Conditions that change the calculus rather than forbidding it Writing it up because I had to work it out twice and would rather nobody else did.
What changes if the standard account of conditions is wrong? I ask because I have been treating it as settled and I noticed this week that I could not say why.
Working through the consequences rather than the evidence, since others here are better placed on the evidence.
Adding the measurement that the opening post says would settle it.
A rodent toxicology finding underlying a contraindication is worth understanding, because it explains why the contraindication is narrow rather than broad.
Where I part company with the opening post, and it is a narrow parting.
I think the conditions question is answerable and has not been answered, which is a more optimistic position than most of this thread.
Post #5 is the version of this I will quote in future. One addition.
Adding a null result on conditions. I looked, carefully, and found nothing, and null results deserve posting precisely because they never are.
Understood, and I withdraw the assumption I opened with.
Where a condition appears as a warning rather than a contraindication, the decision is a clinical one rather than a prohibition.
That is what I would do. It may not be what is correct.
A history of pancreatitis appears in the cautions and the decision around it needs somebody who knows the history rather than a general rule.
Right — I had this wrong and I am glad to have read it before it mattered.
Somebody's condition being on a list does not settle the decision, and somebody's condition being absent from one does not either.
The short version is the first sentence; the rest is why.
I would keep conditions and the decision it usually gets used for separate in this thread. They are related and they are not the same question, and merging them is why the last one went badly.
Confirming post #14 from a second method, which matters more than confirming it from a second person.
Conditions looks different depending on whether you are reading the primary literature or the summaries of it, and the difference is not in our favour.
I had written a reply contradicting post #13 and deleted it. Here is what survived.
Allergy to the specific compound: true allergy is rare but possible. Any prior allergic reaction to the same compound or to structurally similar peptides warrants caution.
Posted with less confidence than the sentence structure implies.
Where a contraindication is relative rather than absolute, the reasoning usually appears in the assessment report rather than the labelling.
Taking post #18 at face value and following it one step further.
I have been on both sides of the conditions argument in this category within eighteen months, which should tell you how strong the evidence for either side is.
Allergy to the specific compound: true allergy is rare but possible. Any prior allergic reaction to the same compound or to structurally similar peptides warrants caution.
I would treat the number as indicative rather than as a measurement.
Where labelling has changed, the change is dated and public, and citing the current version is the whole of the discipline.
That is all the detail I have. Someone else will have more.
A history of pancreatitis appears in the cautions and the decision around it needs somebody who knows the history rather than a general rule.
I am describing what is, rather than arguing for what should be.
Worth separating two things that post #21 runs together.
Conditions is a good example of a question where the honest answer is boring and the interesting answers are unsupported. I would go with boring.
What I want from this conditions thread is the list of things that would need to be true for the claim to hold. If we can write that list, we can check it.
A rodent toxicology finding underlying a contraindication is worth understanding, because it explains why the contraindication is narrow rather than broad.
The right answer here may simply be that it has not been measured.
Picking up post #25: that is the part I would want checked first.
Where a condition appears as a warning rather than a contraindication, the decision is a clinical one rather than a prohibition.
Answering the question post #25 raises rather than the one it answers.
Careful with the language on conditions. "Not detected" and "not present" are different findings and the first is a statement about the method.
The arithmetic in post #29 is right; the assumption feeding it is the part to check.
Conditions: I have looked for the primary source twice and failed twice. Either it does not exist or it is somewhere I do not know to look, and I would like to know which.