Examples of using Cannot synthesize in English and their translations into Greek
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The human body cannot synthesize Vitamin C.
Vitamin B6 must be obtained from the diet because humans cannot synthesize it.
These lab strains cannot synthesize one amino acid or another.
Fortified foods with essential nutrients(the nutrients which our body cannot synthesize its own) are now available.
Since our body cannot synthesize it, we must derive it from food.
S: William Cumming Rose identifies essential amino acids, necessary proteins that the body cannot synthesize.
Especially when our body cannot synthesize these fatty acids, nutrition remains the only source of taking them.
Essential foods supply energy(calories) andsupply the necessary chemicals which the body itself cannot synthesize.
It is essential in humans,meaning the body cannot synthesize it, and must be ingested in our diet.
The body cannot synthesize vitamin C from glucose, because it lacks the enzyme required for this reaction.
Vital nutrients supply required energy(calories) andessential chemicals that the body cannot synthesize on its own.
For example, humans cannot synthesize Vitamin C and certain essential amino acids and need them in their diet.
S: William Cumming Rose identifies essential amino acids, necessary protein components which the body cannot synthesize.
And unlike most animals,humans cannot synthesize this vitamin- which is why it is an indispensable dietary component.
In the 1930s, William Cumming Rose identified essential amino acids, necessary protein components that the body cannot synthesize.
Proteins are also necessary in animals' diets,since animals cannot synthesize all the amino acids they need and must obtain essential amino acids from food.
Numerous studies have shown that pollen contains nearly all(20-22) the necessary amino acids for humans,which the body itself cannot synthesize.
Our diet is important to be rich in omega 3 fatty acids because our body cannot synthesize on its own all the omega 3 it needs.
Since human body cannot synthesize these essential components on its own, they need to be obtained from outer sources like food or supplementation.
This means that all 19 essential amino acids must be present including, of course,the“essential 8” amino acids that the body cannot synthesize.
Because the human body cannot synthesize selenium, it can only be taken from food, so the content of selenium in the human body is limited.
Essential fatty acids(EFAs) are fatty acids that humans andanimals must ingest by food since the body requires them for proper vital functioning, but cannot synthesize them.
This is true particularly for essential amino acids since the body cannot synthesize them in amounts sufficient for maintaining physiological processes on its own.
Though plants and some microbes can create all the compounds they need from glucose given the necessary minerals, all animals and many microbes cannot synthesize some or the other essential nutrient.
Fat cannot synthesize ATP fast enough so CHO utilization increases and starts being the predominant energy substrate as the rate of energy synthesis derived from CHO is faster than that from fat.
Because of the lack of nuclei and organelles,mature red blood cells do not contain DNA and cannot synthesize any RNA, and consequently cannot divide and have limited repair capabilities.
Our bodies, however, can not synthesize them.
Our body can not synthesize L-phenylalanine naturally, and therefore we must get it from food.
The human body can not synthesize ALA, but it can partly convert ALA to EPA and then to DHA in the liver.
Vitamins are exogenous to human(human body can not synthesize them itself) and therefore must be supplied with food(usually in the form of provitamins) or supplemented.