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I mean it literally lists a bunch of cancer that have glp receptors... which is whatever... but he was talking about no logical reason.. which there is.. infact if read your article it talks about 4.3X risk of cancer in a glp in humans.... also says "difficult to know cancer risk" but probably low.. thats the tested ones...so before you think ur gunna have a drop mic moment, perhaps consider what authors say ie they don't know...Some very basic googling will “logically” tell you why it causes cancer in rats and not in humans but let me help. “Glucagon-like peptide-1 receptor agonists activate rodent thyroid C-cells causing calcitonin release and C-cell proliferation.” Could it actually be you who has no idea what they’re talking about?
https://www.ccjm.org/content/ccjom/82/3/142.full.pdf
It's all nonsense, what you talk about has been disproven long ago!I mean it literally lists a bunch of cancer that have glp receptors... which is whatever... but he was talking about no logical reason.. which there is.. infact if read your article it talks about 4.3X risk of cancer in a glp in humans.... also says "difficult to know cancer risk" but probably low.. thats the tested ones...so before you think ur gunna have a drop mic moment, perhaps consider what authors say ie they don't know...
just remember usually when start seeing signals of course drug companies pay for studies to say naa...
AGAIN point was simply taking unapproved drug that has plenty of potential to have cancer as a side effect esp since acts on other receptors is unwise...
if have been alive long enough you should know there is no free lunch and side effects and knowledge of even how or why these drugs work often changes...
Big pharma does do great things I agree, but lets be honest there is some shady shit on the best of days...
as great man once said
"to back to reddit-Tracy"
Finally, someone who gets it!Fundamentally, these drugs work by fooling the brain into thinking that the body's setpoint is down there v, not up here ^.
They're so effective because the body defends its setpoints vigorously: it does trickery to make you eat less and move more--even unconsciously--if you, say, had put on a few lbs over Christmas and overshoot your setpoint. It also does that the other way around, e.g. when you've lost 10% of your body weight on a diet and it thinks you need to refill empty coffers.
There is a significant evidence that the brain takes years or longer to re-adjust how it responds to nutrients based on a prior setpoint--i.e. appetite, sense of smell, and cravings all remain elevated after weight loss, because that prior high setpoint keeps being defended by the brain.
But then being overweight or obese does some sneaky things while you're fat that sabotage the process of resetting that point by maintaining a consistent weight.
E.g. the skeleton does a bunch of leptin signalling work; that bish doesn't turn over for about a decade. Being fat also trashes GH levels maybe-permanently, esp in women, which has an impact on daily energy levels (see also: aging). Exercise during weight loss turns out to lower RMR further than weight loss alone, and it doesn't bounce back even when checked 5 years later, so a cheat day is that much more derailing.
And a bunch more things, too, but you get the idea.
So once you get skinny, you need to not only have diet and exercise dialed in to a lower RMR than you had from before getting fat, but it may take years to get to the point where it feels to the brain like not being on an extreme diet all the time. Ugh.
Building muscle helps with some of this, of course, but not all of it. Suffice to say many skinny people who were fat for more than a few years are just not the same physiologically as people who never got fat in the first place.
For some it's likely it will take years for after reaching a goal weight for their body to adjust the new lower setpoint that it can defend as zealously as it defended the higher one. If ever, for some.
Hence the idea of "maintenance dose."
This advice is probably good for many normal people!Pharma titration is 4 weeks per step. Many stay at a dose longer: until blood sugar control or appetite suppression wanes. Clinical guidelines past 5mg is to titrate after it's been a month of no weight loss.
Dividing is ... divisive. Some swear by it. My theory is that tolerance can get built one of two ways: by metabolizing the drug more efficiently, or by growing new receptors to compensate for increased binding. If the latter, then dividing may actually hurt since there's no "downtime" near the end of a dose to help discourage that tolerance-building.
The pharma schedule works; no strong reason not to use it.
Same as other weight-loss you should shoot for ~0.5-1kg a week. Faster puts strain on the liver and kidneys excreting fat and whatever else the body stashed in your fat cells for safe keeping.
Changes in hepatic and renal outcomes were variable but generally led to either no change or improvements in either of these.
The effect of very low-calorie diets on renal and hepatic outcomes: a systematic review
Very low-calorie diets (VLCDs) are an effective means by which to induce clinically significant weight loss. However, their acceptance by health care practitioners and the public is generally lower than that for other nonsurgical weight loss methods. ...www.ncbi.nlm.nih.gov
uh? I literally used what they said in the literature she posted? don't fool yourself, taking approved meds can cause issue never mind UN approved drugs ESP that they are acting on different receptors.It's all nonsense, what you talk about has been disproven long ago!
As sally says ...
Sorry, but I'm unable to comprehend what you just wrote.
Fundamentally, these drugs work by fooling the brain into thinking that the body's setpoint is down there v, not up here ^.
They're so effective because the body defends its setpoints vigorously: it does trickery to make you eat less and move more--even unconsciously--if you, say, had put on a few lbs over Christmas and overshoot your setpoint. It also does that the other way around, e.g. when you've lost 10% of your body weight on a diet and it thinks you need to refill empty coffers.
There is a significant evidence that the brain takes years or longer to re-adjust how it responds to nutrients based on a prior setpoint--i.e. appetite, sense of smell, and cravings all remain elevated after weight loss, because that prior high setpoint keeps being defended by the brain.
But then being overweight or obese does some sneaky things while you're fat that sabotage the process of resetting that point by maintaining a consistent weight.
