more nitrogen (19g) than they are ingesting (16g), resulting in a net loss of 3g of nitrogen. A negative nitrogen balance indicates that the body is breaking down more protein than it is building, which can result in muscle loss and other negative consequences.
Yes
No, it is an example of positive nitrogen balance. This is because a pregnant women is in need of protein to allow growth of the child, and in order to build protein you need Nitrogen. Therefor pregnancy is considered positive nitrogen balance.
A positive nitrogen balance in the body occurs when the amount of protein intake exceeds the amount of protein breakdown. This can happen during periods of growth, recovery from illness, or when engaging in regular physical activity.
COPD patients usually don't have a positive nitrogen balance, as the disease is more often associated with a general exhaustion of the body, and as such a net loss of total body protein. If a COPD patient does have a positive nitrogen balance, it simply means that the patient has eaten more protein than what has been broken down and excreted. This would most likely be associated with a positive net caloric intake and a gain of muscle weight.
Testosterone encourages the stimulation of protein synthesis.
No, a growing child is not likely to exhibit negative nitrogen balance because they require more protein to support their growth and development. Negative nitrogen balance occurs when protein breakdown exceeds protein synthesis, leading to loss of muscle mass and other tissues. Children typically have a positive nitrogen balance due to their high protein needs for growth.
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Nitrogen status is positive in growing infants, children, adolescents, pregnant women, and people recovering from protein deficiency or illness.
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What factors might lead to a positive nitrogen balance?
Positive energy balance is when energy intake exceeds expenditure weight is gained
Insulin