there is still a limited resource for the screening at this point, so that’s a friction to expanding screening
https://www.cancer.org/cancer/types/colon-rectal-cancer/abou..., “the lifetime risk of developing colorectal cancer is about 1 in 24 for men and 1 in 26 for women.”
So, it’s a 4% lifetime risk versus a 0.3% per colonoscopy risk. The outcomes for the two risks also are different, but I would think that for many healthy people (e.g. those under 40 years old), the risk of doing such a check are greater than that of not taking it.
Reading https://en.wikipedia.org/wiki/Colorectal_cancer#Screening, that’s one of the reasons frequent colonoscopies aren’t advised.
Is this a thing? I thought I could walk into my PCP's office and schedule a screening any time, provided I may need to pay more out of pocket or something.
maybe they’d do the stool sample or some silly blood test if you are extremely insistent and can somehow demonstrate a risk factor.
I’ve dealt with a few PCPs and they seem less informed about their own area than a 30 sec google search.
They’re basically L6 tech support…
If there’s a complication they can easily skyrocket into the tens of thousands.
Most people around here can’t soak that.
Went into my PCP at 40 asking for a colonoscopy, he said insurance wouldn’t cover it until I was 50.
…
The hemoccult (FIT or FOBT) tests are <$100 and the cologuard ~$700. Your insurance will likely cover (esp. the hemoccult test) all the more if you tell doctor of your family background. Hemoccult tests were part of my routine annual physical for decades and there are no familial tendencies.
There are some caveats: e.g., avoid bloody foods in the days preceding these test (Chinese pigs' blood cubes, yummm!)
https://pmc.ncbi.nlm.nih.gov/articles/PMC10093633/
https://www.nejm.org/doi/full/10.1056/NEJMoa2208375
Progressive screening using non-invasive assays like Cologuard and FIT is a valuable screening mode. The non-invasive assays are not perfect but they are improving.
He had a heart beat, unconscious, for a few days, before the blood thinners caused the aneurysm, I'm told.
So, is this a heart attack? Is this "less deadly?" No, it's a proximal classification. Maybe their cardiac care center has a metric to hit.
So no, I don't think that's why. If anything, the amount and quality of average care for the average US citizen is lower, if life expectancy and my anecdotal observation are valid indicators.
It's expensive because it's a business designed to make profit every step of the way, and over time has created many steps to feed.
Worth pointing out that heart attacks and cardiac arrest are not the same. A heart attack (myocardial infarction) is insufficient supply of blood to the heart, which causes damage. Cardiac arrest is when the heart stops completely (and is much more serious).
Heart attacks can cause cardiac arrest (especially if not treated), but the most common outcome is not immediate death. With proper treatment maybe 95% of MCI patients will survive. The prognosis for cardiac arrest is much worse - ~90% of patients experiencing a cardiac arrest will not survive, even if temporarily revived.
Not a whole lot more, but if you're going to arrest you want to do it in a hospital with lots of nurses nearby.
Same with the hyperlipidemia. It leads to eventual plaques in the arteries, which leads to heart attacks. But that's a genetic abnormality in the liver. The liver is pulling the trigger, the heart is taking the bullet.
However, the diagnostic and treatment side has improved considerably in that time too. Troponin assays became widely available in the late 1990s/early 2000s, and dual antiplatelet therapy (aspirin + clopidogrel) around 2000s. These are part of the standard toolkit for detecting and treating MIs that simply didn't exist when I was young and are part of the story of making MIs catastrophic events to a more survivable disease.
The article isn't wrong per se, but I do want to point out that it isn't comprehensive when it comes to listing the reasons. There are interesting advances that it left out.
Hearth= area in home where fire is kept, usually for cooking.
Heart= that sometimes unfortunate little knot of pumping muscle under your rib cage.
Now ever increasing numbers of people avoid an abrupt death and live long enough that misery and terrible quality of life extend for decades. Hooray for all of those who emphasize preventing death above all else, whether they are motivated by extracting medical fees during life's long slow twilight, or by more pure considerations.
