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1 ) Type 1 diabetes mellitus is a result of autoimmune destruction of the pancreatic beta ( ? ) cellscausingsevere insulin deficiency
the pancreatic beta ( ) cellscausingsevere insulin deficiency
B - cell destruction(passive) caused bysevere insulin deficiency
In type 1 diabetes , beta cell destruction by the immune system is usually quick and considerablecausingsevere insulin deficiency
by environmental and genetic factors(passive) is influencedsevere insulin deficiency
by loss of Beta cell function(passive) caused byeventual insulin deficiency
by autoimmune destruction of pancreatic cells(passive) caused byabsolute insulin deficiency
is characterised by autoimmune destruction of pancreatic cellscausingabsolute insulin deficiency
by destruction of the cells in the pancreas(passive) caused byabsolute insulin deficiency
y insulin deficiency , whereas the main feature of non - insulin - dependent diabetes ( NIDD ) which accounts for more than 90 % of diabetics , is hyperinsulinemia and insulin resistancemay ... leadto actual insulin deficiency
The endresult absolute insulin deficiency
1 Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
by autoimmune -cell destruction ( type 1A(passive) caused byabsolute insulin deficiency
one diabetes mellitus is characterized by lack of the insulin - producing beta cells on the pancreatic isletsresultingin insulin deficiency
one diabetes mellitus is characterized by lack of the insulin - producing beta cells from the pancreatic isletsleadingto insulin deficiency
one diabetes mellitus is characterized by lack of the insulin - producing beta cells in the pancreatic isletsleadingto insulin deficiency
Type one diabetes is characterized by loss of the insulin - developing beta cells of your pancreatic isletsleadingto insulin deficiency
Diabetes is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
one diabetes mellitus is characterized by loss of the insulin - producing beta cells in the pancreatic isletsleadingto insulin deficiency
one diabetes mellitus is characterized by loss of the insulin - producing beta cells with the pancreatic isletsleadingto insulin deficiency
one diabetes mellitus is characterized by loss of the insulin - producing beta cells on the pancreatic isletsleadingto insulin deficiency
Type one diabetes is characterised by lack of the insulin - producing beta cells from the pancreatic isletsleadingto insulin deficiency
Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
Diabetes mellitus type 1 Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
1 Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
diabetes is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
type 1 diabetesleadingto endogenous insulin deficiency
Type I ( insulin - dependent ) diabetes mellitus is caused by an autoimmune destruction of the insulin producing beta cellsresultingin insulin deficiency
Type 1 diabetes mellitus is characterized by lack of the insulin - producing beta cells from the pancreatic isletsleadingto insulin deficiency
2 ] Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
Type 1 Type 1 diabetes is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
Type 1 Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
this Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the pancreatic isletsleadingto insulin deficiency
Type 1 diabetes is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
Diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
Type 1 diabetes , also known as insulin - dependent diabetes , is due to the destruction of the insulin - producing cells of the pancreasthus causinginsulin deficiency
Main Type 1 diabetes mellitus is characterized by loss of the insulin - producing beta cells of the islets of Langerhans in the pancreasleadingto insulin deficiency
in Diabetescan resultin Diabetes
in hyperglycemia , ketosis , and metabolic acidosisresultsin hyperglycemia , ketosis , and metabolic acidosis
to excess production of ketoacids by the liverleadsto excess production of ketoacids by the liver
to starvation of the cellsleadsto starvation of the cells
to hyperglycemialeadsto hyperglycemia
to lipolysisleadsto lipolysis
from insufficient pancreatic insulin release , excess hepatic glucose output , and insulin resistance ( which results in decreased glucose uptake in the liver and peripheral tissuesresultingfrom insufficient pancreatic insulin release , excess hepatic glucose output , and insulin resistance ( which results in decreased glucose uptake in the liver and peripheral tissues
DKA(passive) is caused byDKA
diabetes as does the body?s resistance to insulincausesdiabetes as does the body?s resistance to insulin
in hypoglycemicaresultingin hypoglycemica
reduced insulin - mediated glucose uptake from muscle , exaggerated glucose production from the liver , andcausesreduced insulin - mediated glucose uptake from muscle , exaggerated glucose production from the liver , and
to ( a ) increased hepatic glucose insulin resistanceleadsto ( a ) increased hepatic glucose insulin resistance
to an increased release of glucose by the liverleadsto an increased release of glucose by the liver
abnormalities in insulin signaling , ... , as in type 1 diabetes , or insulin resistance , as in type 2 diabetes(passive) caused byabnormalities in insulin signaling , ... , as in type 1 diabetes , or insulin resistance , as in type 2 diabetes
reduced insulin - mediated glucose uptake from musclecausesreduced insulin - mediated glucose uptake from muscle
Type 1 diabetes ( insulin - dependent diabetes(passive) is caused byType 1 diabetes ( insulin - dependent diabetes
alsomight ... contributealso
to decreased glucose uptake and hyperglycemialeadsto decreased glucose uptake and hyperglycemia
to chronic hyperglycaemia ( i.e. elevated levels of plasma glucose ) causing disturbances in carbohydrate , fat and protein metabolisminvariably leadsto chronic hyperglycaemia ( i.e. elevated levels of plasma glucose ) causing disturbances in carbohydrate , fat and protein metabolism
reduced insulin - mediated glucose uptake from muscle , which later is followed by fasting hyperglycemiacausesreduced insulin - mediated glucose uptake from muscle , which later is followed by fasting hyperglycemia
insulin excess or hyperglycemia(passive) caused byinsulin excess or hyperglycemia
to starvation of the cells on the one hand and to the ... Authorleadsto starvation of the cells on the one hand and to the ... Author
High blood glucose and Ketoacidosis symptoms(passive) are caused byHigh blood glucose and Ketoacidosis symptoms
Diabetes mellitus metabolic disease(passive) caused byDiabetes mellitus metabolic disease
to an increase in plasma glucose &did ... leadto an increase in plasma glucose &
from increased IR results in progressive glucose homeostasis dysfunctionresultingfrom increased IR results in progressive glucose homeostasis dysfunction
in diabetes , a potentially fatal diseaseresultsin diabetes , a potentially fatal disease
abnormal buildup of glucose in the blood and the body`s inabilitycausesabnormal buildup of glucose in the blood and the body`s inability
the body to metabolize triglycerides and muscle instead of glucose for energycausesthe body to metabolize triglycerides and muscle instead of glucose for energy
a high blood glucose concentration ... , often combined with insulin resistance(passive) caused bya high blood glucose concentration ... , often combined with insulin resistance
to decreased glucose useleadsto decreased glucose use
This type of diabetes(passive) is caused byThis type of diabetes
in reduced consumption of Treatment For Diabetesmay resultin reduced consumption of Treatment For Diabetes
to the diabetes mellitus and diabetesleadsto the diabetes mellitus and diabetes
to hyperglycemia or insulincan leadto hyperglycemia or insulin
in the metabolism of fatresultsin the metabolism of fat
to a reduction in protein and Fats synthesis , an increase in protein digestioncontributesto a reduction in protein and Fats synthesis , an increase in protein digestion
to the disturbance in carbohydrate , fat and protein metabolism 3leadsto the disturbance in carbohydrate , fat and protein metabolism 3
in reduced consumption of glucose into the body cells causing a state of hyperglycemia { high blood glucose levels}.may resultin reduced consumption of glucose into the body cells causing a state of hyperglycemia { high blood glucose levels}.
in reduced consumption of glucose into the body cells causing a state of hyperglycemia { high blood glucose levelsmay resultin reduced consumption of glucose into the body cells causing a state of hyperglycemia { high blood glucose levels