University of the West Indies
Latest uploads at University of the West Indies. Looking for notes at University of the West Indies? We have lots of notes, study guides and study notes available for your school.
-
52
- 0
-
3
All courses for University of the West Indies
-
Abnormal Psychology PSYC2002 2
-
Caribbean Poetry 5
-
CONSTITUTIONAL LAW 1
-
CONTRACT LAW II 1
-
Criminal Law I & II 5
-
FREN1305 Introduction to Caribbean and African Literature French1304 1
-
Internal Medicine 3
-
Introduction to Poetry LITS1001 1
-
Introduction to Prose LITS1002 1
-
Literature 1
-
Neuroscience MDSC2203 19
-
Organic Chemistry 9
-
Spanish Literature 1
-
TORT LAW 2
Latest notes & summaries University of the West Indies
Anatomy of Brain Stem from the neuroscience course
- Summary
- • 27 pages's •
-
University Of The West Indies•Neuroscience
Preview 3 out of 27 pages
Anatomy of Brain Stem from the neuroscience course
extensive notes on descending tracts based on najeeb's neuroscience videos
- Package deal
- Summary
- • 31 pages's •
-
University Of The West Indies•Neuroscience
-
Neuroscience - Ascending and Descending Tracts• By janellescott
Preview 4 out of 31 pages
extensive notes on descending tracts based on najeeb's neuroscience videos
**Objectives** 
 
- components of the motor system 
- pyramidal pathways 
- extrapyramidal pathways 
- spinal reflexes 
- upper and lower motor neurons 
- spinal cord trauma
- Summary
- • 11 pages's •
-
University Of The West Indies•Neuroscience
Preview 2 out of 11 pages
**Objectives** 
 
- components of the motor system 
- pyramidal pathways 
- extrapyramidal pathways 
- spinal reflexes 
- upper and lower motor neurons 
- spinal cord trauma
Anatomy of the Pons
- Summary
- • 17 pages's •
-
University Of The West Indies•Neuroscience
Preview 3 out of 17 pages
Anatomy of the Pons
**Objectives** 
 
- Definition and classification of nociceptors 
- physiological effects and basic mechanisms in nociception 
- explain how nociceptor function may be regulated and the roles of ion channels 
 - *voltage and ligand dated and metabotropic receptors in these processes* 
- types and classes of pain (receptors) - *fast vs slow pain* 
- chemicals involved in pain transmission 
- afferent pathways of pain
- Summary
- • 18 pages's •
-
University Of The West Indies•Neuroscience
Preview 3 out of 18 pages
**Objectives** 
 
- Definition and classification of nociceptors 
- physiological effects and basic mechanisms in nociception 
- explain how nociceptor function may be regulated and the roles of ion channels 
 - *voltage and ligand dated and metabotropic receptors in these processes* 
- types and classes of pain (receptors) - *fast vs slow pain* 
- chemicals involved in pain transmission 
- afferent pathways of pain
basal ganglia connections, direct and indirect pathway
- Summary
- • 4 pages's •
-
University Of The West Indies•Neuroscience
Preview 1 out of 4 pages
basal ganglia connections, direct and indirect pathway
**Objectives** 
 
- review of pain pathways 
- gate theory 
- analgesia 
- opoids system of the body 
- other methods of pain management
- Summary
- • 10 pages's •
-
University Of The West Indies•Neuroscience
Preview 2 out of 10 pages
**Objectives** 
 
- review of pain pathways 
- gate theory 
- analgesia 
- opoids system of the body 
- other methods of pain management
embryological development of the CNS
- Summary
- • 10 pages's •
-
University Of The West Indies•Neuroscience
Preview 2 out of 10 pages
embryological development of the CNS
**Objectives** 
 
- review anatomy 
- functions of the cerebellum 
- afferent and efferent pathways 
- cerebellum dysfunction
- Summary
- • 9 pages's •
-
University Of The West Indies•Neuroscience
Preview 2 out of 9 pages
**Objectives** 
 
- review anatomy 
- functions of the cerebellum 
- afferent and efferent pathways 
- cerebellum dysfunction
class notes on Reticular Activating System, EEG, Sleep and Arousal in the neuroscience course
- Class notes
- • 5 pages's •
-
University Of The West Indies•Neuroscience
Preview 2 out of 5 pages
class notes on Reticular Activating System, EEG, Sleep and Arousal in the neuroscience course