You’re Welcome to join me! Part 1 of this post is here: https://breastcancerreaper.blogspot.com/2023/02/guys-gotta-talk-aboutdiabetes-6-part-1.html
So WHY exactly is my blood sugar important?
That’s like asking, “Why do I have to put unleaded gasoline in my car?”
Duh! So WHAT if I put Leaded gasoline in my car, isn’t all gas the same? It’s NOT the same! Here’s a micro-history of why: “In search of cheaper compounds, a gasoline scientist discovered that adding tetraethyl lead (TEL) to gasoline would also increase the octane rating (which determines how violent the explosion of the gasoline is – the more explosive it is, the more power it creates.
NASCAR racecars use “Sunoco Green E15, a 98 octane, unleaded fuel blend specifically engineered for high-performance engines and race cars.” The best you can get at the pump is 91 octane.
Anyway, “At the time adding TEL seemed like the perfect solution because it was cheap and you only needed a very small amount to boost the octane power. However, it immediately released lead into the air as invisible smoke. The inventor nearly died of lead poisoning during his research, which caused significant migraines. During production, it immediately caused worker deaths in production plants.”
The sugar in our blood is what powers our bodies. EVERYTHING we do uses GLUCOSE. It is NOT the same a SUCROSE, which is like the sugar in a cube or that some people spoon into their coffee…
By the way: USING SUCROSE (also known as table sugar) DOES NOT CAUSE DIABETES. Eating Twinkies (which are, admittedly DELICIOUS), but that’s because each Twinkie has 33 grams of sugar in it. NO IDEA how much that is? It’s eight sugar cubes. In each one.
So, what happens then? The sugar (cubed or not!) hits your stomach acid, which tears it apart. Sucrose is a sugar that’s made up of two little hexagram boxes that hold onto 12 Carbon atoms, 11 Oxygen atoms, and 22 Hydrogen atoms. It gets torn by your stomach acid into two hexagram boxes. BUT you get two new sugars from the break up!
One is glucose, which you need to run your body. It has 6 Carbon atoms, 6 Oxygen atoms, and 13 Hydrogen atoms. The rest plus a water molecule, make FRUCTOSE (which is also called “fruit sugar”), and that hangs around for bit then the body lets it go.
Your body can do three things with the newly changed glucose: it can use it right away; it can store it in the liver (there it’s called glucogen and can be changed to glucose again really fast). The last thing it does is gets stored…in my flabby belly!
So we have glucose, now what? THIS is where insulin comes in and can work for you to either store your glucose or use the glucose. In someone whose body works the way it’s supposed to, there’s a good level of insulin in the bloodstream. It’s the way our body works – you get glucose IN, and insulin snags it and gets it to where it’s SUPPOSED to be – muscles for either use or short-term storage; the liver for longer-term storage. Insulin lives in the Beta Cells of your pancreas – it’s a sort-of triangle shaped thing that lays on top of your actual stomach (the ORGAN, not like my jiggle pile of flab!)
So, I’m 12 and I eat my Twinkie. Thirty-three grams of sucrose (plus some more complicated CARBOHYDRATES, which are also broken up into various sugars and eventually end up as sucrose and glucose – the body’s very efficient that way! But THAT’S why eating carbs can also affect your blood sugars!) Anyway, the sugar hits the blood, wakes up the Beta Cells, who send out squirts of insulin. Healthy Beta Cells check the level of glucose every few seconds and adjust the squirts to match the amount of glucose in my blood because...insulin travels through the bloodstream, escorting the glucose and telling a the cell’s “doors” to open to let the glucose in. Once inside, the cells change the glucose into energy to use right then or store it to use later.
That was when I was 12…
At almost 66, my Beta Cells are TIRED. Fact is, most people didn’t do anything bad – it’s just a fact of aging that the pancreas is slower to respond than it was when I was standing on the edge of puberty!
But I’m insulin resistant and that changes how glucose is moved around. My body is no longer able to use its own insulin very well. Glucose can’t enter the cells where it's needed, so the amount of glucose in the bloodstream goes UP. The fancy name is hyperglycemia, we know it as, “Dang! My blood sugar is so HIGH! I gotta test it again.”
When blood sugar levels reach 180 or higher, the kidneys try to get rid of the extra sugar through the urine, stressing the kidneys; which leads to disease. When blood sugar levels are close to normal, it means the body is getting the energy it needs to work, play, heal, and stay healthy. If they’re too high? Lethargy. Slow-down of my body’s ability to heal itself when I get injured or even if I have to deal with something like COVID-19. Continued high blood sugars will ruin my chances of recovering my health and staying healthy as I age…
Resource Data: https://www.forbes.com/health/body/best-glucose-meters/; https://www.hcd.com/wp-content/uploads/2021/01/living-well-with-diabetes.jpg; One Touch Verio Test Strip: https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcShHtmHsdoaRg877fv-9VN4tmZwWUqQY9BavQ&usqp=CAU
Image: https://www.hcd.com/wp-content/uploads/2021/01/living-well-with-diabetes.jpg
Duh! So WHAT if I put Leaded gasoline in my car, isn’t all gas the same? It’s NOT the same! Here’s a micro-history of why: “In search of cheaper compounds, a gasoline scientist discovered that adding tetraethyl lead (TEL) to gasoline would also increase the octane rating (which determines how violent the explosion of the gasoline is – the more explosive it is, the more power it creates.
