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01:07:32 CP2 CNS3 Epilepsy and Drugs Acting on Ion… CP2 CNS3 Epilepsy and Drugs Acting on Ion Channels - Dr Phil Larkman	CP2 CNS3 Epilepsy and Drugs Acting on Ion Channels - Dr Phil Larkman Ion channels as targets for anti-epilepsy drugs channels channel epilepsy drugs gaba voltage ion activity sodium action brain excitability hyperexcitability parts inhibition cells drug neurons cell receptor From Philip Larkman on March 2nd, 2021 0 likes 54 plays 0 Licence Type Creative Commons - Attribution
16:05 CP2 Introduction to Experiment 3 Part 2 CP2 Introduction to Experiment 3 Part 2	CP2 Introduction to Experiment 3 Part 2 Drug Receptor interactions - antagonists - Schild equation drug concentration response antagonist equation dose presence occupancy receptor ratio agonist minus absence antagonists curve b. receptors points molar equilibrium From Philip Larkman on February 15th, 2021 0 likes 168 plays 0 Licence Type Creative Commons - Attribution
12:36 CP2 Introduction to Experiment 3 Part 1 CP2 Introduction to Experiment 3 Part 1	CP2 Introduction to Experiment 3 Part 1 Drug - receptor interactions - the Hill equation drug response receptor concentration equilibrium occupancy receptors affinity drugs rate reaction dose plot relationship scheme agonist proportionality minus times ability From Philip Larkman on February 15th, 2021 0 likes 160 plays 0 Licence Type Creative Commons - Attribution
12:46 CP2: Introduction to Experiment 1 - Dr Phil… CP2: Introduction to Experiment 1 - Dr Phil Larkman	CP2: Introduction to Experiment 1 - Dr Phil Larkman Dose / Response and Structure / Activity relationships in pharmacology muscle organ neuron contraction tension pig guinea response drug concentration experiment pen transducer drugs solution epithelium piece dose receptor compounds From Philip Larkman on January 14th, 2021 0 likes 111 plays 0 Licence Type Creative Commons - Attribution
04:41 Pharmacology 3: Antidepressant Drugs - Part 4 Dr… Pharmacology 3: Antidepressant Drugs - Part 4 Dr Phil Larkman	Pharmacology 3: Antidepressant Drugs - Part 4 Dr Phil Larkman Future perspectives drugs antidepressant depression hypothesis theory monoamine release receptors effects receptor glutamate mechanisms neurotransmission disorders activation disinhibition action mechanism ketamine hippocampus From Philip Larkman on November 14th, 2020 0 likes 70 plays 0 Licence Type Creative Commons - Attribution
07:46 Pharmacology 3: Anxiolytic Drugs - Part 5 Dr Phil… Pharmacology 3: Anxiolytic Drugs - Part 5 Dr Phil Larkman	Pharmacology 3: Anxiolytic Drugs - Part 5 Dr Phil Larkman GABA-A receptor diversity and selective benzodiazepine action benzodiazepines effects receptor gaba subunit animal subunits drugs alpha ssris agonists diazepam arginine receptors action drug position distribution brain combinations From Philip Larkman on November 12th, 2020 0 likes 78 plays 0 Licence Type Creative Commons - Attribution
05:22 Pharmacology 3: Anxiolytic Drugs - Part 4 Dr Phil… Pharmacology 3: Anxiolytic Drugs - Part 4 Dr Phil Larkman	Pharmacology 3: Anxiolytic Drugs - Part 4 Dr Phil Larkman 5-HT1A receptor partial agonists receptor receptors desensitisation drugs auto neurons benzodiazepines mechanism inhibition activity 5-ht anxiety effects agonists mechanisms effect ssris channels action feedback From Philip Larkman on November 12th, 2020 0 likes 87 plays 0 Licence Type Creative Commons - Attribution
15:59 Pharmacology 3: Anxiolytic Drugs - Part 2 Dr Phil… Pharmacology 3: Anxiolytic Drugs - Part 2 Dr Phil Larkman	Pharmacology 3: Anxiolytic Drugs - Part 2 Dr Phil Larkman Benzodiazepine mechanism of action gaba benzodiazepines receptor receptors benzodiazepine alpha subunits anxiety channel drugs disorders chloride function action effects sites barbiturates affinity disorder activity From Philip Larkman on November 12th, 2020 0 likes 135 plays 0 Licence Type Creative Commons - Attribution
