Preference Results for Canton S

on Monday, June 19th, 2023 1:20 | by

The following shows the preference and avoidance towards Sugar and Salt for the Canton S larvae. In addition, the larvae were tested unter blue/room light, to see if there were any differences.

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Preference Results for Canton S larvae, Pure vs Sugar and Pure vs Salt

on Monday, June 12th, 2023 1:49 | by

The following figures show the results of the preference tests with Canton S. I tested Pure vs Sugar and Pure vs Salt under two different circumstances. I tested the larvae in normal light and also under blue light.

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Latest food patch experiments on Rover/Sitter larvae

on Sunday, December 20th, 2020 5:31 | by

Food Patch Experiment

For Control larvae from the 11.12.2020 and 14.12.2020. There is nearly no difference between both groups.

Time of first movement function

Additional function to plot the time when the larva starts moving. The Data from last week was used
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ELAV-Gal4;Tub-Gal80: Temperature switch at embryo stage

on Tuesday, December 15th, 2020 2:34 | by

We phenocopied the results of the ELAV-Gal4 cross.

Now we are waiting for the results of the Temperature switch at the second instar larvae stage

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Further testing of the For Control Group

on Monday, December 14th, 2020 11:10 | by

Food patch experiment

Barplot of the For Control Group with additional n=4 .

Distance tracking

The larvae were filmed for one minute. Larvae that reached the edge of the petri dish before one minute were discarded.
Video recording was started as soon as the larvae where placed on the agar plate.
Same data cut after 30 s.
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New experiments on Rover/Sitter larvae

on Monday, December 7th, 2020 12:29 | by

Testing new tracking software: Kinovea

Barplot of the distance of the Canton-S WT larvae of last week. There is no big difference compared to the tracking with Biotrackr.

Food patch experiments on old Rover/Sitter larvae

ForS and ForR larvae raised on new food. There is a bigger difference between the groups.

Distance tracking of old Rover/Sitter larvae

The larvae were filmed for one minute. Larvae that reached the edge of the petri dish before one minute were discarded.
Video recording was started as soon as the larvae started moving.
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Distance tracking of larvae

on Monday, November 30th, 2020 11:57 | by

Testing of the tracking and R Code

1) Small paper ball to simulate a larva, attached to a black string, and moved 2 cm by hand. 2) Measuring the pixel distance of a known real life distance (1 cm). 3) Plot of x and y coordinates shows trajectory of the object. 4) Bar plot of the real life distance shows that tracking and the R code worked .

Distance tracking of Canton-S wild type larvae

1) Larva on agar plate dyed with activated charcoal 2) Barplot of the distance of the Canton-S WT larvae

Problem finding the video time

Output of the csv file of the BioTracker.
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Further experiments on larval locomotion using Canton-S wild type flies

on Sunday, November 22nd, 2020 10:33 | by

All experiments were done using 1 mm graph paper and a microscope to count the boxes more precisely.

Tracking of the larvae using Ctrax

Agar plate dyed with activated charcoal (2 g charcoal/ 1 l H2O)
Tracking with Ctrax software using the Burridan camera setup.
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Experiments on larval locomotion using Canton-S wild type flies

on Friday, November 13th, 2020 11:07 | by

Time Experiments

One larva with a time exceeding 20 minutes was not considered.
Two larvae with a time exceeding 20 minutes were not considered.

Distance Experiments

Experiment 4: Graph Paper

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