It is certainly the case that for a great many people the benefits of a CAC test outweigh the risks, but talk to your doctor before you rush out and get one.
I wish it were possible to do a CAC test using MRI (and thus without ionizing radiation) but to the best of my knowledge it's not.
https://www.discovermagazine.com/health/contrary-to-popular-...
So it seems CPR has contributed little to the survivability of heart attacks.
Rochester County, MN, King, Pierce and Thurston Counties in WA regularly battle each other for highest survival rates in the country, from high 30s, often in the 40s, even 49% survival.
-- paramedic in Washington
oncallthrow•6h ago
deadbabe•6h ago
AnimalMuppet•6h ago
I have two stents in my heart. They went in with a catheter through an artery in my wrist. They found the places in my heart where the arteries were 80% to 90% blocked, and placed stents there. They said I was five years from a heart attack.
This was an outpatient procedure. I went home that night.
The worst part of it, for me, was that they put a serious tourniquet on my wrist, because once they took the catheter out, I had an open artery. My wrist felt like I lost a bar fight. It ached for a month.
This is so much better than having a heart attack.
How did they know I needed this? I talked to a cardiologist. He told me that, as you age, your athletic performance drops slowly, over decades. That's normal. What's abnormal is when you suddenly can't do something you were able to do a month ago.
So I paid attention when I realized, hey, a month ago I didn't get this winded playing ultimate frisbee. A month ago I recovered faster when I was winded.
So I told that to my GP. He ordered a cardiac stress test for me. This basically is hooking you up to an EKG, putting you on a treadmill, running the treadmill faster and harder until you drop, and watching what your EKG does. If the shape stays the same except faster, you're good. If the shape changes, that's part of your heart not getting enough blood under load. My shape changed. So they ordered the catheterization for me.
So cath labs are about preventing the heart attack, not keeping you from dying once you have one. Not dying is good. But not having it at all is better. I think that may have been the GP's point.
khuey•4h ago
Cath labs *are* (also) about keeping you from dying once you have one. Inserting a stent into someone with an active MI can restore blood flow and minimize tissue damage.
duskwuff•3h ago
pfannkuchen•6h ago
roryirvine•6h ago
It's much more effective than previous treatments (essentially clot-busting drugs, blood thinners, and bedrest), particularly since Drug-Eluting Stents arrived in the early 2000s.
FireBeyond•5h ago
AEDs are a key factor in ensuring patient survival until we can get them to the cath lab and get them ballooned.
"High quality compressions, early access to defibrillation". For every minute you do not have an effective pulse, your chance of survival goes down about 10%.
Airway management takes a distant back seat. Most meds we give are only mildly, or questionably effective.
But being able to defibrillate a dysrhythmia early is the key to getting the heart working itself - chest compressions are the best we have, but still. It takes us minutes of compressions to get to a suitable arterial pressure for effective perfusion, but ten seconds or less to lose it.
AEDs won't improve volume and arterial flow, but it'll give you a fighting chance of getting to the lab. Compressions alone are not going to do that - they will just preserve tissue.
pipes•5h ago
Eavolution•4h ago
Aspirin: a blood thinner and painkiller
Blood thinners: given to people at risk of a heart attack to thin the blood and reduce the chance of blood flow being obstructed
5555624•4h ago
dreamcompiler•2h ago
Unfortunately PEA and asystole (flatline) do too, and shocking won't fix those -- despite what movies and TV would often have you believe.
FireBeyond•2h ago
Defib is more like rebooting a malfunctioning heart, versus jump starting it.
Paramedics with a manual defibrillator can do other things with other rhythms, but AEDs are limited to those.
5555624•2h ago
Yeah, I found out the hard way, suffering PEA. AEDs are great; but, people should still learn CPR.
khuey•4h ago
aspirin = acetylsalicylic acid
blood thinners = anticoagulants
oncallthrow•1h ago