21:30 Medical Sciences 1: Therapeutic Applications: Use… Medical Sciences 1: Therapeutic Applications: Use of General Anaesthetics Part 2 Dr Phil Larkman	Medical Sciences 1: Therapeutic Applications: Use of General Anaesthetics Part 2 Dr Phil Larkman Adjuncts to general anaesthetic agents effects drugs pain agents opioids muscle anesthetic receptor anesthesia analgesic receptors effect surgery bioavailability pathways ability unconsciousness relaxation delivery acetylcholine From Philip Larkman on October 25th, 2020 0 likes 41 plays 0 Licence Type Creative Commons - Attribution
13:38 Darden interview part 2 Darden interview part 2	Darden interview part 2 virus protein rna proteins disease cell things mechanism viruses lot mechanisms spike stuff thing students machinery ace receptor problem gene From Alistair Isaac on October 21st, 2020 0 likes 103 plays 0
16:57 Medical Sciences 1: Mechanism of Action of… Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 2 Dr Phil Larkman	Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 2 Dr Phil Larkman Protein targets of GA action 1 gaba receptor anesthetic receptors propofol chloride action inhibitory effects excitability ability fall potential ion reflex mutation channel transmission agents flux From Philip Larkman on October 18th, 2020 0 likes 73 plays 0 Licence Type Creative Commons - Attribution
18:00 Medical Sciences 1: Mechanism of Action of… Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 3 Dr Phil Larkman	Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 3 Dr Phil Larkman Protein targets for GA action 2 channels potential potassium membrane channel effects anesthetic agents ion ketamine inhalation excitability anesthetics glutamate targets receptors receptor transmission inhibition equilibrium From Philip Larkman on October 18th, 2020 0 likes 60 plays 0 Licence Type Creative Commons - Attribution
11:40 BMS2: Chemical Synaptic Transmission 3 Part 3 Dr… BMS2: Chemical Synaptic Transmission 3 Part 3 Dr Phil Larkman	BMS2: Chemical Synaptic Transmission 3 Part 3 Dr Phil Larkman GPCR-mediated slow synaptic transmission potential receptors protein receptor acetylcholine inhibitory channels response duration events pathway signal mechanism activation potentials cells membrane beta potassium millivolts From Philip Larkman on October 15th, 2020 0 likes 277 plays 0 Licence Type Creative Commons - Attribution
14:44 BMS2: Chemical Synaptic Transmission 3 Part 2 Dr… BMS2: Chemical Synaptic Transmission 3 Part 2 Dr Phil Larkman	BMS2: Chemical Synaptic Transmission 3 Part 2 Dr Phil Larkman Muscarinic receptor modulation of cardiac and smooth muscle contraction calcium receptors muscle contraction channel acetylcholine heart receptor protein channels membrane beta potassium action guinea m2 kinase pig ion stores From Philip Larkman on October 15th, 2020 0 likes 307 plays 0 Licence Type Creative Commons - Attribution
21:00 BMS2: Chemical Synaptic Transmission 3 Part 1 Dr… BMS2: Chemical Synaptic Transmission 3 Part 1 Dr Phil Larkman	BMS2: Chemical Synaptic Transmission 3 Part 1 Dr Phil Larkman GPCR structure and the mechanism of G protein action protein receptors receptor gtp alpha ligand acetylcholine subunit transmembrane proteins molecule gdp class agonist subunits structure change beta terminus form From Philip Larkman on October 15th, 2020 0 likes 307 plays 0 Licence Type Creative Commons - Attribution
10:45 BMS2: Chemical Synaptic Transmission 2 Part 3 Dr… BMS2: Chemical Synaptic Transmission 2 Part 3 Dr Phil Larkman	BMS2: Chemical Synaptic Transmission 2 Part 3 Dr Phil Larkman Pharmacology of the NMJ receptor acetylcholine receptors muscle junction antagonist action block drugs desensitization acetylcholinesterase contraction function agonist potential membrane depolarization drug effects pharmacology From Philip Larkman on October 14th, 2020 0 likes 285 plays 0 Licence Type Creative Commons - Attribution

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