Key references

Question 1

Place cell remapping experiment - different box, same location

Answer 1

Fyhn et al 2007

Question 2

Place cell remapping experiment - same box different location

Answer 2

Fyhn et al 2007

Question 3

Place cell remapping experiment - different colour box walls

Answer 3

Fyhn et al 2007

Question 4

Anterograde amnesia

Answer 4

Weiskrantz and Warrington 1979

Question 5

unilateral lesions

Answer 5

Yeo et al 1995

Question 6

food in bards

Answer 6

Rose at al., 2019

Question 7

phase precession in Sz

Answer 7

Speers et al., 2021

Question 8

memory consolidation in sleep

Answer 8

Lee and Wilson 2002

Question 9

forward/revers replay

Answer 9

Diba and Busaki 2008

Question 10

position decoding

Answer 10

Johnson and Redish 2007

Question 11

O’Keefe and Dostrovsky 1971

Answer 11

place cells

Question 12

phase precession

Answer 12

O’Keefe and Recce 1993

Question 13

jennifer anniston cells

Answer 13

Quiroga et al 2005

Question 14

hedonic hotspots

Answer 14

Pecina smith and berridge 2006

Question 15

stimulation in rats

Answer 15

Olds & Milner 1954

Question 16

lateral hypothalamus

Answer 16

Hernandez and Hoebel 1988

Question 17

extinction, loading, reinstatement

Answer 17

Ranaldi 1999

Question 18

THC and heroin study

Answer 18

Tanda et al., 1997

Question 19

gamble task

Answer 19

Stauffer et al 2014

Question 20

drugs block natural RPE

Answer 20

Pope et al 2016; Volkow & Morales 2015

Question 21

midbrain DA RPE

Answer 21

Schultz 1997

Question 22

stepwise transfer

Answer 22

schultz 2016, enomoto et al 2011

Question 23

cerebellum inhibitis inferior olive once CR learned

Answer 23

Medina et al 2002

Question 24

lesions in cortex = weak CR

cortex = timing/amp
nucleus = storage

Answer 24

Lindquist et al 2013

Question 25

pro brainstem = performance deficit

Answer 25

Llinas and Welsh 1993

Question 26

large lesions in deep nuclei = CR abolished (memory trace stored)

Answer 26

Thompson 1983

Question 27

slice studies

Answer 27

Ito 1984a

Question 28

adaptive filter

Answer 28

Dean et al 2010

Question 29

role of LTD

Answer 29

Medina and Mauk 2000

Question 30

LTD at PF-PC

Answer 30

Jirenhead et al 2007

Question 31

CNQX

Answer 31

Attwell et al 2001

Question 32

blocking red nucleus removes cr but comes back = just a performance deficit not loss of memory

Answer 32

Krupa et al 1993

Question 33

slices are protective and not in vivo

Answer 33

DeSchutter et al 1995

Question 34

deep nucleur inactivation inhibits feedback to IO = More complex spikes and extinction of CR

Answer 34

Zucca et al 2016

Question 35

microzones all PC receive identical CF input and project to same area cerebellum parallelised into many adaptive filters

Answer 35

Eccles 1967

Question 36

dual-pathway plasticity direct = PF-PC (excitatory) indirect = PF - interneurons - PC (inhib) If direct pathway undergoes LTD, indirect does LTP to minimise error

Answer 36

Häusser & Clark (1997)

Question 37

Knockout mice

Answer 37

schonwille et al 2011

Question 38

Law of effect

Answer 38

Thorndike 1988