Spiker
Well-Known Member
- Messages
- 4,685
- Type of diabetes
- Type 1
- Treatment type
- Pump
You are right @LucySW yes.
I think saying that "over the period of time, low BG causes a reduction in the aggregate gkycation' is the same as what you are saying about 'curbs the expansion'.
Actually, low BG (lower than the equivalent current HBA1C) does kind of cause an immediate reduction in HBa1c if you think about it, since HBa1c is continually changing as old blood cells die. So every time old highly glycated cells die, in a current environment of sufficiently lower active glycation, there is a potential for aggregate glycation and HBA1C both to instantly decrease.
I think saying that "over the period of time, low BG causes a reduction in the aggregate gkycation' is the same as what you are saying about 'curbs the expansion'.
Actually, low BG (lower than the equivalent current HBA1C) does kind of cause an immediate reduction in HBa1c if you think about it, since HBa1c is continually changing as old blood cells die. So every time old highly glycated cells die, in a current environment of sufficiently lower active glycation, there is a potential for aggregate glycation and HBA1C both to instantly decrease.