Examples of using Lactase in English and their translations into Hebrew
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damaged by the disease, thereby reducing the production of lactase.
That's because your body doesn't produce enough lactase, the enzyme responsible for lactose absorption.
normally have low levels of the enzyme lactase, which is needed to digest lactose.
Indeed many populations throughout the world today consume little or no milk for biological reasons(lactase deficiency), lack of availability, or cultural preferences.
the approach of choice for CLD, is the use of lactase supplements, widely available from pharmacies.
People with lactose intolerance do not digest lactose properly because they lack an enzyme known as lactase.
Some adults experience discomfort due to poor digestion of milk due to a deficiency or deficiency of lactase- a special enzyme that breaks down lactose.
a mutation in the MCM6 gene led to people producing the enzyme lactase.
This is because the body does not produce enough(or possibly any) lactase, which is the enzyme that breaks lactose down into usable material.
It increases and enables the proper digestion of lactose by formation of lactase enzyme;
Asian background, have low levels of the enzyme lactase needed to digest lactose.
There is no treatment that can improve the body's ability to produce lactase.
is because all mammals, and human beings are mammals have an enzyme known as lactase.
It increases and enables proper digestion of milk sugar(lactose) by the production of lactase enzyme;
People who suffer from it have too little of an enzyme called lactase, which is produced in the intestines and required for the breakdown of lactose, the main sugar found in milk.
New-born babies with CLD exhibit very little lactase activity, thus they cannot be fed on breast milk,
Lomer also points out that lactase deficiency does not equal intolerance and even people with can still usually drink milk in tea(around 50ml) or on cereal Б
The protocol described above uses lactase as an example of an enzyme relevant to human health for demonstrating enzymatic reactions,
The activity of lactase is highly conserved through evolution,
During neonate and infant development, lactase is highly expressed in the human digestive system,