crosses | .:lab.brembs.net:.

Flight performance Ten-a cbd

on Monday, January 14th, 2019 2:54 | by Anders Eriksson

Category: crosses, flight, genetics, Lab, Memory | No Comments

Control experiments for GFP expression of MBON lines

on Monday, October 29th, 2018 2:38 | by Anders Eriksson

MB057B

MB077B

Category: Anatomy, crosses, genetics | No Comments

17d-GFP with Bruchtpilot staining

on Monday, October 8th, 2018 2:32 | by Anders Eriksson

Adult brain

Adult ventral nerve cord

Category: Anatomy, crosses, genetics | No Comments

17d flight simulator

on Monday, October 1st, 2018 2:58 | by Anders Eriksson

Category: crosses, flight, genetics, Memory, Operant learning, operant self-learning | No Comments

FoxP climbing assay

on Monday, October 1st, 2018 2:39 | by Anders Eriksson

Category: crosses, Foxp, genetics, Lab | No Comments

17d-GFP

on Monday, October 1st, 2018 2:37 | by Anders Eriksson

Category: Anatomy, crosses, genetics, Lab | No Comments

17d

on Monday, September 10th, 2018 1:03 | by Anders Eriksson

Been working on 17d for the past month.

The experiments in the flight simulator. Self-learning performance indices in a two-minute test with the heat switched off after 4 and 8 minutes of training, indicated impairment of 17d-TNT flies.

The flies also showed clear impairments in their flight performance. To quantify this I assessed both possible alterations in their motor coordination (using climbing assay) as well as flight performance. The climbing assay relies on walking rather than flying. Both experiments show reduced ability of motor coordination and flight performance.

To confirm the specificity of the 17d-Gal4 fly I used the trans-tango flies.

Neuron, 96 (2017) 783-799. doi:10.1016/j.neuron.2017.10.011

The trans-tango is notorious for having a low expression in adult flies, which was also observed by me. The image is taking without any GFP-antibody.

Category: Anatomy, crosses, flight, genetics, Memory, operant self-learning | No Comments

Fussl shows numerical difference in operant self learning

on Tuesday, August 7th, 2018 2:49 | by Anders Eriksson

Fussl was crossed with either Stinger (ctrl) or a UAS-TNT line to block the synaptric transmission of the Fussl positive neurons. A third construct was used but did not yield any data due to difficulties with their flight performance. The Fussl-Stinger along with Fussl-TNT flies do also show difficulties in flying. These differences will be assessed.

The experiment was done as a pilot experiment before doing a larger scale.

The data is a bit inconsistent but shows a positive and reassuring numerical difference. The control is a bit lower than expected, compared to WTB flies (showing usually a PI 0f 0.6). The flies have a slightly different background than wtb flies and have pale orange eyes (still no apparent impairments in vision). Further experiments will be conducted before proceeding with a larger sample size of the flies.