Alexandra100
Well-Known Member
Now you know! One less food to test.I have just done a potato test, had some mince stew in the freezer and topped it with mashed potato and swede. Pre dinner 5.6, 2 hours later 11.9 eek
Now you know! One less food to test.I have just done a potato test, had some mince stew in the freezer and topped it with mashed potato and swede. Pre dinner 5.6, 2 hours later 11.9 eek
I'm curious as to what you expected it to be, after eating mashed potato.
There's no need for me to write a book - it's already been written! My inspiration for all my years as a Type 2 diabetic keeping non-diabetic blood sugars has been Dr. Richard K. Bernstein and his book "Dr. Bernstein's Diabetes Solution." Dr. Bernstein has been a type 1 diabetic since the age of 12. He is now 84 and is still practicing medicine as an endocrinologist. He is a truly amazing man and his book tells us all we need to know about managing diabetes successfully with a low-carbohydrate diet. When I first read it, I thought "I can't possibly do that" but I decided to give it a try and here I am 17 years later with my A1Cs better than those of many non-diabetics. It was only difficult for the first ten days or so and then I lost my cravings for carbs. Most people think eating low-carb means depriving oneself of delicious foods, but it truly isn't. There are many wonderful sources of incredibly good low-carb recipes online, and I find I actually prefer some of them to the higher carb dishes recipes that I used to use - for example, yesterday I made a cheesecake using almond flour for the base instead of the usual graham cracker crust - it's much tastier! Please do yourself a favour and read Dr. Bernstein's book - it's available at many libraries and can be purchased through Amazon.
If you think I'm obsessed, you're probably right, but I am absolutely convinced that this book has given me the means to live a longer life with none of the usual long-term complications of being diabetic - Type 1 or Type 2.
You've been lucky then. If I have even one forkful of potato of any kind, my blood sugar soars. Iwould love to have a bit of potato salad, but it isn't to be.Just hopeful I guess, I have been eating potatoes without effect but in the form of two or three boiled chopped into my lunch time salad. This was a fair bit of mash though.
The standard international measure of blood glucose levels is millimoles per liter (mmol/l) but for some reason the US is different; it uses mg/dl (and I can't remember what that stands for). But it's very simple to convert - just multiply or divide by 18. So if an American says their BG reading was 126, for example, divide that by 18 and you know that in "our" numbers he means 7. Multiply by 18 if you want to convert from American to international numbers. I can just about do it in my sleep now, particularly since my late American husband still used his American glucometer after he moved to Canada to marry me! (We met on Dr. Bernstein's website!)Karen, I read a few reviews and it seemed that most people were in the US or if in the UK found it a little more difficult to adapt the figures to UK levels. Also can it show us anymore than this site which advocates the low carb diet.
Karen, I read a few reviews and it seemed that most people were in the US or if in the UK found it a little more difficult to adapt the figures to UK levels. Also can it show us anymore than this site which advocates the low carb diet.
Yes, he does. They are listed on YouTube under "Dr. Bernstein's Diabetes University." He deals with one aspect of diabetes in each video. They're well worth watching in my opinion.Dr. Bernstein has quite a few videos on YouTube.
The standard international measure of blood glucose levels is millimoles per liter (mmol/l) but for some reason the US is different; it uses mg/dl (and I can't remember what that stands for). But it's very simple to convert - just multiply or divide by 18. So if an American says their BG reading was 126, for example, divide that by 18 and you know that in "our" numbers he means 7. Multiply by 18 if you want to convert from American to international numbers. I can just about do it in my sleep now, particularly since my late American husband still used his American glucometer after he moved to Canada to marry me! (We met on Dr. Bernstein's website!)
I don't think I understand the second part of your question. A large part of Dr. Bernstein's book is available free on the Internet. I don't remember how to find it, but I'll find the link for you when I have time - probably tomorrow - and let you know. Is that the kind of thing you're looking for?
The standard international measure of blood glucose levels is millimoles per liter (mmol/l) but for some reason the US is different; it uses mg/dl (and I can't remember what that stands for). But it's very simple to convert - just multiply or divide by 18. So if an American says their BG reading was 126, for example, divide that by 18 and you know that in "our" numbers he means 7. Multiply by 18 if you want to convert from American to international numbers. I can just about do it in my sleep now, particularly since my late American husband still used his American glucometer after he moved to Canada to marry me! (We met on Dr. Bernstein's website!)
