year-2-study-guide-2.. - School of Medicine - Trinity College Dublin
year-2-study-guide-2.. - School of Medicine - Trinity College Dublin
year-2-study-guide-2.. - School of Medicine - Trinity College Dublin
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nucleus, putamen, lentiform nucleus, globus pallidus, substantia nigra, subthalamic nucleus<br />
and the nucleus accumbens; Connections and basic circuits; Hypokinesia, hyperkinesia,<br />
tremor and rigidity; Information from clinical disorders such as Parkinson's Disease,<br />
Huntington's chorea and hemiballismus.<br />
(Physiology) Synaptic transmission and neurotransmitter receptors 3<br />
Synaptic transmission and neurotransmitter receptors continued.<br />
(Biochemistry) Aminergic Transmission <strong>2.</strong> Dopamine neurotransmission. Consequences <strong>of</strong><br />
its disruption (MPTP and Parkinson's disease). Consequences <strong>of</strong> enzyme inhibition in<br />
depression, mania, Parkinson's disease. The role <strong>of</strong> catechol-O-methyltransferase and<br />
possible consequences <strong>of</strong> its inhibition.<br />
(Psychiatry) Cognitive development II<br />
Emotional intelligence, a popular concept in recent <strong>year</strong>s; the evidence to support the<br />
concept. The development <strong>of</strong> social cognition is discussed, for example empathy, self-control<br />
etc., and how these are related to the concept <strong>of</strong> emotional intelligence.<br />
(Psychiatry) The Psychology <strong>of</strong> Memory<br />
Normal memory and forgetting, the effects <strong>of</strong> stress and psychological state on memory.<br />
False memories.<br />
(Biochemistry) The amino-acid transmitters (glutamate, GABA and glycine).<br />
Glutamate and GABA neurotransmission. Criteria and experimental investigation <strong>of</strong> putative<br />
neurotransmitters. Epilepsy and anti-convulsants. Similarities and differences between<br />
different systems (amines, acetylcholine, amino acids and peptides). Uptake mechanisms,<br />
enzymic inactivation (intracellular and extracellular). Reversal <strong>of</strong> uptake in ischaemia.<br />
(Anatomy) Ascending pathways<br />
Spinal ganglia; Modalities <strong>of</strong> sensation and their segregation; Posterior grey horn; Laminae<br />
<strong>of</strong> Rexed; Clarke's thoracic nucleus; Spinothalamic pathway; Posterior column/ medial<br />
lemniscal pathway; Spinoreticular tract; Spino-olivary tract; Spinotectal tract; Posterior<br />
spinocerebellar and cuneocerebellar tracts; Anterior spinocerebellar and rostral<br />
spinocerebellar tracts; Dissociated anaesthesia; Brown-Séquard syndrome.<br />
(Physiology) (Physiology) Synaptic transmission and neurotransmitter receptors 4<br />
Synaptic transmission and neurotransmitter receptors continued.<br />
WEEK 3<br />
(Pharmacology) Local Anaesthetics<br />
General properties <strong>of</strong> local anaesthetics, their pharmacokinetics, pharmacodynamics and<br />
actions on various body systems.<br />
Factors affecting differential nerve sensitivity including use-dependent block. Side effects <strong>of</strong><br />
local anaesthetics and those associated with accompanying use <strong>of</strong> vasoconstrictors. Amides<br />
and ester classification.<br />
Methods / routes <strong>of</strong> administration.<br />
(Biochemistry) Some other transmitters<br />
Hypoxia and ischemia responses - excitotoxic and re-perfusion damage. Formation,<br />
functions and possible toxicity <strong>of</strong> NO. Possible functions <strong>of</strong> D-serine. CO. Other possible<br />
retrograde messengers.<br />
(Anatomy) Descending pathways<br />
Anatomy <strong>of</strong> anterior grey horn; Tonic and phasic alpha-motor neurons; Renshaw cells; Spinal<br />
reflexes; Corticospinal tract; reticulospinal, vestibulospinal, tectospinal and olivospinal tracts;<br />
Raphespinal tract, aminergic pathways and sentral autonomic pathway; Upper and lower<br />
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