combines benefits if other methods, needs cold sensors and stillness

ionotropic, metabotropic, selective binding

how well ligand binds to receptor

glutamate, GABA, monoamines

response increase

retrograde signalling

measures activity via oxygen showing brightness in active areas

electrical signal on surface of scalp record change in polarity

‘directly coupled’ to ion channel

expression

bind to metabotropic

implants electrodes & records individual APs

amino acid derivative

multiple inputs to a single output

induction

chemical that interacts with a receptor

amino acid derivative

amino acid derivative

single unit recording

pre synaptic contact with many post synaptic’s that combine to affect firing of AP

place on receptor where ligand interacts

cooperativity, associativity, input specification

single unit recording

decrease in response to same output

release of NT can stop its own release

response to same input changes to encode in the brain

ligand binds to receptor, changes shape, activates G protein, can alter ionotropic or protein synthesis