part ii physiology, development and neuroscience - Department of ...
part ii physiology, development and neuroscience - Department of ... part ii physiology, development and neuroscience - Department of ...
PROVISIONAL PART II PDN TIMETABLE 2012/13 Neuro modules, shared with Part II Neuroscience, are shown in bold. MICH. Monday Tuesday Wednesday Thursday Friday 9.00 N1. Dev. neuro N3. Control of action 28 N2. Mole. cell P1. Cell-physiol. 10.00 N2. Mole. cell P1. Cell-physiol. N4. Sensory transduction 11.00 P1. Cell-physiol. P4/M8. Devel: Patterning N3. Control of action N1. Dev. neuro N2. Mole. cell N4. Sensory transduction P3. Fetal and placental Practicals Practicals N1. Dev. neuro N3. Control of action P4/M8. Devel: Patterning 12.00 N4. Sensory P4/M8. Devel: P3. Fetal and transduction P3. Fetal and placental Patterning Practicals placental 2.00 N1 Journal Club P9 Journal Club N4. Sensory 3.00 P4/M8. Devel: Patterning Expt approaches 2 - 4 Expt approaches transduction (PDN only) 2 - 4 to brain res to brain res 4.00 P9. Cell assembly P9. Cell assembly Foster Club Talk P9. Cell assembly & interactions Adrian Seminar in Neuroscience & interactions & interactions LENT Monday Tuesday Wednesday Thursday Friday 9.00 N5. Neural degen & regen 10.00 N8. Learning & cognition P7. Genomics & future of med 11.00 N7. Local circuits P8. Systems & clinical N6. Central mechanisms N8. Learning & cognition N6. Central mechanisms N5. Neural degen & regen N5. Neural degen & regen N7. Local circuits N6. Central mechanisms P8. Systems & clinical P2. Pluripotency (some sessions) 12.00 P2. Pluripotency P2. Pluripotency P2. Pluripotency 2.00 P6. Devel: Cells & organs P6. Devel: Cells & organs 2 - 4 P6. Devel: Cells & organs P7. Genomics & future of med N7. Local circuits N8. Learning & cognition P7. Genomics & future of med P8. Systems & clinical P6. Devel: Cells & organs 3.00 Expt approaches Expt approaches to brain res to brain res 4.00 Foster Club Talk Adrian Seminar in Neuroscience Applicants for Part II Physiology, Development and Neuroscience MUST submit an application to the Department AND apply via CamSIS. Application forms are available on the Department web site: http://www.pdn.cam.ac.uk
- Page 1 and 2: PART II PHYSIOLOGY, DEVELOPMENT AND
- Page 3 and 4: welcome those who have done only on
- Page 5 and 6: SUMMARY OF PART II PDN THEMES AND M
- Page 7 and 8: PART II BBS: OPTIONS IN PDN Course
- Page 9 and 10: THE PDN COURSE MODULES The themes t
- Page 11 and 12: Module P3: Fetal and Placental Phys
- Page 13 and 14: Lent Modules Module N5: Neural Dege
- Page 15 and 16: immune system, and the role of oxyg
- Page 17 and 18: Neuroscience workshops: Experimenta
- Page 19 and 20: Common courses There are some skill
- Page 21 and 22: Photoreceptors: Electroretinogram Y
- Page 23 and 24: Topics of last year’s research pr
- Page 25 and 26: Recent published papers resulting f
- Page 27: Richter, H.G., Camm, E.J., Modi, B.
PROVISIONAL PART II PDN TIMETABLE 2012/13<br />
Neuro modules, shared with Part II Neuroscience, are shown in bold.<br />
MICH. Monday Tuesday Wednesday Thursday Friday<br />
9.00 N1. Dev. neuro N3. Control <strong>of</strong><br />
action<br />
28<br />
N2. Mole. cell<br />
P1. Cell-physiol.<br />
10.00 N2. Mole. cell P1. Cell-physiol. N4. Sensory<br />
transduction<br />
11.00 P1. Cell-physiol.<br />
P4/M8. Devel:<br />
Patterning<br />
N3. Control <strong>of</strong><br />
action<br />
N1. Dev. neuro N2. Mole. cell<br />
N4. Sensory<br />
transduction<br />
P3. Fetal <strong>and</strong><br />
placental<br />
Practicals Practicals<br />
N1. Dev. neuro<br />
N3. Control <strong>of</strong><br />
action<br />
P4/M8. Devel:<br />
Patterning<br />
12.00 N4. Sensory P4/M8. Devel:<br />
P3. Fetal <strong>and</strong><br />
transduction<br />
P3. Fetal <strong>and</strong><br />
placental<br />
Patterning<br />
Practicals<br />
placental<br />
2.00 N1 Journal Club<br />
P9 Journal Club<br />
N4. Sensory<br />
3.00<br />
P4/M8. Devel:<br />
Patterning<br />
Expt approaches<br />
2 - 4<br />
Expt approaches<br />
transduction (PDN<br />
only)<br />
2 - 4<br />
to brain res to brain res<br />
4.00 P9. Cell assembly<br />
P9. Cell assembly Foster Club Talk P9. Cell assembly<br />
& interactions<br />
Adrian Seminar in<br />
Neuroscience<br />
& interactions<br />
& interactions<br />
LENT Monday Tuesday Wednesday Thursday Friday<br />
9.00 N5. Neural degen<br />
& regen<br />
10.00 N8. Learning &<br />
cognition<br />
P7. Genomics &<br />
future <strong>of</strong> med<br />
11.00 N7. Local circuits<br />
P8. Systems &<br />
clinical<br />
N6. Central<br />
mechanisms<br />
N8. Learning &<br />
cognition<br />
N6. Central<br />
mechanisms<br />
N5. Neural degen<br />
& regen<br />
N5. Neural degen<br />
& regen<br />
N7. Local circuits N6. Central<br />
mechanisms<br />
P8. Systems &<br />
clinical<br />
P2. Pluripotency<br />
(some sessions)<br />
12.00 P2. Pluripotency P2. Pluripotency P2. Pluripotency<br />
2.00 P6. Devel: Cells &<br />
organs<br />
P6. Devel: Cells &<br />
organs 2 - 4<br />
P6. Devel: Cells &<br />
organs<br />
P7. Genomics &<br />
future <strong>of</strong> med<br />
N7. Local circuits<br />
N8. Learning &<br />
cognition<br />
P7. Genomics &<br />
future <strong>of</strong> med<br />
P8. Systems &<br />
clinical<br />
P6. Devel: Cells &<br />
organs<br />
3.00<br />
Expt approaches Expt approaches<br />
to brain res to brain res<br />
4.00 Foster Club Talk<br />
Adrian Seminar in<br />
Neuroscience<br />
Applicants for Part II Physiology, Development <strong>and</strong> Neuroscience MUST submit an application to the De<strong>part</strong>ment<br />
AND apply via CamSIS. Application forms are available on the De<strong>part</strong>ment web site: http://www.pdn.cam.ac.uk
Change language