Hospira 0.9% Bacteriostatic Sodium Chloride (30 mL)
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@Commander https://peptidefox.com/content/reconstitution posted above seems like it’s ok
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@Commander https://peptidefox.com/content/reconstitution posted above seems like it’s ok
@Commander https://peptidefox.com/content/reconstitution posted above seems like it’s ok
So if I understand this right, you can use jt for Buffered NAD
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@Commander https://peptidefox.com/content/reconstitution posted above seems like it’s ok
So if I understand this right, you can use jt for Buffered NAD
@Commander Yes sir!
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Just chiming in because the added salt can actually be an issue here. It can cause some peptides to aggregate or precipitate, basically clump up or come out of solution. Depends on the peptide, concentration and formulation, so “I’ve used it without a problem” isn’t a blanket green light for everything.
It won’t automatically ruin every vial, but I wouldn’t casually swap it for regular BAC water either.
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Just chiming in because the added salt can actually be an issue here. It can cause some peptides to aggregate or precipitate, basically clump up or come out of solution. Depends on the peptide, concentration and formulation, so “I’ve used it without a problem” isn’t a blanket green light for everything.
It won’t automatically ruin every vial, but I wouldn’t casually swap it for regular BAC water either.
Just chiming in because the added salt can actually be an issue here. It can cause some peptides to aggregate or precipitate, basically clump up or come out of solution. Depends on the peptide, concentration and formulation, so “I’ve used it without a problem” isn’t a blanket green light for everything.
It won’t automatically ruin every vial, but I wouldn’t casually swap it for regular BAC water either.
So I have been getting some lumps and ISR from MOTS-C, NAD+ and SS-31 and sometimes KLOW. I was going to try it with them. Just not sure how to tell if it didn’t work or not….
I am going to try it on my NAD+ -
Just chiming in because the added salt can actually be an issue here. It can cause some peptides to aggregate or precipitate, basically clump up or come out of solution. Depends on the peptide, concentration and formulation, so “I’ve used it without a problem” isn’t a blanket green light for everything.
It won’t automatically ruin every vial, but I wouldn’t casually swap it for regular BAC water either.
So I have been getting some lumps and ISR from MOTS-C, NAD+ and SS-31 and sometimes KLOW. I was going to try it with them. Just not sure how to tell if it didn’t work or not….
I am going to try it on my NAD+@Commander I have only used it on SS31 and MOTSC everything seems to say it’s ok for those two unless I missed something. It most definitely helped in terms of ISR. I didn’t do it for NAD buffered because the opinions differ and that one buffered doesn’t bother me.
@randy can you let us know if it’s ok for MOTS and SS31
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@Commander I have only used it on SS31 and MOTSC everything seems to say it’s ok for those two unless I missed something. It most definitely helped in terms of ISR. I didn’t do it for NAD buffered because the opinions differ and that one buffered doesn’t bother me.
@randy can you let us know if it’s ok for MOTS and SS31
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@Stevepep I have no information on which ones are okay and which ones aren't. It can be dose dependent, it can be affected by any TFA salts left behind. There are so many variables there's no way to really know and it's why I just avoid it
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@Randy thanks was hoping I found the solution for the mots c red welt. It does make a big difference
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@Randy thanks was hoping I found the solution for the mots c red welt. It does make a big difference
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A big YES for SS-31. Pansy I am. Definitely works!
@commander I see a number of protocols recommending salt BAC for MOTS-C. With all you must have stored, burn one and see. I bet it works... -
A big YES for SS-31. Pansy I am. Definitely works!
@commander I see a number of protocols recommending salt BAC for MOTS-C. With all you must have stored, burn one and see. I bet it works... -
@Commander I know some people that do this, but from my research, I steer clear.
Copper bound peptides can be problematic. Copper has a good chance of precipitating from the compound. This might or might not be visible in the solution. Free copper is toxic in the bloodstream.
I would rather deal with the welt than the possibility of copper toxicity.
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@Commander I know some people that do this, but from my research, I steer clear.
Copper bound peptides can be problematic. Copper has a good chance of precipitating from the compound. This might or might not be visible in the solution. Free copper is toxic in the bloodstream.
I would rather deal with the welt than the possibility of copper toxicity.
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Funny enough SS31 and MOTS don’t bother me in the least as far as SIR. GHK kick my ass, I would love to find a better way.
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