T
Tere
Guest
[email protected] wrote:
>> Tere wrote:
>>
>>
>> "I know in the production of insulin (I have diabetes), there is a
>> precursor called pre-insulin (creative name, eh?) It is an insulin
>> molecule with a peptide attached. The final step is to break off the
>> peptide. So for evey insulin molecule produced, there is a C-peptide
>> produced as well. Testing for C-peptide is a way to tell if one is
>> still producing insulin and how much. That is useful for deteriming
>> how far along it is. Some Type 1's can produce insulin for as long as a
>>
>> year after the initial onset of the disease. Some Type 2's can have
>> insulin resistance and be over-producing insulin (and C-peptide). "
>
> As a diabetic I am sure you are well aware of the significant effect
> alcohol can have on hormones (insulin). T and E being hormones can
> have their balances effected by alcohol also. Not surprisingly that
> has been found to be the case, particularly E. See:
> http://dirtragmag.com/forums/showpost.php?p=112477&postcount=13
Yes. Alcohol basically "occupies" the liver's full capacity, keeping it
from doing any other functions. One thing the liver does is release
stored glucose (glycogen) in response to glucogon secretion caused by
low blood glucose levels. In people with diabetes, that means blood
glucose levels can drop dnagerously low iwithout the counter-regulatory
action of the glucogon.
>> Tere wrote:
>>
>>
>> "I know in the production of insulin (I have diabetes), there is a
>> precursor called pre-insulin (creative name, eh?) It is an insulin
>> molecule with a peptide attached. The final step is to break off the
>> peptide. So for evey insulin molecule produced, there is a C-peptide
>> produced as well. Testing for C-peptide is a way to tell if one is
>> still producing insulin and how much. That is useful for deteriming
>> how far along it is. Some Type 1's can produce insulin for as long as a
>>
>> year after the initial onset of the disease. Some Type 2's can have
>> insulin resistance and be over-producing insulin (and C-peptide). "
>
> As a diabetic I am sure you are well aware of the significant effect
> alcohol can have on hormones (insulin). T and E being hormones can
> have their balances effected by alcohol also. Not surprisingly that
> has been found to be the case, particularly E. See:
> http://dirtragmag.com/forums/showpost.php?p=112477&postcount=13
Yes. Alcohol basically "occupies" the liver's full capacity, keeping it
from doing any other functions. One thing the liver does is release
stored glucose (glycogen) in response to glucogon secretion caused by
low blood glucose levels. In people with diabetes, that means blood
glucose levels can drop dnagerously low iwithout the counter-regulatory
action of the glucogon.