I don't think that can be how it works. Normal BG is about 100mg/dL (5.5mmol/L) so 1 gram of glucose in a litre of blood or 5 grams (a teaspoonful) in all 5 Litres of your blood. Even if your BG is 200mg/dL (11mmol/L) or 2 teaspoons in total that is still hardly syrupy.If we add sugar to water and dissolve it, the density of that water will increase. That being the case, the pressure involved in pumping that “syrup” through a tube system would increase. Also in addition to that, an increase in the “syrup” viscosity would also add a further increase. Is that how it works with high blood sugar?
If so the lowering of blood sugar would lower blood pressure. Is that the case?
Many thanks for any thoughts.
I see. Yes, I did read a similar explanation to the one you have given.I don't think that can be how it works. Normal BG is about 100mg/dL (5.5mmol/L) so 1 gram of glucose in a litre of blood or 5 grams (a teaspoonful) in all 5 Litres of your blood. Even if your BG is 200mg/dL (11mmol/L) or 2 teaspoons in total that is still hardly syrupy.
Latest thinking seems to be that the increased glucose is affecting the walls of the blood vessels which are hardening and constricting blood flow, causing the damage to nerves, eyes etc and presumably increasing blood pressure. Reducing BG would help to reduce blood pressure but not as directly as your viscosity idea would suggest.
I really don't know, it probably depends how much damage has been done and for how long.I see. Yes, I did read a similar explanation to the one you have given.
Is that reversible though?
I see. Thanks. Just trying piece all of the bits of the jigsaw together.I really don't know, it probably depends how much damage has been done and for how long.
That’s quite low!Well I don’t know if it’s normalising my blood sugar or losing over six stone, both from low carbing, but my BP before diagnosis, on 2 meds’ was around 145/85. Now it’s around 125/75 on just one med
It’s fine now, considered normalThat’s quite low!
I have to not stand up from sitting too quickly these days too!There was a report on BP on Reporting Scotland last week and the Top Scientist fella freely admitted he didn't have any idea what really affected BP....
You can lose a lot of weight and still have high BP it seems.
Not an issue with me at the moment, I seem to be bumping along at the low end, which is not great for the dizzy spells...
Hasn’t Scotland traditionally had a history of high blood pressure? Deep fried mars bars and all that?There was a report on BP on Reporting Scotland last week and the Top Scientist fella freely admitted he didn't have any idea what really affected BP....
You can lose a lot of weight and still have high BP it seems.
Not an issue with me at the moment, I seem to be bumping along at the low end, which is not great for the dizzy spells...
Indeed... but even when I was a sugarbabe I never tried the aforementioned tasty treat....Hasn’t Scotland traditionally had a history of high blood pressure? Deep fried mars bars and all that?
If we add sugar to water and dissolve it, the density of that water will increase. That being the case, the pressure involved in pumping that “syrup” through a tube system would increase. Also in addition to that, an increase in the “syrup” viscosity would also add a further increase. Is that how it works with high blood sugar?
If so the lowering of blood sugar would lower blood pressure. Is that the case?
Many thanks for any thoughts.
Just googled it. Sounds good.Metabolic syndrome tends to be elevated blood sugars, rraised blood pressure and elevated lipid levels. Many people, including myself, find all three improve, if not always sort themselves out by managing our blood sugars. That was certainly the case for me.
Metabolic syndrome is worth a consultation with Dr Google.
@Mr_Pot 200milligrams per deciliter is the same as 0.002 grams per cubic centimeter? Have I got that right?I don't think that can be how it works. Normal BG is about 100mg/dL (5.5mmol/L) so 1 gram of glucose in a litre of blood or 5 grams (a teaspoonful) in all 5 Litres of your blood. Even if your BG is 200mg/dL (11mmol/L) or 2 teaspoons in total that is still hardly syrupy.
Latest thinking seems to be that the increased glucose is affecting the walls of the blood vessels which are hardening and constricting blood flow, causing the damage to nerves, eyes etc and presumably increasing blood pressure. Reducing BG would help to reduce blood pressure but not as directly as your viscosity idea would suggest.
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