type two paul
Well-Known Member
- Messages
- 121
- Location
- Somerset
- Type of diabetes
- Type 2
- Treatment type
- Tablets (oral)
- Dislikes
- Diabetes
I don't expect so. This is about one short article in The Lancet in which they speak of a hypothesis that hasn't even been worked out yet. For one, I expect GP's are way too busy doing their work at the moment to read The Lancet and secondly, there is nothing in that article to suggest suddenly moving thousands of patients to different drug would be a wise course.Has anybody been advised by their Dr to stop taking them?
From that same article:
"Scientists say the research does not prove a link between the medications and severe COVID-19, but that a potential connection should be studied more closely."
So they do not say "the use of ACE inhibitors can increase the symptoms of Coronavirus", they say "There is a possibility the use of ACE inhibitors can increase the symptoms of Coronavirus but there is no indication yet that it does so.".
However, there is a lot of proof on the dangers of high bp.
I don't expect so. This is about one short article in The Lancet in which they speak of a hypothesis that hasn't even been worked out yet. For one, I expect GP's are way too busy doing their work at the moment to read The Lancet and secondly, there is nothing in that article to suggest suddenly moving thousands of patients to different drug would be a wise course.
Here's a link to the article: https://www.thelancet.com/pdfs/journals/lanres/PIIS2213-2600(20)30116-8.pdf
The issue may be because ACE inhibitors can cause a cough and I’m wondering if Covid-19 exacberates it. My husband is on 8 different meds inc Rampril and, whilst we are a little concerned as to what will happen if he does get the virus, we’ve decided to cross that bridge if we come to it.
Not at all what the article is about.The issue may be because ACE inhibitors can cause a cough
I had to stop taking Ramipril due to developing the cough and am now on Candasartan.I've just read the articles, thank you both.
Nothing has alerted me to immediately stop the ARB that I'm taking. BUT, I shall instigate hypervigilance in surveillance. This is logical to question, and then pull the plug on the pills.
@Daphne917 A very good reason for medical personel to be cautious, and I think a fair few will overlook.
The cough is due to inhibition of the breakdown of bradykinins, if you weren't aware. Now, the cough produced is very distinct indeed. I can, from experience, pick people out say, when I'm out shopping. I wish I had another ability!
Apologies I seem to have gone down the incorrect rabbit hole here. I don’t normally comment on articles etc and probably won’t bother in the future.Not at all what the article is about.
Please keep commenting on anything, there's nothing wrong with your comment! Looking back on what I wrote, it sounds rather unfriendly. Not at all the way I meant it, I just meant to inform people reading this thread that no scientist has mentioned the connection you made.Apologies I seem to have gone down the incorrect rabbit hole here. I don’t normally comment on articles etc and probably won’t bother in the future.
Im type 1...was on lisinopril for last 17 years then tried others but back on the lisinopril..i was thinking of possibly reducing my dose in the light of thisHi,
I don't think it's the cough as such. That's a side affect anyway.
According to the article:coronavirus sticks to cells and attacks them by latching onto something called angiotensin-converting enzyme 2 (ACE2). Some people with high blood pressure or type 1 or type 2 diabetes have to take drugs which increase the amount of ACE2 that they have on their cells, in order to control their illness.
So, I think the fact the medication increases the ACE2 means the virus has more to attach to.
Lot's of COULDs in the article though, so I'm sticking to my meds.
Hi,
I don't think it's the cough as such. That's a side affect anyway.
According to the article:coronavirus sticks to cells and attacks them by latching onto something called angiotensin-converting enzyme 2 (ACE2). Some people with high blood pressure or type 1 or type 2 diabetes have to take drugs which increase the amount of ACE2 that they have on their cells, in order to control their illness.
So, I think the fact the medication increases the ACE2 means the virus has more to attach to.
The mechanism you describe is certainly associated with other variants of the virus in the same corona class e/g/ MERS and SARS, but although this may also be applicable to COVID-19 it is not established as being the same pathway. Certainly the use of hypertension medication is something that is common to all the 'at risk groups' so far labelled by the NHS. Cardiovascular Diabetes and Old Age all seem to suffer a need for lowered BP levels. My heart team have just doubled my ramipril dose to the max dose and I am about to do a trawl throgh the dossette boxes to turf the little pills out into the round receptacle by my chair.That’s correct. Apparently the way the virus reproduces itself is by latching onto ACE-2 receptors, wherever it finds them. That is the entry point - how we get it. ACE-2 receptors are produced by the epithelium, the surface of the walls of blood vessels, in the lungs (mainly), but also the intestine, kidneys, and heart muscle.
(As I understand it. Someone correct me if I’m wrong.)
So because some hypertension treatment significantly raises levels of these (in effect) gateway receptors, people taking hypertension medicines really need to try to protect themselves.
Those of us on heart meds need to be aware that many heart meds are contraindicated with Ibuprofen and NSAIDS in general, so check the reputable websites like Drugs.com or Medscape or even the BNFOff topic a bit I know but it seems the reports about ibuprofen were wrong although NHS are still recommending we take paracetamol rather than ibuprofen.
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