Приклади вживання Insulin deficiency Англійська мовою та їх переклад на Українською
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With insulin deficiency, this process is disturbed, leading to various complications.
Type 1 diabetes(β-cell destruction, usually leading to absolute insulin deficiency).
These cells are progressively destroyed, with insulin deficiency usually developing after the destruction of 90% of islet cells.
Diabetes mellitus, arguably the most important metabolic disease of man,is an insulin deficiency state.
When a person has insulin deficiency, their liver and fat cells aren't listening to and/or receiving the signal from insulin that we have excess energy.
No one is immune from irregularities in her work,and that's when the problems with insulin deficiency begin.
However, in the following years,Type 2 can progress to insulin deficiency deficiency as a result of decreased insulin secretion capacity of diabetic patients.
Type 2 diabetes, on the other hand,is a result of insulin resistance rather than insulin deficiency.
It manifests itself against the background of relative insulin deficiency- this means that the pancreas produces enough insulin, but the cells of the human body are not susceptible to this hormone.
The common consensus in the scientific community is that themain underlying cause of ketoacidosis is insulin deficiency.
After pancreatitis in 16-18% of cases develop insulin deficiency in connection with an excessive proliferation of connective tissue, which is a kind of«walling up» β-cells, which violates their oxygen supply.
Diabetes mellitus is a chronic disease that develops due to absolute or relative insulin deficiency.
Some medical experts believe that folic acid and insulin deficiency leads to skin pigmentation or discoloration, and whole-wheat food with green leafy veggies would do great to provide you with natural folic acids.
Diabetes mellitus type 2 is characterized by high blood glucose in the context of insulin resistance andrelative insulin deficiency.
Many tissues and organs, in particular muscle tissue,are in a state of energy hunger(with insulin deficiency, glucose can not enter the cell with sufficient speed).
Type 1 diabetes mellitus or“juvenile diabetes”, but people of any age can get sick(B-celldestruction leading to the development of absolute lifelong insulin deficiency).
Diabetes is an endocrine-metabolic disease characterized by chronic hyperglycemia,which is associated with absolute or relative insulin deficiency and develops as a result of various endocrine, immune, exogenous(stress, smoking, infection) factors.
Type 1 diabetes mellitus or“juvenile diabetes,” but people of any age can get sick(destruction ofB-cells leading to the development of absolute life-long insulin deficiency).
They compared the characteristics of the disease with other participants who still produced some insulin, as well as with 220 individuals with severe insulin deficiency that was diagnosed before the age of 30.
The characteristics of their disease were compared with other participants who still produced some insulin, as well as with 220 individuals with severe insulin deficiency that was diagnosed before the age of 30.
After the examination, either an excess or a deficiency of the insulin hormone can be diagnosed in a patient.
Over the years, insulin activity decreases and a hormone deficiency occurs in the body.
People suffering from diabetes feel lack of energy due to insulin resistance or deficiency, but additional symptoms like changing vision, polydypsia or excessive thirst and polyuria or excessive urination indicate different causes of such tiredness.
In addition, magnesium deficiency has a negative effect on insulin secretion and activity, which contributes to the formation and progression of insulin resistance, which leads to a decrease in metabolism.
Diabetes mellitus is a disease characterized by anincrease in blood sugar levels due to a deficiency in the hormone of the pancreas(insulin).
According to the clinic of the Moscow Institute of Cybernetic Medicine, magnesium deficiency reduces the sensitivity of the receptors to insulin, and the inadequate response to insulin affects both the uptake of glucose cells and the transport of magnesium into the cells.
Exocrine pancreatic insufficiency(EPI) is a syndrome that is characterized by a deficiency or lack of exocrine pancreatic enzymes and the ability to produce insulin, which makes it impossible for the dog to digest food properly.
When the integrity orfunctioning of the cells of this organ is disturbed, insulin is produced in small quantities, as a result of which the body begins to experience a deficiency in it, which is manifested by an increase in blood sugar levels.
There are suggestions that sugar also may contribute to insulin resistence, and that it may contribute to increased inflammation, but these either state more study is needed or are in the incidence of specific other deficiencies(Such as magnesium).
A relative or absolute deficiency of insulin. .