I think that measuring the acoustic delay to the tympanic membrane (or at least approximating it) could help correct for different setups. Also, I tend to take a longer baseline, and had to subtract that out. I’ll contact you directly about one other suggestion on the UI. Thanks for the great work!

I have recently used abranalysis (from the GitHub repo) for analysis of a couple of recent datasets and it does a very nice job once I account for the acoustic latency differences. I just had to put our data into the right intermediate format, which was a simple process. Very nice contribution!

Great job and this is just part of the pushback that, unfortunately, is sorely needed! Let’s hope it sets the pace.

Cochlear Nucleus-so many cell types, different intrinsic physiology, different network engagement, different projections, different multisensory activation, different auditory sensitivity, … and gene expression. And, I dare say that there are a few types still not well characterized.

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Since the days of analog amplifiers. Never use commercial acquisition programs.

Electrode holders? EFWright made some fine ones, now owned by a-m systems. A-m has the design info and was trained. Siskyou also makes some nice holders-very stable.
I hope Warner did not stop making chambers and temp controllers.

Wish I was down at Sunset- weekends wrapped with teaching days so not till late Nov. But this is a great time to be there if the storms stay offshore.