Aribadabar, what you posted refers to freeze drying, not peptides synthesis.
And anyway under the "disadvantages" you can read:
- Stability problems associated with individual drugs.
- Some issues associated with sterilization & sterility assurance of dry chamber & aseptic loading of vials into chamber.
- New antibiotics and drugs, immunological products, substances derived from genetic engineering, high molecular weight proteins, and sophisticated peptides are very fragile, difficult to freeze, and all highly sensitive to residual moisture content.
- If too much heat is added, the material’s structure could be altered.
- Freezing damage can occur with labile products such as liposomes, proteins, and viruses.
- A rapid nucleation and growth rate resulting from a large degree of supercooling leads to a larger number of small ice crystals, which in turn presents a large ice–water interface. Exposure of proteins to this ice–water interface can lead to denaturation
- Extremely low water content in the final product can result in destabilization, and optimal water content should be determined.
- The desired residual moisture must be correlated to stability during long-term storage as part of development studies.
DareDevil, according to the available research BPC is a very safe and benign compound, no lethal dose has been able to be assessed, no side effects or signs of toxicity have been ever reported even at very high dosages, we can therefore assume an overdosing would be quite unlikely to lead to undesirable outcomes,
That said it is worth to point out that BPC has proven to be very effective at really tiny dosages therefore higher than necessary amounts are unjustified and likely not leading to better or more marked results.
What seems to emerge from research is that would be rather a constant exposure to tiny dosages an important factor determining its effectiveness, from this the practice to divide the 1mg/day in 3 doses of 0.33mg, one every 8 hours.
For general health and body protection even more interesting is the daily supplementation of 0.1mg for unlimited time, in other words constant exposure for long time seems better than few random high doses.
As for the other compounds named I don't know enough but very often there is a bell shaped curve of effectiveness, in doubt I suspect a prudent approach would be wiser, the more not necessarily being better.
Another issue is of practical nature, all these peptides and "research" compounds are made in China under uncontrolled conditions, those aren't pharmaceuticals made under strict specifications, testings showed very low purity levels and dosages much lower than stated, what those impurities and fillers are is unknown, overdosing here raises concerns about what isn't supposed to be there more than about the compound itself.
https://researchpept...f0b01d9c5202a3a
Are you really sure injecting many times more than the suggested dosages of those doubtful quality compounds is going to improve your health?
I suggest caution, experimenting can be OK but the risk always calculated, reckless here might lead to very unpleasant consequences.