How Does Insulin Work to Protect Your System?
The human body is a very unique design made to live on its own.
It can consistently seep in nutrients for its cells to use in the metabolic activities it has to perform to sustain life.
Energy conversions are done in the innermost parts of our cells, and these procedures are the very reason why we are living.
In those chemical operations, certain compounds are needed for the continuation of these vital metabolic activities.
One of these chemicals is insulin.
You may have encountered this term from diabetic people or those suffering from high glucose levels in their blood streams.
Type 1 diabetes patients have been taking insulin capsules to recover while type 2 diabetics, since they have developed an insulin resistance, need to have insulin injections.
How does insulin work, and why is this chemical very important, especially for diabetics? To fully understand this, think of your cells as a locked room needing electricity and energy inside.
Of course, without unlocking this room, the energy cannot enter the space.
The same is true for your body.
Your cells cannot completely use the glucose, or simple sugar, into an energy source without the insulin to activate your cells.
In that case, no matter how much glucose is in your blood, the energy won't be used.
This stack up of sugar in your blood will result into a series of disorders in your organ systems.
Your kidney would have to work harder to filter your blood, thus causing liver failures in the future.
Whatever the case, excess glucose in your blood is unhealthy, especially if your insulin level is decreasing.
In that note, a diabetic person should know what kind of foods to eat with type 2 diabetes, or the more serious type 1 diabetes.
Certain foods and fruits are rich in sugar compounds, like fructose in fruits and lactose in milk.
If the glucose in the blood is already abundant, adding some more would definitely trigger other side effects, which is more probable if the insulin level is still plummeting.
Even if you are injecting insulin taking in capsules, its effects won't solve your problems if the flow of sugar into your blood won't cease.
The reasons stated above further increase the importance of insulin to you.
Without it, you can never have the energy to maintain your internal processes, like digestion and the circulation of you blood.
Also, insulin combines with your glucose to further simplify its components, increasing the probability of the stored energy to seep in and be used by your cells.
Without that energy, your body would have to rely on other sources, like your fats.
However, fatty acids are much more complex to dissolve.
Likewise, its remains could still be unused and may result into the accumulation of its substance into your blood vessels.
Imagine that: two major heavy substances are thickening the viscosity of your blood: fats and sugar! However, if the question how does insulin work still intrigues you, you may consult your doctor for more detailed replies.
Besides, knowing the processes behind diabetes will help you further understand this disorder.
It can consistently seep in nutrients for its cells to use in the metabolic activities it has to perform to sustain life.
Energy conversions are done in the innermost parts of our cells, and these procedures are the very reason why we are living.
In those chemical operations, certain compounds are needed for the continuation of these vital metabolic activities.
One of these chemicals is insulin.
You may have encountered this term from diabetic people or those suffering from high glucose levels in their blood streams.
Type 1 diabetes patients have been taking insulin capsules to recover while type 2 diabetics, since they have developed an insulin resistance, need to have insulin injections.
How does insulin work, and why is this chemical very important, especially for diabetics? To fully understand this, think of your cells as a locked room needing electricity and energy inside.
Of course, without unlocking this room, the energy cannot enter the space.
The same is true for your body.
Your cells cannot completely use the glucose, or simple sugar, into an energy source without the insulin to activate your cells.
In that case, no matter how much glucose is in your blood, the energy won't be used.
This stack up of sugar in your blood will result into a series of disorders in your organ systems.
Your kidney would have to work harder to filter your blood, thus causing liver failures in the future.
Whatever the case, excess glucose in your blood is unhealthy, especially if your insulin level is decreasing.
In that note, a diabetic person should know what kind of foods to eat with type 2 diabetes, or the more serious type 1 diabetes.
Certain foods and fruits are rich in sugar compounds, like fructose in fruits and lactose in milk.
If the glucose in the blood is already abundant, adding some more would definitely trigger other side effects, which is more probable if the insulin level is still plummeting.
Even if you are injecting insulin taking in capsules, its effects won't solve your problems if the flow of sugar into your blood won't cease.
The reasons stated above further increase the importance of insulin to you.
Without it, you can never have the energy to maintain your internal processes, like digestion and the circulation of you blood.
Also, insulin combines with your glucose to further simplify its components, increasing the probability of the stored energy to seep in and be used by your cells.
Without that energy, your body would have to rely on other sources, like your fats.
However, fatty acids are much more complex to dissolve.
Likewise, its remains could still be unused and may result into the accumulation of its substance into your blood vessels.
Imagine that: two major heavy substances are thickening the viscosity of your blood: fats and sugar! However, if the question how does insulin work still intrigues you, you may consult your doctor for more detailed replies.
Besides, knowing the processes behind diabetes will help you further understand this disorder.
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