Adding the numbers, since they settle part of this. The boring version of this is the one that works, and the boring version is: measure a baseline, change one variable, wait, measure again under the same conditions. Nobody wants that answer and it is still the answer.
A narrower follow-up, since the general answer is now clear:
What did you change at the same time, and can you separate the two now?
stefan_berlin said:The boring version of this is the one that works, and the boring version is: measure a baseline, change one variable, wait, measure again under the…
Filing a mild objection. Mild because I might be wrong; an objection because nobody has addressed the case that does not fit. The objection nobody has made: this only works if the measurement is doing what we assume it is doing, and that assumption has not been tested here.
Trusted third-party HPLC & mass spectrometry analysis. Verify peptide purity with the lab the community relies on. Independent. Accurate. Transparent.
Verify Your PeptidesEst. 1998. The synthesis house behind the vials you send for testing. ISO 9001 and cGMP certified, 1,500+ staff, batch-specific COA with every order.
Browse GL Biochemstefan_berlin said:The boring version of this is the one that works, and the boring version is: measure a baseline, change one variable, wait, measure again under the…
That is right, and it stops being right at the edges. The general case is well behaved; the interesting cases in this thread are all at the boundary where the general case breaks.
That is the short version; the long version is somebody else's post.
stefan_berlin said:The boring version of this is the one that works, and the boring version is: measure a baseline, change one variable, wait, measure again under the…
Thank you — that is the clearest version of this I have read, and I have read a lot of them. Sending this to two other people who asked me the same thing last week.