Joystick Results Red Light 29.09.24
on Monday, September 30th, 2024 2:15 | by Philipp Doms
Category: Optogenetics, Uncategorized | No Comments
Joystick Results Yellow Light 29.09.24
on Monday, September 30th, 2024 10:56 | by Philipp Doms
Category: Optogenetics | No Comments
Update: T-Maze results after QC
on Sunday, September 15th, 2024 1:33 | by Daniel Döringer
For all experiments 30 or more flies were introduced to the T-Maze.
Results for red light
Results for yellow light
Category: Optogenetics | No Comments
Updated (and visually more appealing) pre-vacation results
on Sunday, September 15th, 2024 1:26 | by Daniel Döringer
Category: Uncategorized | No Comments
Data from the basement
on Friday, August 16th, 2024 5:57 | by Ellie
I tested more wtb, this time with the switch mode protocol. Here are the results:
Category: flight, Lab, lab.brembs.net, Memory, Operant learning, R code, science, set-up test, Spontaneous Behavior | No Comments
Updated results for T-Maze with red light
on Monday, July 29th, 2024 5:10 | by Daniel Döringer
Category: Uncategorized | No Comments
Small but important differences
on Monday, July 22nd, 2024 8:52 | by Björn Brembs
Slowly the data are filling up and we start to see some differences emerge between the controls and the aPKC knock-outs:
We still need to get to about N=40, so there is still some way to go.
Category: operant self-learning, PKC | No Comments
Adding results for T-Maze (and correcting y-axis description)
on Sunday, July 21st, 2024 5:15 | by Daniel Döringer
Category: Uncategorized | No Comments
First T-Maze results coming in
on Monday, July 15th, 2024 8:41 | by Daniel Döringer
Category: Uncategorized | No Comments
Quality control reduced number of animals
on Monday, July 15th, 2024 8:34 | by Björn Brembs
Going over the optomotor responses with a fine comb revealed a bunch of flies where the algorithm wasn’t able to provide a proper fit for the OMR asymptote. Therefore, I will need more time to finish the data set. Here the current torque-learning PIs:
Clearly, the genetic controls learn while the flies with knocked-out aPKC in FoxP neurons fail to show a significant learning score. However, the OMR asymmetry effect in the genetic controls appears weaker than the one we discovered in WTB flies, as can be seen in the OMR traces after the self-learning:
Then again, at the .05 level, the asymmetry index is significant. Not the alpha level we commonly use, but also a lower N than we strive for (above is before training, below is after):
The transgenic experimental flies, in contrast, don’t seem to show much of an effect at all:
Category: Foxp, operant self-learning, PKC | No Comments