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Originally Posted by Lizzie G LOL - my uni degree was in chemistry...but it was so long ago now (graduated 99) and havent done it since - its kind of shameful how little i remember. | Well, then... I graduated fall of 1996. Sounds like I actually have _more_ of an excuse than you. I'm off the hook! Woohoo! Quote:
Originally Posted by Lizzie G one thing you just said that makes me think it could be something different than just providing an acidic environment - you said very small quantities have a pronounced effect - this could indicate that something else present is involved as a catalyst (im fairly convinced that my memory serves correctly that minute concentration of catalytic substances do the job). | Good point. Perhaps there's some enzyme that catabolizes complex CHO in acidic environment. (For those not following the thread closely: That's wild speculation.) Quote:
Originally Posted by Lizzie G i have to say, the diagnosis with diabetes does tempt me to dig out some of my old books! currently i take a kind of 'semi scientific' approach but im sure if i went back through a lot of my old biochem and organic chemistry notes it would help... | Never did anything with biochem. I was more organic[1] and computational modeling.
[1] Someone once said, "An organic chemist's favorite product is tar."
__________________ Eddy DXed 2007/04 = advanced-stage DKA, A1c of 12.9%, and BMI of 21.3 post-DX A1c = 5.4% @ 2008/07; 5.2% @ 2008/04; 5.3% @ 2007/12; 5.3% @ 2007/08 c-peptide = 0.0% @ 2008/07 current BMI = 26.0 (86kg on 182cm); want to get back to 23-24 basal = NPH and Levemir, ~35U daily (I really should start a thread) bolus = 1:15 I:C ratio; varying mix of aspart, human R, human N
not a low-CHO eater... not even close!
last updated 2008/11/03
Last edited by Eddy : 03-30-2008 at 08:35 AM.
Reason: spelling of "catabolizes"
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