Seminar archives

2011/12/20

2011/12/20 榎本

Projection-specific modulation of dopamine neuron synapses by aversive and rewarding stimuli.
Lammel S, Ion DI, Roeper J, Malenka RC.
Neuron. 2011 Jun 9;70(5):855-62.


Posted by eno.kazuki at 12/20/2011 06:41:00 PM
Email ThisBlogThis!Share to XShare to FacebookShare to Pinterest
Labels: aversive, DA, mPFC, NAc, optogenetics, rat, SNc, striatum, VTA

No comments:

Post a Comment

Newer Post Older Post Home
Subscribe to: Post Comments (Atom)

search

calendar

  • ►  2018 (9)
    • ►  April (1)
    • ►  March (2)
    • ►  February (3)
    • ►  January (3)
  • ►  2017 (2)
    • ►  December (2)
  • ►  2015 (17)
    • ►  November (1)
    • ►  October (2)
    • ►  September (1)
    • ►  July (2)
    • ►  June (2)
    • ►  May (2)
    • ►  April (1)
    • ►  March (2)
    • ►  February (2)
    • ►  January (2)
  • ►  2014 (49)
    • ►  November (3)
    • ►  October (2)
    • ►  September (2)
    • ►  July (8)
    • ►  June (5)
    • ►  May (6)
    • ►  April (6)
    • ►  March (5)
    • ►  February (6)
    • ►  January (6)
  • ►  2013 (56)
    • ►  December (5)
    • ►  November (4)
    • ►  October (4)
    • ►  September (5)
    • ►  August (4)
    • ►  July (4)
    • ►  June (5)
    • ►  May (6)
    • ►  April (4)
    • ►  March (3)
    • ►  February (6)
    • ►  January (6)
  • ►  2012 (24)
    • ►  December (6)
    • ►  November (8)
    • ►  October (4)
    • ►  July (2)
    • ►  May (1)
    • ►  April (1)
    • ►  March (1)
    • ►  January (1)
  • ▼  2011 (2)
    • ▼  December (2)
      • 2011/12/20 榎本
      • 2011/12/09

Labels

5-HT (6) ACC (19) ACh (4) action (11) aggression (1) amygdala (41) anxiety (7) arousal (1) attention (9) autism (3) aversive (16) avoidance (1) basal ganglia (10) Bayes (1) behavior (12) BLA (14) BNST (1) caudate (4) CeA (6) CeL (1) CeM (1) CGp (2) cognition (2) cognitive bias (5) confidence (2) conformity (1) connectivity (3) context (6) cooperation (1) coping (1) cortisol (1) cost (5) CRF (1) D1 (4) D2 (3) DA (17) decision (15) decoding (3) deep learning (1) default-mode (3) DG (3) DLPFC (3) DLS (3) DMS (5) dominance (1) DREADD (4) DRN (1) Drosophila (2) effort (3) emotion (4) epigenetic (1) epigenetis (1) epilepsy (1) error (1) event parsing (2) evolution (1) extinction (2) eye (5) fear (18) FEF (1) fish (1) flaming (1) fMRI (31) FPN (1) FSI (4) GABA (5) game theory (1) generalization (1) genetics (1) Glu (3) goal-directed (3) GPe (1) habenula (1) habit (2) helplessness (1) hierarchy (5) hippocampus (15) hormone (2) HR (2) human (44) IL (3) innate (2) insula (4) interneuron (1) knockout (1) LC (7) learning (24) lesion (8) LFP (2) LH (1) LIP (1) M1 (2) MEG (1) memory (6) method (1) microdialysis (1) model (2) monkey (38) motivation (4) motor (5) mouse (29) mPFC (12) mPRC (1) MRI (1) MSN (2) MVPA (1) NAc (16) narcolepsy (1) NE (1) network (4) neuropathology (1) noradrenaline (1) noriya (6) norm (2) observation learning (2) OCD (1) odor (1) OFC (11) optogenetics (25) orexin (1) OXT (5) oxtocin (2) Pa (1) PAG (4) pain (3) pattern recognition (1) Pavlovian (2) PB (1) PCC (1) PET (2) PKC (1) PL (2) PMd (2) progress report (3) pulvinar (1) punishment (2) pupil (2) PVT (3) rat (21) reward (34) Risk (5) RL (11) Saliency (2) SC (1) SCR (2) SEF (1) septum (2) sexual (1) simulation (3) sleep (3) slice (3) small-world (1) SNc (3) SNr (3) social (39) social conflict (1) SOM (2) state (2) statistics (1) STN (1) stress (3) striatum (29) Tet-off (1) Tet-on (1) thalamus (3) TMS (1) TPJ (4) trode (18) uncertainty (2) value (16) vervet (1) vHPC (1) vigor (2) vmPFC (8) voltammetry (1) VTA (8) working-memory (2)
  • Toshiko TANAKA
  • Unknown
  • Unknown
  • Unknown
  • Unknown
  • eno.kazuki
Picture Window theme. Theme images by duncan1890. Powered by Blogger.