Did a full day glucose test

You can be insulin sensitive and have a high hba1c as well due to a chronic high carb or high calorie diet, constant glucose spikes can up the average or having prolonged high fasting glucose level weather that be from liver dumping or stress hormones or what have you
I would think logically if you return to baseline fairly quickly that you are still somewhat insulin sensitive despite the hba1c, like you’ve said your lean and probably just need to ease of the cookies lol and then when you retest you’ll be back to the 4.8 you were before
A1C is an approximation of the total area under the curve, wether as spikes or high basal bg.
Regarding spillover above, that's readily seen as high triglycerides.
 
A1C is an approximation of the total area under the curve, wether as spikes or high basal bg.
Regarding spillover above, that's readily seen as high triglycerides.
Sorry, I am confused, so A1C is the lowest average blood sugar? Or the middle average?

With my triglycerides then I am spilled over a lot, lol
 
Sorry, I am confused, so A1C is the lowest average blood sugar? Or the middle average?

With my triglycerides then I am spilled over a lot, lol

It’s determined by the amount of glucose attached to the hemoglobin in your red blood cells which averages your blood glucose levels over 3 months. Higher blood sugar levels over that time means more glucose attaches to the hemoglobin resulting in a higher A1C which is why having a chronically high carb intake can push the number up but you can still be insulin sensitive. This is my understanding but of course I could be totally wrong
 
It’s determined by the amount of glucose attached to the hemoglobin in your red blood cells which averages your blood glucose levels over 3 months. Higher blood sugar levels over that time means more glucose attaches to the hemoglobin resulting in a higher A1C which is why having a chronically high carb intake can push the number up but you can still be insulin sensitive. This is my understanding but of course I could be totally wrong
I'd be more inclined to think that it's chronically high amounts of specifically high GI carb intake rather than just high carb intake in general.
Both contribute to glycation, but for the exact same glycemic load, the relative average bg level over time is probably going to be lower due to more consistent steady state disposal.

In insulin sensitive people that is.

Once insulin resistance sets in and the base level is higher, then even low gi carbs will contribute to higher glycation.

Total integration, or area under the curve is how I can best picture it.
You're filling a sink with a slow drain.
So for any bucket, the height the sink will fill is based on the rate you're dumping the bucket in.

The gallons in the bucket is the total carbs,
the rate you dump it in is the glycemic index.

Your A1C is going to.be the average height the water gets to in the sink, over months.of dumping buckets into.it.
 
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I'd be more inclined to think that it's chronically high amounts of specifically high GI carb intake rather than just high carb intake in general.
Both contribute to glycation, but for the exact same glycemic load, the relative average bg level over time is probably going to be lower due to more consistent steady state disposal.

In insulin sensitive people that is.

Once insulin resistance sets in and the base level is higher, then even low gi carbs will contribute to higher glycation.

Total integration, or area under the curve is how I can best picture it.
You're filling a sink with a slow drain.
So for any bucket, the height the sink will fill is based on the rate you're dumping the bucket in.

The gallons in the bucket is the total carbs,
the rate you dump it in is the glycemic index.

Your A1C is going to.be the average height the water gets to in the sink, over months.of dumping buckets into.it.
So like when you eat cookies and chocolate that rams up your blood glucose fast and hard instead of slower digesting carbs. And do that for like 6-8 months?

Lol, I wonder if thats my issue, lol.

I am going to keep my carbs lower and fat higher like I used to.

My first thing blood glucose sucked this morning but the other two mornings were decent

5.4 wed
5.2 thurs
5.7 today (ate right before bed last night because I still had really low blood sugar after the coffee)
 
So like when you eat cookies and chocolate that rams up your blood glucose fast and hard instead of slower digesting carbs. And do that for like 6-8 months?

Lol, I wonder if thats my issue, lol.

I am going to keep my carbs lower and fat higher like I used to.

