Shih-Chieh Lin (@sclin_lab) 's Twitter Profile
Shih-Chieh Lin

@sclin_lab

Neuroscience Professor @ National Yang Ming Chiao Tung University, Taiwan | decision making | attention | reward | #BasalForebrain l @sclin-lab.bsky.social

ID: 23401118

linkhttp://www.lin-lab.org calendar_today09-03-2009 04:20:22

161 Tweet

448 Followers

347 Following

Wei Guo (@plasticwei) 's Twitter Profile Photo

My paper with Blaise Robert and Daniel Polley is out Neuron! We studied how the cholinergic basal forebrain helps the cortex to find associations between events that are well separated in time. cell.com/neuron/fulltex…

Balazs Hangya (@balazs_hangya) 's Twitter Profile Photo

There are two types of basal forebrain cholinergic neurons. They unite when responding to reward and punishment - and do pretty much everything else differently. Our new paper is out Nature Neuroscience nature.com/articles/s4159…

Aaron Rutman, MD (@aaronrutman) 's Twitter Profile Photo

Neuroanatomy TOTD #12 The green structure is the amygdala (amygdaloid body) and the yellow structure is the stria terminalis (ST). 1/18 #meded #FOAMed #FOAMrad #medtwitter #medstudents #radiology #neurorad #radres #neurology #neurosurgery #neuroanatomy #neuroanatomyTOTD

Neuroanatomy TOTD #12

The green structure is the amygdala (amygdaloid body) and the yellow structure is the stria terminalis (ST). 

1/18

#meded #FOAMed #FOAMrad #medtwitter #medstudents #radiology #neurorad #radres #neurology #neurosurgery #neuroanatomy #neuroanatomyTOTD
Shih-Chieh Lin (@sclin_lab) 's Twitter Profile Photo

An update of our latest work on how animals learn behavioral sequences: The behavioral signature of stepwise learning strategy and its neural correlate in the basal forebrain biorxiv.org/content/10.110…

Tsai-Wen Chen (@tsaiwenchen) 's Twitter Profile Photo

Does scattering limit your in vivo imaging experiments? We 'super-resolve' neurons using the same trick how PALM/STORM microscopy resolves individual molecules (1/12).

Does scattering limit your in vivo imaging experiments? We 'super-resolve' neurons using the same trick how PALM/STORM microscopy resolves individual molecules (1/12).