Search for tag: "channels"

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01:00:47 CP2 CNS6 The Control of Pain - Dr Phil Larkman CP2 CNS6 The Control of Pain - Dr Phil Larkman	CP2 CNS6 The Control of Pain - Dr Phil Larkman Central pain pathways and the actions of local anesthetics and opioid analgesics. pain pathways channels channel drugs neurons sodium receptors detection signals pathway horn stimulus mechanisms anaesthetics dorsal effects morphine cord analgesic From Philip Larkman on March 11th, 2021 0 likes 10 plays 0 Licence Type Creative Commons - Attribution
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 44 plays 0 Licence Type Creative Commons - Attribution
15:12 Chemical Pharmacology 2: Introductory Overview… Chemical Pharmacology 2: Introductory Overview and Definitions - Dr Phil Larkman	Chemical Pharmacology 2: Introductory Overview and Definitions - Dr Phil Larkman What is Pharmacology? What is a drug? drugs drug body pharmacology cells targets protein effects metabolism chemical definition pharmacokinetics mechanisms compartments water membranes channels receptors molecules action From Philip Larkman on January 12th, 2021 0 likes 62 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 85 plays 0 Licence Type Creative Commons - Attribution
06:35 MLP Lecture 07 - Clip 06 - Multiple Feature Maps MLP Lecture 07 - Clip 06 - Multiple Feature Maps	MLP Lecture 07 - Clip 06 - Multiple Feature Maps Machine Learning Practical (MLP) Lecture 07, Clip 06 / 09. machine learning deep learning times feature maps channels input image kernel size units kernels channel output matrices parameters 3-dimensions dimension dimensionality connections bias capital From Pavlos Andreadis on November 2nd, 2020 1 likes 184 plays 0 Course Code INFR11132 Licence Type All rights reserved Language English
17:49 Pharmacology 3: Drugs Acting on Ion Channels Part… Pharmacology 3: Drugs Acting on Ion Channels Part 4 Dr Phil Larkman	Pharmacology 3: Drugs Acting on Ion Channels Part 4 Dr Phil Larkman Modulation of Na+ channels by local anaesthetics. channel sodium anesthetic anesthetics channels block ph ion alanine charge drugs pathway form membrane permeability phenyl action drug point mutation From Philip Larkman on October 30th, 2020 0 likes 106 plays 0 Licence Type Creative Commons - Attribution
08:48 Pharmacology 3: Drugs Acting on Ion Channels Part… Pharmacology 3: Drugs Acting on Ion Channels Part 3 Dr Phil Larkman	Pharmacology 3: Drugs Acting on Ion Channels Part 3 Dr Phil Larkman Modulation of voltage-gated Na+ channels by tetrodotoxin tetrodotoxin sodium channel channels voltage filter selectivity potassium molecule fish heart position water ion moiety puffer glutamate 3a4 side membrane From Philip Larkman on October 29th, 2020 0 likes 103 plays 0 Licence Type Creative Commons - Attribution
17:39 Pharmacology 3: Drugs Acting on Ion Channels Part… Pharmacology 3: Drugs Acting on Ion Channels Part 2 Dr Phil Larkman	Pharmacology 3: Drugs Acting on Ion Channels Part 2 Dr Phil Larkman Voltage-gated ion channel structure and function. channel voltage filter sodium potassium ions selectivity region amino structure panel residues sensor gate membrane channels ion activation transmembrane configuration From Philip Larkman on October 29th, 2020 1 likes 129 plays 0 Licence Type Creative Commons - Attribution
07:50 Pharmacology 3: Drugs Acting on Ion Channels … Pharmacology 3: Drugs Acting on Ion Channels Part 1 Dr Phil Larkman	Pharmacology 3: Drugs Acting on Ion Channels Part 1 Dr Phil Larkman Introduction - the importance of ion channels in cellular function. channels ion voltage channel sodium function action potassium cell cells calcium activation membrane potential mutations neurotransmitter drugs structure drug sensitivity From Philip Larkman on October 29th, 2020 0 likes 115 plays 0 Licence Type Creative Commons - Attribution
02:56 Pharmacology 3: Introduction - Dr Phil Larkman Pharmacology 3: Introduction - Dr Phil Larkman	Pharmacology 3: Introduction - Dr Phil Larkman Introduction and overview of material to be delivered. disorders drugs ion treatments channels videos pharmacology action disease series drug responsibilities neurotransmitters neuro background target presentations rest summary knowledge From Philip Larkman on October 29th, 2020 0 likes 59 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 59 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 274 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 303 plays 0 Licence Type Creative Commons - Attribution
25:23 BMS2 Chemical Synaptic Transmission 2 Part 2 Dr… BMS2 Chemical Synaptic Transmission 2 Part 2 Dr Phil Larkman	BMS2 Chemical Synaptic Transmission 2 Part 2 Dr Phil Larkman Ion permeability of the nACh receptor potential membrane sodium equilibrium ions channel potassium muscle calcium millivolts end acetylcholine channels plate ion flow receptor contraction action receptors From Philip Larkman on October 14th, 2020 0 likes 371 plays 0 Licence Type Creative Commons - Attribution
53:34 WEEK 2 Video for Tutorial 2 SMEs Paper Part 2 WEEK 2 Video for Tutorial 2 SMEs Paper Part 2	WEEK 2 Video for Tutorial 2 SMEs Paper Part 2 Video for Tutorial 2 SMEs Paper Part 2 business communication and social media marketing channels smes tools media factors companies knowledge resources adoption interviews study usage customers survey communication respondents firms size channel From Marta Bernal Valencia on October 7th, 2020 0 likes 57 plays 0 Licence Type All rights reserved Language English Date Created October 5th, 2020
11:13 BMS2: How Drugs Act . Part 4 Dr Phil Larkman BMS2: How Drugs Act . Part 4 Dr Phil Larkman	BMS2: How Drugs Act . Part 4 Dr Phil Larkman Molecular insights into drug-receptor interactions drugs channel acetylcholine receptor cells ion targets sites drug binding channels action enzymes anesthetics membrane structure subunits transporters body voltage From Philip Larkman on September 28th, 2020 0 likes 337 plays 0 Licence Type All rights reserved The University of Edinburgh

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