Diabetes mellitus
Diabetes type two is the most common form of ___a ____. Although it can occur at any age it is more common in people who are overweight, sedentary and over middle age.
___b____ is the main source of energy for body cells. When ____c___ levels rise, as is normal after a meal, the pancreas gland located behind the stomach secretes the ______d_________.
Insuline enters and circulates in the blood and acts in the insuline receptors present in _____e___, ____f____ and other tissues of the body. Binding of insuline to these receptors causes the glucose transporters to come to the cell surface. This facilitates the entry of glucose into these cells.
In diabetes type 2 the production of insuline is ____g__ and sometimes there may be resistant to insuline. The circulating insuline fails to facilitate the ______h________ into the cells and to keep the blood glucose level at optimum levels. This results in the rise of blood glucose levels.
The excess in blood glucose reacts with proteins in tissues to form what are known as Advanced Glucation End products or AGEs. AGEs create an inflammatory condition in the vasculator which causes ______i____ and damage to other organs such as the __j____ Diabetes can eventually cause damage to the heart, arteries, kidneys, nerves, eyes and skin.
Diabetes mellitus
ResponderEliminarDiabetes type two is the most common form of a.- DIABETES. Although it can occur at any age it is more common in people who are overweight, sedentary and over middle age.
b.-GLUCOSE is the main source of energy for body cells. When c.-BLOOD SUGAR levels rise, as is normal after a meal, the pancreas gland located behind the stomach secretes the d.-HORMONE INSULIN.
Insuline enters and circulates in the blood and acts in the insuline receptors present in e.-MUSCLES, f.-FAT CELLS and other tissues of the body. Binding of insuline to these receptors causes the glucose transporters to come to the cell surface. This facilitates the entry of glucose into these cells.
In diabetes type 2 the production of insuline is g.-LOW and sometimes there may be resistant to insuline. The circulating insuline fails to facilitate the h.-ABSORPTION OF GLUCOSE into the cells and to keep the blood glucose level at optimum levels. This results in the rise of blood glucose levels.
The excess in blood glucose reacts with proteins in tissues to form what are known as Advanced Glucation End products or AGEs. AGEs create an inflammatory condition in the vasculator which causes i.-HEART DISEASE and damage to other organs such as the j.-KIDNEYS Diabetes can eventually cause damage to the heart, arteries, kidneys, nerves, eyes and skin.
HÉCTOR PRADO PRADO 3ºB.
ResponderEliminara) diabetes
ResponderEliminarb) glucose
c) blood sugar
d) hormone insulin
e) muscles
f) fat cells
g) low
h) absortion
i) artrosis
j) kidneys
Uxía 3ºA
i) *heart disease
EliminarDiabetes mellitus
ResponderEliminarDiabetes type two is the most common form of a.-diabetes. Although it can occur at any age it is more common in people who are overweight, sedentary and over middle age.
b.-Glucose is the main source of energy for body cells. When c.-blood sugar levels rise, as is normal after a meal, the pancreas gland located behind the stomach secretes the d.-hormone insuline.
Insuline enters and circulates in the blood and acts in the insuline receptors present in e.- muscles, f.-fat cells and other tissues of the body. Binding of insuline to these receptors causes the glucose transporters to come to the cell surface. This facilitates the entry of glucose into these cells.
In diabetes type 2 the production of insuline is g.-low and sometimes there may be resistant to insuline. The circulating insuline fails to facilitate the h.-absorption into the cells and to keep the blood glucose level at optimum levels. This results in the rise of blood glucose levels.
The excess in blood glucose reacts with proteins in tissues to form what are known as Advanced Glucation End products or AGEs. AGEs create an inflammatory condition in the vasculator which causes i.-heart disease and damage to other organs such as the j.- kidneys. Diabetes can eventually cause damage to the heart, arteries, kidneys, nerves, eyes and skin.
Inés Cameselle Quintas, 3ºA.
a. diabetes
ResponderEliminarb. glucose
c. blood sugar
d. hormone insuline
e. muscles
f. fat cells
g. low
h. absortion of glucose
i. heart disease
j. kidneys
DIABETES MELLITUS:
ResponderEliminar1.-Diabetes
2.-Glucose
3.-blood sugar
4.-hormone insulin
5.-muscles
6.-fat cells
7.-low
8.-absorption of glucose
9.-heart disease
10.-kidneys
Eloy J. González 3-A
1) diabetes
ResponderEliminar2) glucose
3) blood sugar
4) hormone insuline
5) muscles
6) fat cells
7) low
8) absortion of glucose
9)heart disease
10) kidneys
Judith Rois Martínez 3ºB
a)Diabetes
ResponderEliminarb)Glucose
c)Blood sugar
d)Hormone insulin
e)Muscles
f)Fat cells
g)Low
h)Absortion of glucose
i)Heart disease
j)Kidneys
Óscar González Pérez 3ºA
1)Diabetes
ResponderEliminar2)Glucose
3)blood sugar
4)hormone insulin
5)muscles
6)fat cells
7)low
8)absorption of glucose
9)heart disease
10)kidneys
Eva Crispín 3ºB
1. Diabetes
ResponderEliminar2. Glucose
3. Blood sugar
4. Hormone insulin
5. Muscles
6. Fat cells
7. Low
8. Absorption of glucose
9. Heart disease
10. Kidneys
José Antonio Comesaña Pintos 3ºA