Please enable JavaScript.

Coggle requires JavaScript to display documents.

Fly Sleep (clkjrk (DD (Total sleep (Decrease (Hendricks 2003, MY DATA)),…

- - - - Decrease
        
        Hendricks 2003
        
        MY DATA
    - - Decrease
        
        MY DATA
    - - Decrease
        
        MY DATA
  - - - Decrease
        
        My data
    - - Increase
        
        MY DATA
  - - - Decrease
        
        MY DATA
    - - Decrease
        
        MY DATA
    - - Decrease
        
        MY DATA
  - - - Decreased
        
        MY DATA
    - - Decrease
        
        MY DATA
    - - Total Sleep
        
        Decreases
        
        MY DATA
      - Sleep bout #
        
        Increases
        
        MY DATA
      - Sleep bout length
        
        Decreases
        
        MY DATA
- - - - mazzoni, desplan, blau 2005
    - - mazzoni, desplan, blau 2005
  - - - LNvS
        
        hyperpolarizing LNvs through dORKDC or abla-
        tion via Dti had no effect on light avoidance (
        
        LNv expression of NaChBac, a bacterial voltage-gated Na+ channel that increases adult LNv excitability (Nitabach et al., 2006; Sheeba et al., 2008a) and larval LNv responses to light (Yuan et al., 2011), increased light avoidance scores
        
        expressing ClkDN or cycDN significantly increased light avoidance com-
        
        low CLK/CYC activity increases LNv excitability
        
        hyperexciting LNvs in a per01background via NaChBac significantly increased levels of light avoidance, whereas
        
        per01 LNvs have reduced excitability
        
        LNvs most excitable when CLK/CYC activity is low andDN1s most excitable when CLK/CYC activity is high
        
        reducing GluCl in LNvs phenocop- ies reducing glutamate release from DN1s.
        
        promote Larval light avoidance
      - light avoidance levels increased significantly when DN1s were hyperpolarized with either dORKDC or mKir2.1 or ablated with Dti.
      - expressing ClkDN or cycDN significantly increased light avoidance
      - low CLK/CYC activity decreases DN1 excitability and consequently increases light avoidance by reducing DN1-mediated inhibition
        
        per01 DN1s have increased excitability.
      - low CLK/ CYC activity seems to decrease DN1 excitability
      - dORKDC expression in DN1sof per01 mutants significantly increased light avoidance
      - TrpA1 activation of DN1s did not affect light avoid-
        ance at CT12, we conclude that DN1s are already active at CT12. However, because DN1 activation reduces light avoid- ance at CT24, we conclude that DN1s are usually inactive at CT24.
      - We found that DN1 > Gad1 larvae also showed increased
        levels of light avoidance in LD at 150 lux
- - - - Decrease
        
        MY DATA
    - - Increase
        
        MY DATA
    - - Decrease
        
        MY DATA
  - - - Decrease
        
        MT DATA
  - - - Decrease
        
        MY DATA
    - - Increase
        
        MY DATA
    - - Decrease
        
        MY DATA
- - - - Decrease
        
        MY DATA
    - - Increase
        
        MY DATA
    - - Decrease
        
        MY DATA