My first thing blood glucose sucked this morning but the other two mornings were decent

5.4 wed
5.2 thurs
5.7 today (ate right before bed last night because I still had really low blood sugar after the coffee)

Yea the glycemic index is literally a ranking how fast carbs in foods raise blood sugar levels
70 plus is like white bread, candy, sports drinks, shit like that I can’t think of a ton of examples lol but you get the jist

Low gi is like sub 55 I think and it’s like you know your oats, SWEET potatoes, beans shit like that

The first category will cause a sharp rise in blood sugar which can be useful in a time of requiring quick energy but then you crash, second category will do a slower raise gradual rise in blood sugar without as much of a curve leading to more stable insulin levels and less of a crash

You have medium level gi carbs like basmati rice and banana and such that fall in between

Logically high gi carbs are best around your workout when your glycogen replenishment is required then the literature will tell you low is better at other times for metabolic health, keeping blood sugar steady and apparently reducing hunger levels
 
Yea the glycemic index is literally a ranking how fast carbs in foods raise blood sugar levels
70 plus is like white bread, candy, sports drinks, shit like that I can’t think of a ton of examples lol but you get the jist

Low gi is like sub 55 I think and it’s like you know your oats, SWEET potatoes, beans shit like that

The first category will cause a sharp rise in blood sugar which can be useful in a time of requiring quick energy but then you crash, second category will do a slower raise gradual rise in blood sugar without as much of a curve leading to more stable insulin levels and less of a crash

You have medium level gi carbs like basmati rice and banana and such that fall in between

Logically high gi carbs are best around your workout when your glycogen replenishment is required then the literature will tell you low is better at other times for metabolic health, keeping blood sugar steady and apparently reducing hunger levels

Good info,
trying to guess personal GI response by food categories is almost impossible. How foods are processed, personal response, eating habits, time of day, time between meals, macro mixes and meal combinations will change the rate.

Some examples,

Steel cut oats GI, 42 to 58
Instant oatmeal GI, 79 to 83

buttering your white bread can drop it from 88 down to 67

Plain baked potato is 95.
Plain white rice is anywhere between 64 to 93 depending on variety.

(For reference ,
pure glucose is 100
pure table sugar is 65)


taking readings post meal are the only sure way to know how particular meals affect you personally.

If you're metabolically healthy with good liver function, glycogen loading should never be a concern.
 
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Honestly I am thinking the high A1C was form my snacking on cookies and such in between meals. I never had any low blood sugar times, by the time the insulin got things back down I was eating again and pushing it back up.

I ate a couple cookies at 10 pm last night, checked my blood glucose after an hour and it was 11.2, like wft. I didn’t realize that the cookies were like eating pure sugar. After a normal meal it doesn’t go above 7.8.
I went to bed, but I should have checked after 2 hours to see where the levels were to see if I am having insulin resistance.

So that is why I am thinking since A1C is like an average reading, that maybe since I was never letting my blood sugar drop by pretty Mitch constantly eating while at home (so from 3pm till 11pm) that the results may be high.

My random blood glucose on this blood work after 3 hours was 4.8.

I am going to go back to my diet that I did 3 ears ago when my A1C was 4.8. In other words no more cookies or muffins. That was the only difference.

Now remember my wife made a batch of cookies every week, so like 36 cookies a week and I was eating them all to myself, plus a few Linder chocolate balls a day (ok like 4-5).

I think that more than the gh was contributing to the issue.

I am going to talk to the online doc tonight and ask for a retest in 3 months, or when they recommend (figured since blood cells last 3 months should wait till after then)

I will run the gh later. No rush to experiment yet. Want to get everything back down by doing a full restart.
I think barbecue foods can raise ha1c as well as other things like stress and medication etc.
 
When you eat enough carbs or fats that it starts being put into fat storage after your muscle cells are filled up. You can pretty much nail down where that is and do great bulls/recomps. It was a game changer for myself.
Yea i think it gets stored in visceral fat, triglycerides and the liver .I.e fatty liver
 
I think barbecue foods can raise ha1c as well as other things like stress and medication etc.
Do you mean stuff with sauces and sugars?
95% of my meat I bbq I use main,y salt, most have no sugars in the dry rubs.