E.g. the skeleton does a bunch of leptin signalling work; that bish doesn't turn over for about a decade. Being fat also trashes GH levels maybe-permanently, esp in women, which has an impact on daily energy levels (see also: aging). Exercise during weight loss turns out to lower RMR further than weight loss alone, and it doesn't bounce back even when checked 5 years later, so a cheat day is that much more derailing.
And a bunch more things, too, but you get the idea.
So once you get skinny, you need to not only have diet and exercise dialed in to a lower RMR than you had from before getting fat, but it may take years to get to the point where it feels to the brain like not being on an extreme diet all the time. Ugh.
Building muscle helps with some of this, of course, but not all of it. Suffice to say many skinny people who were fat for more than a few years are just not the same physiologically as people who never got fat in the first place.
For some it's likely it will take years for after reaching a goal weight for their body to adjust the new lower setpoint that it can defend as zealously as it defended the higher one. If ever, for some.
Hence the idea of "maintenance dose."
You are not making much sense.lol classic millennial... think prove something, quote what they posted saying it says something different... "blah bah blah I cant hear you"
I quote: Semaglutide and cancer: A systematic review and meta-analysis
Conclusion: Semaglutide use in RCTs and real-world studies was not associated with an increased risk of any types of cancer, and this conclusion is supported by a high grade of evidence.
Some very basic googling will “logically” tell you why it causes cancer in rats and not in humans but let me help. “Glucagon-like peptide-1 receptor agonists activate rodent thyroid C-cells causing calcitonin release and C-cell proliferation.” Could it actually be you who has no idea what they’re talking about?
https://www.ccjm.org/content/ccjom/82/3/142.full.pdf
Changes in hepatic and renal outcomes were variable but generally led to either no change or improvements in either of these.
Yes. Keep it out of sunlight. If you're going to do long-term storage like years, fridge or freezer.Is unconstituted tirzepatide safe for storage at room temp?
The fact that we used to infect obese people with tapeworms, give them pills full of explosive powder, or cut out parts of their stomachs will all be relegated to horrified campfire tales about the dark ages of medicine.Just saw this on Twitter, might be Interesting to some of you.
Semaglutide is making operations absolute.
True, have you seen this as well btw:The fact that we used to infect obese people with tapeworms, give them pills full of explosive powder, or cut out parts of their stomachs will all be relegated to horrified campfire tales about the dark ages of medicine.
Not leeches tho; those are making a comeback!
It's a good point though.The fact that we used to infect obese people with tapeworms, give them pills full of explosive powder, or cut out parts of their stomachs will all be relegated to horrified campfire tales about the dark ages of medicine.
Not leeches tho; those are making a comeback!
overstate*I don't think we can understate how big of a deal this is.
Leeches are legit! Maggots are still used medically as well.The fact that we used to infect obese people with tapeworms, give them pills full of explosive powder, or cut out parts of their stomachs will all be relegated to horrified campfire tales about the dark ages of medicine.
Not leeches tho; those are making a comeback!
LoL. This is not True!I mean it literally lists a bunch of cancer that have glp receptors... which is whatever... but he was talking about no logical reason.. which there is.. infact if read your article it talks about 4.3X risk of cancer in a glp in humans.... also says "difficult to know cancer risk" but probably low.. thats the tested ones...so before you think ur gunna have a drop mic moment, perhaps consider what authors say ie they don't know...
just remember usually when start seeing signals of course drug companies pay for studies to say naa...
AGAIN point was simply taking unapproved drug that has plenty of potential to have cancer as a side effect esp since acts on other receptors is unwise...
if have been alive long enough you should know there is no free lunch and side effects and knowledge of even how or why these drugs work often changes...
Big pharma does do great things I agree, but lets be honest there is some shady shit on the best of days...
as great man once said
"to back to reddit-Tracy"
Researchers have been toying around this class of drugs for years.uh? I literally used what they said in the literature she posted? don't fool yourself, taking approved meds can cause issue never mind UN approved drugs ESP that they are acting on different receptors.
I guess this is a case when people read a tiny amount and ignore the rest AND what the AUTHORS actually said as a conclusion.
hilarious everything people disagree with even with no logic involved is MSM...
"There is a risk for kidney stones, but generally, it's mostly in fightting athletes (they way they train) that cause those problems with the kidney and liver, and it quickly returns to normal."
where do u get this from? "only in fighters"... what about the case studies showing renal failure in people taking ozempic that is permanent? Do you know Drs WONT put you on ozempic if have renal issues form diabetes? So what in your expert opinion causes the issues with kidneys? your saying its NOT from loosing too much weight too fast? than what?
Anyway, just remember me in 10-15 years when more serious side effects show up... there is no free lunch... certainly obese pre diabetic may show benefit as heading to a sooner death... but what about healthy people who just want to loose some weight? maybe there is a reason they need you do be above 30BMi to RX...
but again, my point is even science is not agreed on approved GLP... its a pretty big leap saying Reza is safe even before its even approved.
what's crazy is folks LOVE unapproved meds when it fits their wants. But prob say F big pharma for trumps warp speed vax...
anyhoo, do as u wish, just wanted to point out some flaws in your logic.
There are some folks who are non-responders, I found this article that talks about how 9% of users don't even lose 5% of their body weight and how we need to investigate possible genetic factors causing this. Most of the meat of it is Greek to me but maybe some of the smarty-pants around here can make more sense of it. Variation in responses to incretin therapy: Modifiable and non-modifiable factorsDo these drugs just not work on some people?
Reason I ask is a friend asked to try some tirz (which they’ve never used before, neither have they used sema) - 1.5mg felt nothing, another 1.5mg felt nothing - they ended up taking 5mg over the course of 2-3 days and eventually had their appetite suppressed but it only lasted 1-2 days before it came back?