I don't think I understand the second part of your question. A large part of Dr. Bernstein's book is available free on the Internet. I don't remember how to find it, but I'll find the link for you when I have time - probably tomorrow - and let you know. Is that the kind of thing you're looking for?
Thanks for the explanation, Crocodile, and for reminding me of what mg/dl stands for! I had no idea of how the conversion factor of 18 came to be - I just knew it worked!It's rather interesting that the US uses mg/dl since they are metric units while almost everything else in the US is in imperial units like lbs, miles, Farenheit, oz, feet etc. As you are wondering mg is milligrams and dl is deciliters. The UK and most others use molar mass rather than weight. Glucose has a molar mass of 180g being made up from its atomic components. Glucose = C6H12O6 so we just add the individual molar masses together. Carbon = 12g per mol, Hydrogen = 1g per mol and Oxygen = 16g per mol so 6 x 12 + 12 x 1 + 6 x 16 = 180. The US is in deciliters rather than litres so we divide by 10 and get the magical number of 18. 1 mol is Avagadro's number. Chemists prefer to work with moles as it is a bit more intuitive about the actual particle numbers and accounts for isotopes of the same elements.
History can be so fascinating.
You've brought up something that I am very resentful of about the US. Years ago, they announced that they were planning to switch to the metric system. The Canadian government then announced that Canada had no choice but to change to the metric system too as the U.S. is our major trading partner. So Canada went ahead and made the change and then the U.S. changed its mind and never did make the change. I was a young woman who had been brought up with the imperial system, and did not have a very scientific kind of a mind, and I had a terrible time learning to deal with some aspects of the metric system - to this day, if I shop for two pounds of meat, I don't have any idea of the weight in kg. and have to ask the butcher! Temperatures, sizes, and distances I've begrudgingly learned to deal with! I know you're absolutely right in saying that the metric sense makes a lot more sense, but allow me my old lady biases. I'm coming around, slowly but surely!@Karen Dwyer
Guess I have my uses. I still don't know why the US still uses imperial measurements. It makes engineering calculations difficult. We quote our dam sizes in Gigalitres, the US in Acres feet. how unwieldy is that.
Girl at work is diabetic, diagnosed a year or so ago, she still eats loads of carbs and hasn't lost any weight (despite watching her sugars, just her sugars!) has increased walking and swims once a week. She is on Metformin and some other medication and her three/six monthly blood test comes back with her sugars ok allegedly.
So my question is, if she is taking medication that 'artificially' brings her blood sugars down, then how if I have to take them, do I monitor my sugars because surely the blood glucose monitor will show me as having lower blood sugar. Or is it a case that the metformin and other drugs bring your blood sugar down but you can still monitor to see which causes a rise and therefore cut those foods out of the diet.
Hope that makes sense.
Girl at work is diabetic, diagnosed a year or so ago, she still eats loads of carbs and hasn't lost any weight (despite watching her sugars, just her sugars!) has increased walking and swims once a week. She is on Metformin and some other medication and her three/six monthly blood test comes back with her sugars ok allegedly.
So my question is, if she is taking medication that 'artificially' brings her blood sugars down, then how if I have to take them, do I monitor my sugars because surely the blood glucose monitor will show me as having lower blood sugar. Or is it a case that the metformin and other drugs bring your blood sugar down but you can still monitor to see which causes a rise and therefore cut those foods out of the diet.
Hope that makes sense.
Karen, what is that saying, the grass is always greener in your neighbors yard? You have so many variable going on with your questions, your friend may doing great according to her frame of reference, her body may handle glucose more efficiently, and maybe her exercise regime is burning off her glucose. I know this elderly couple in which the husband is diabetic with severe foot nephropathy. The couple was complaining one day about the pain and that he had to give up driving his auto due to the loss of feeling in his feet. The elderly wife went on to say, I cook him all of the meals at home, I watch what he eats. I asked her what a typical meal for them and she started talking about this homemade pasta dish and the salad he ate with the meal. You will find that some people will take the journey serious and dig in as you do to find the best control measures. Some will just go with the flow and expect the medicine to cure them. Your friend's point of reference may be a little off and you will not know until you start asking her questions.