Does cooking meat on a bbq change its glucose?
 
Do you mean stuff with sauces and sugars?
95% of my meat I bbq I use main,y salt, most have no sugars in the dry rubs.

Does cooking meat on a bbq change its glucose?
I dont know much about it just my trt doc had told me bbq food can raise your score. Im not sure how but it might be worth looking into.
 
Good info,
trying to guess personal GI response by food categories is almost impossible. How foods are processed, personal response, eating habits, time of day, time between meals, macro mixes and meal combinations will change the rate.
I don't have the numbers at hand so these are rough just to demo my favorite way to illustrate this - Sweet potatoes.
Raw 45
Boiled 50
Roasted 75
Fried 90
Mashed after cooking - add another10 or 15
Leave skin on - subtract 10 because of the fiber
The meal combining might be minus 25% or plus 5 or 10%, even water can influence the response.

As @Heraclitus implied for practical purposes it's just a handy guide. It also is not the whole story. For example whey protein has a very low GI but gives an insulin response about the same as a couple of slices of shitty white bread. To be very clear, that's not necessarily a bad thing, in fact at some times it's exactly what you might want.
When you eat enough carbs or fats that it starts being put into fat storage after your muscle cells are filled up. You can pretty much nail down where that is and do great bulls/recomps. It was a game changer for myself.
I'd add to that definition that especially pre-contest and mid-contest we use the term spilling over to describe the evil result of water retention from that same excess. At that time it's too late to worry about fat storage but SQ water will fuck up your life by making you look blurry and fat.
 
You can also cook white rice or potatos then cool them before eating that makes a difference
Excellent stuff, I should have put that in my first post. I do this all the time with white rice, it changes the structure and makes it more like fibre, drops the GI by something like 20. It's called "Resistant Starch" google for directions. I add coconut oil which is supposed to drop it even more, adds a few calories though.
I don't technically do it to cut perse, sort of the opposite, I do it to justify filling ma belly with bigger servings. In that respect the lower GI and insulin response is just a bonus.
 
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Yea i think it gets stored in visceral fat, triglycerides and the liver .I.e fatty liver
Doesn't it just turn into fat in general? I thought fatty liver was more from your liver having to work hard to break down stuff like some types of fats or wayyyy too much sugar.
 
Doesn't it just turn into fat in general? I thought fatty liver was more from your liver having to work hard to break down stuff like some types of fats or wayyyy too much sugar.
Your probably right i dont remember exactly.
 
Doesn't it just turn into fat in general? I thought fatty liver was more from your liver having to work hard to break down stuff like some types of fats or wayyyy too much sugar.
bang on, and for FLD - higher GI stuff is more "sugary", and keep in mind fructose is actually a worse offender than glucose though because it is metabolized mostly (all?) in the liver and not in the muscles like glucose is. I had FLD once upon a time when I had become a fat fuck. I was eating a lot of fruit in an attempt to be a healthier fat fuck. I barely eat fruit at all now, I think it was only a few months to clear up my liver once I stopped
 
bang on, and for FLD - higher GI stuff is more "sugary", and keep in mind fructose is actually a worse offender than glucose though because it is metabolized mostly (all?) in the liver and not in the muscles like glucose is. I had FLD once upon a time when I had become a fat fuck. I was eating a lot of fruit in an attempt to be a healthier fat fuck. I barely eat fruit at all now, I think it was only a few months to clear up my liver once I stopped
Good points, and it gets worse.

Table sugar is lower GI than potatoes, because sucrose is 50% fructose.
so people might assume it's "better" because fructose doesn't raise your blood sugar.

However along with your liver having to process it like it does alcohol,
fructose is more reactive than glucose in AGE creation than is glucose, producing more reactive species and protein modifications linked to complications in diabetes and metabolic disorders.
And none of this additional fructose glycation shows up on your HbA1C test.

Another issue that isn't talked about nearly enough imo, is the damage that high GI foods do to your glycocalyx.
I suspect this is a root cause of arterial damage.
 
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