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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 69 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 72 plays 0 Licence Type Creative Commons - Attribution
46:23 Lecture 6 - Pharmacokinetics 2 Drug metabolism… Lecture 6 - Pharmacokinetics 2 Drug metabolism and drug elimination - Dr Phil Larkman	Lecture 6 - Pharmacokinetics 2 Drug metabolism and drug elimination - Dr Phil Larkman Biological and quantitative aspects of drug metabolism and elimination drug drugs metabolism dose elimination half concentration body molecule enzymes amount biotransformation phase reactions enzyme milligrammes effects range kinetics doses From Philip Larkman on January 25th, 2021 0 likes 10 plays 0 Licence Type Creative Commons - Attribution
01:06:32 Lecture 5 - Pharmacokinetics 1 Drug absorption… Lecture 5 - Pharmacokinetics 1 Drug absorption and drug distribution - Dr Phil Larkman	Lecture 5 - Pharmacokinetics 1 Drug absorption and drug distribution - Dr Phil Larkman Biological and quantitative review of absorption and distribution of drugs in the body. drug drugs blood body distribution absorption water cells volume solubility route compartments equation delivery concentration ph tissues routes litres effect From Philip Larkman on January 25th, 2021 0 likes 22 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 109 plays 0 Licence Type Creative Commons - Attribution
12:34 BCA Assay for MSc Biochemistry BCA Assay for MSc Biochemistry	BCA Assay for MSc Biochemistry Determining protein concentration using the BCA assay protein concentration msc biochemistry samples reagent spectrophotometer absorbance standards tube microliters diluent vials From David Hills on January 14th, 2021 0 likes 10 plays 0 Course Code PGBI11101 Publisher David Hills Licence Type Creative Commons - Attribution Non Commercial No Derivatives Language English Date Created January 14th, 2021
02:56 Distillation Lecture 1 2020 part 3 Distillation Lecture 1 2020 part 3	Distillation Lecture 1 2020 part 3 Distillation Lecture 1 2020 part 3 column purity bottom specifications trays disposal tools question analysis input energy specification sense streams output outputs concentration ideal inefficiencies From John Christy on December 24th, 2020 0 likes 33 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language British English Date Created December 24th, 2020
21:43 Medical Sciences 1: Therapeutic Applications: Use… Medical Sciences 1: Therapeutic Applications: Use of General Anaesthetics Part 1 Dr Phil Larkman	Medical Sciences 1: Therapeutic Applications: Use of General Anaesthetics Part 1 Dr Phil Larkman Stages of anaesthesia. Induction, Maintenance, Recovery. anesthesia anesthetic agents stage inhalation respiration concentration brain level agent patient induction anesthetics body pupil effects function delivery consciousness drugs From Philip Larkman on October 25th, 2020 0 likes 41 plays 0 Licence Type Creative Commons - Attribution
07:58 Medical Sciences 1: Pharmacokinetic Aspects of… Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 4 Dr Phil Larkman	Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 4 Dr Phil Larkman Physiological influences on anaesthetic distribution brain drug anesthetic blood plasma anesthesia solubility concentration levels protein anesthetics parameters ketamine output drugs proteins rate induction effects agents From Philip Larkman on October 19th, 2020 0 likes 58 plays 0 Licence Type Creative Commons - Attribution
07:21 Medical Sciences 1: Pharmacokinetic Aspects of… Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 3 Dr Phil Larkman	Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 3 Dr Phil Larkman Redistribution of Intravenous anaesthetics in the body brain unconsciousness anesthetic concentration blood anesthesia body recovery dose drug panel consciousness pencil thigh solubility reserves muscle tissues duration metabolism From Philip Larkman on October 19th, 2020 0 likes 61 plays 0 Licence Type Creative Commons - Attribution
24:38 Medical Sciences 1. Pharmacokinetic Aspects of… Medical Sciences 1. Pharmacokinetic Aspects of General Anaesthesia Part 2 Dr Phil Larkman	Medical Sciences 1. Pharmacokinetic Aspects of General Anaesthesia Part 2 Dr Phil Larkman Inhalational anaesthetics - impact of blood and lipid solubility on induction and recovery. blood anesthetic body brain solubility concentration tissues drug rate equilibration pressure effects gas drugs anesthesia induction recovery agents agent output From Philip Larkman on October 19th, 2020 0 likes 81 plays 0 Licence Type Creative Commons - Attribution
08:37 Medical Sciences 1: Pharmacokinetic Aspects of… Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 1 Dr Phil Larkman	Medical Sciences 1: Pharmacokinetic Aspects of General Anaesthesia Part 1 Dr Phil Larkman Inhalational anaesthetics - route of delivery and absorption blood anesthetic lungs anesthetics body barrier brain membrane inhalation pressure agents atrium place tissues oxygen routes concentration vessels effects hemoglobin From Philip Larkman on October 19th, 2020 0 likes 73 plays 0 Licence Type Creative Commons - Attribution
13:13 Medical Sciences 1: Mechanism of Action of… Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 1 Dr Phil Larkman	Medical Sciences 1: Mechanism of Action of General Anaesthetics Part 1 Dr Phil Larkman Lipid theory of GA action anesthetic brain effects images solubility agent agents hypothesis parts anesthetics targets actions evidence membrane drug concentration action cell theory lipid From Philip Larkman on October 18th, 2020 0 likes 82 plays 0 Licence Type Creative Commons - Attribution
09:06 BMS2: How Drugs Act. Part 3 Dr Phil Larkman BMS2: How Drugs Act. Part 3 Dr Phil Larkman	BMS2: How Drugs Act. Part 3 Dr Phil Larkman Principles of drug interactions with their targets - antagonists agonist receptor shoes antagonist response concentration drug efficacy antagonists drugs antagonism agonists chairs effect action ability affinity potency modulator modulators From Philip Larkman on September 28th, 2020 0 likes 335 plays 0 Licence Type All rights reserved The University of Edinburgh
19:44 BMS2: How Drugs Act. Part 2 Dr Phil Larkman BMS2: How Drugs Act. Part 2 Dr Phil Larkman	BMS2: How Drugs Act. Part 2 Dr Phil Larkman Principles of drug interactions with their targets - agonists drug receptor response drugs concentration equilibrium targets receptors occupancy target affinity term specificity protein interactions definition rate reaction ligand dose From Philip Larkman on September 28th, 2020 0 likes 402 plays 0 Licence Type All rights reserved The University of Edinburgh
19:32 Medical Sciences 1: How does the CNS work? Part 3… Medical Sciences 1: How does the CNS work? Part 3 Dr Phil Larkman	Medical Sciences 1: How does the CNS work? Part 3 Dr Phil Larkman Ion channels and neuronal excitability - the resting and action potentials. potential membrane channels potassium action sodium cell channel axon equilibrium ions ion change neurons depolarization voltage gradient concentration millivolts neuron From Philip Larkman on September 25th, 2020 0 likes 83 plays 0 Licence Type Creative Commons - Attribution

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