Q. how do high density lipoprotein leads to diabetes?
what are the scientific theory behind it?
what are the scientific theory behind it?
A. high density lipoproteins DO NOT lead to diabetes! HDL is the "good" cholesterol --- your question is totally wrong!
Type 2 is not "caused" by being overweight! Many factors are involved in the development of type 2 DM, including genetics, lifestyle, and medications. the idea that being overweight causes type 2 DM is an unfortunate piece of information, Obesity is a risk factor but is NOT the cause!
Type 2 is not "caused" by being overweight! Many factors are involved in the development of type 2 DM, including genetics, lifestyle, and medications. the idea that being overweight causes type 2 DM is an unfortunate piece of information, Obesity is a risk factor but is NOT the cause!
Of the following cell types, the greatest concentration of high-density lipoprotein (HDLs) would be associated?
Q. Of the following cell types, the greatest concentration of high-density lipoprotein (HDLs) would be associated with ________ cells
A) skin
B) muscle
C) connective tissue
D) blood
E) liver
A) skin
B) muscle
C) connective tissue
D) blood
E) liver
A. Though these proteins that transport cholesterol are in the blood...
the liver is the one that makes this cholesterol, if it isn't obtained
from the foods we eat.
The LDL, which is considered the bad cholesterol...is the lipo
protein that transport cholesterol out from the liver to the cells
and is known to clog the arteries.
The HDL is the lipo protein that transports
cholesterol back to the liver...so since it is the HDL....
then I believe the answer would be the liver (E).
This seems kind of tricky...considering the cholesterol
is transported in the blood...so it might also be D) Blood
since blood tests are taken to determine how much
HDL and LDL are present.
Hope this has been of some help. Best wishes
the liver is the one that makes this cholesterol, if it isn't obtained
from the foods we eat.
The LDL, which is considered the bad cholesterol...is the lipo
protein that transport cholesterol out from the liver to the cells
and is known to clog the arteries.
The HDL is the lipo protein that transports
cholesterol back to the liver...so since it is the HDL....
then I believe the answer would be the liver (E).
This seems kind of tricky...considering the cholesterol
is transported in the blood...so it might also be D) Blood
since blood tests are taken to determine how much
HDL and LDL are present.
Hope this has been of some help. Best wishes
Where is Low density lipoprotein (LDL) & High density lipoprotein (HDL) synthesized?
Q. Could you also let me know
1. HOW and WHERE they are removed from the bloodstream and
2. Dietary and lifestyle factors that may increase or decrease the amount in the blood (please explain).
I have been researching but I didn't find much.
1. HOW and WHERE they are removed from the bloodstream and
2. Dietary and lifestyle factors that may increase or decrease the amount in the blood (please explain).
I have been researching but I didn't find much.
A. Mostly the liver makes LDL and HDL which are fats/cholesterol..
You can stop eating cholesterol for the rest of your life and still have high levels. How can this be? For starters, all of your cells can create cholesterol. This is good because every cell in your body needs it to form protective membranes. Your body actually monitors your cells, and if it senses that a cell doesn't have enough cholesterol, it will produce more. Cholesterol also is an essential building block for naturally produced vitamin D and other good stuff, like estrogen and testosterone. But even though every cell can make its own cholesterol, some cells need extra help with their supply. This is where your liver comes in.
Your body, mainly your liver, produces 75 percent of your cholesterol; your small intestine also aids in both the creation and absorption of cholesterol [source: AHA]. The average diet adds another 300 to 500 mg of cholesterol [source: Schafer]. This external cholesterol comes from animal and dairy products. But even if you eat foods without cholesterol, the carbs, fats and proteins all break down eventually and release carbon, which your liver turns into cholesterol.
You can stop eating cholesterol for the rest of your life and still have high levels. How can this be? For starters, all of your cells can create cholesterol. This is good because every cell in your body needs it to form protective membranes. Your body actually monitors your cells, and if it senses that a cell doesn't have enough cholesterol, it will produce more. Cholesterol also is an essential building block for naturally produced vitamin D and other good stuff, like estrogen and testosterone. But even though every cell can make its own cholesterol, some cells need extra help with their supply. This is where your liver comes in.
Your body, mainly your liver, produces 75 percent of your cholesterol; your small intestine also aids in both the creation and absorption of cholesterol [source: AHA]. The average diet adds another 300 to 500 mg of cholesterol [source: Schafer]. This external cholesterol comes from animal and dairy products. But even if you eat foods without cholesterol, the carbs, fats and proteins all break down eventually and release carbon, which your liver turns into cholesterol.
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