NASCAR racecars use “Sunoco Green E15, a 98 octane, unleaded fuel blend specifically engineered for high-performance engines and race cars.” The best you can get at the pump is 91 octane.
Anyway, “At the time adding TEL seemed like the perfect solution because it was cheap and you only needed a very small amount to boost the octane power. However, it immediately released lead into the air as invisible smoke. The inventor nearly died of lead poisoning during his research, which caused significant migraines. During production, it immediately caused worker deaths in production plants.”
The sugar in our blood is what powers our bodies. EVERYTHING we do uses GLUCOSE. It is NOT the same a SUCROSE, which is like the sugar in a cube or that some people spoon into their coffee…
By the way: USING SUCROSE (also known as table sugar) DOES NOT CAUSE DIABETES. Eating Twinkies (which are, admittedly DELICIOUS), but that’s because each Twinkie has 33 grams of sugar in it. NO IDEA how much that is? It’s eight sugar cubes. In each one.
So, what happens then? The sugar (cubed or not!) hits your stomach acid, which tears it apart. Sucrose is a sugar that’s made up of two little hexagram boxes that hold onto 12 Carbon atoms, 11 Oxygen atoms, and 22 Hydrogen atoms. It gets torn by your stomach acid into two hexagram boxes. BUT you get two new sugars from the break up!
One is glucose, which you need to run your body. It has 6 Carbon atoms, 6 Oxygen atoms, and 13 Hydrogen atoms. The rest plus a water molecule, make FRUCTOSE (which is also called “fruit sugar”), and that hangs around for bit then the body lets it go.
Your body can do three things with the newly changed glucose: it can use it right away; it can store it in the liver (there it’s called glucogen and can be changed to glucose again really fast). The last thing it does is gets stored…in my flabby belly!
So we have glucose, now what? THIS is where insulin comes in and can work for you to either store your glucose or use the glucose. In someone whose body works the way it’s supposed to, there’s a good level of insulin in the bloodstream. It’s the way our body works – you get glucose IN, and insulin snags it and gets it to where it’s SUPPOSED to be – muscles for either use or short-term storage; the liver for longer-term storage. Insulin lives in the Beta Cells of your pancreas – it’s a sort-of triangle shaped thing that lays on top of your actual stomach (the ORGAN, not like my jiggle pile of flab!)
So, I’m 12 and I eat my Twinkie. Thirty-three grams of sucrose (plus some more complicated CARBOHYDRATES, which are also broken up into various sugars and eventually end up as sucrose and glucose – the body’s very efficient that way! But THAT’S why eating carbs can also affect your blood sugars!) Anyway, the sugar hits the blood, wakes up the Beta Cells, who send out squirts of insulin. Healthy Beta Cells check the level of glucose every few seconds and adjust the squirts to match the amount of glucose in my blood because...insulin travels through the bloodstream, escorting the glucose and telling a the cell’s “doors” to open to let the glucose in. Once inside, the cells change the glucose into energy to use right then or store it to use later.
That was when I was 12…
At almost 66, my Beta Cells are TIRED. Fact is, most people didn’t do anything bad – it’s just a fact of aging that the pancreas is slower to respond than it was when I was standing on the edge of puberty!
But I’m insulin resistant and that changes how glucose is moved around. My body is no longer able to use its own insulin very well. Glucose can’t enter the cells where it's needed, so the amount of glucose in the bloodstream goes UP. The fancy name is hyperglycemia, we know it as, “Dang! My blood sugar is so HIGH! I gotta test it again.”
When blood sugar levels reach 180 or higher, the kidneys try to get rid of the extra sugar through the urine, stressing the kidneys; which leads to disease. When blood sugar levels are close to normal, it means the body is getting the energy it needs to work, play, heal, and stay healthy. If they’re too high? Lethargy. Slow-down of my body’s ability to heal itself when I get injured or even if I have to deal with something like COVID-19. Continued high blood sugars will ruin my chances of recovering my health and staying healthy as I age…
Resource Data: https://www.forbes.com/health/body/best-glucose-meters/; https://www.hcd.com/wp-content/uploads/2021/01/living-well-with-diabetes.jpg; One Touch Verio Test Strip: https://encrypted-tbn0.gstatic.com/images?q=tbn:ANd9GcShHtmHsdoaRg877fv-9VN4tmZwWUqQY9BavQ&usqp=CAU
Image: https://www.hcd.com/wp-content/uploads/2021/01/living-well-with-diabetes.jpg
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