01:52
Independence day celebrations
09:11
Parkinson's Disease | Catechol O methyltransferase inhibitors | Lecture # 5
07:47
Monoamine oxidase (MAO) type B Inhibitors | Selegiline and Rasagiline (Azilect) | Lecture # 4
22:03
Parkinson's Disease | Mechanism of Action of Levodopa and Carbidopa | Levodopa | Lecture # 3
10:43
Antidepressants |Tricyclic antidepressants (TCAs) |Monoamine oxidase inhibitors (MAOIs) |Lecture # 3
16:45
Antidepressants | selective serotonin reuptake inhibitors | SNRI | Lecture # 2
03:40
Typical Vs Atypical Depression | Lecture # 1
13:45
Types of schizophrenia
06:26
Pharmacotherapy for Alzheimer’s Disease | Overview | Lecture # 7
05:41
Alzheimer's Disease - Metal ion theory | Lecture # 6
12:09
Alzheimer's Disease - Oxidative Stress Hypothesis | Lecture # 4
08:50
Alzheimer's Disease - Hyperphosphorylation of Tau protein | Lecture # 5
05:50
Alzheimer's Disease - The Cholinergic hypothesis | Lecture # 3
07:39
Alzheimer's Disease - The amyloid cascadeTheory | Lecture # 2
03:56
Understanding Alzheimer's Disease | Definition | Lecture # 1
02:48
Psychosis Clinical Scenario with treatment | Risperidone - Case 2
05:51
Psychosis Clinical Scenario with treatment | Aripiprazole - Case 1
06:34
Positive and Negative Symptoms of Schizophrenia | Psychosis
09:13
Role of Endocrine Signaling (Hormones) in Gut-Brain axis
35:09
Role of neural pathway in Gut-Brain axis
06:02
The Gut Microbiome Immune Connection
04:19
HPA axis | Hypothalamus-Pituitary-Adrenal Axis | What is the role of HPA axis in stress?
26:19
Dopamine Pathways, Antipsychotics, and EPS
06:10
The gut-brain axis: interactions between enteric microbiota | Phyla | Lecture # 1
00:19
Rare Pharmacological Syndromes
10:01
Adverse Drug Reactions of second generation Antipsychotic Drugs | Lippincott Pharmacology | Katzung
08:32
Adverse Drug Reactions of 1st generation Antipsychotic Drugs | Lippincott Pharmacology | Katzung
14:33
Pharmacokinetics of Antipsychotic Drugs | Lippincott Pharmacology | Katzung
10:44
Adverse Drug Reactions of 1st generation Antipsychotic Drugs | Lippincott Pharmacology | Katzung
07:25
Second generation antipsychotics (Atypical) | Lippincott Pharmacology | Katzung |Part 2| Lectrure# 6
19:09
Second generation antipsychotics (Atypical) | Lippincott Pharmacology | Katzung |Part 1| Lectrure# 5
08:41
First generation antipsychotics | Lippincott Pharmacology | Katzung | Lectrure # 4
08:08
Autonomic nervous system (ANS) anatomy | sympathetic nervous system| Lecture # 4
12:44
Autonomic nervous system (ANS) anatomy | sympathetic nervous system| Lecture # 3
11:46
Autonomic nervous system (ANS) anatomy | sympathetic nervous system| Lecture # 2
01:10
Autonomic nervous system (ANS) anatomy | sympathetic and parasympathetic nervous system| Lecture # 1
00:40
Understanding Antidiuretic Hormone ADH
00:30
Understanding Incretin Mimetics Mechanism of Action
00:42
COX Overview
00:42
Iron loss & Excessive iron infusions in hemodialysis
00:22
Amyloids
00:33
Understanding Genetics and Epigenetics
01:18
Is pancreatic cancer fatal?
01:08
The Link Between Cancer and Aging
00:31
Sporadic cancer
00:20
Risks of Angiotensin converting enzyme inhibitors
00:22
Impact of Food Consumption on Statins | What influence does eating have on the efficacy of statins?
00:52
Re-entry and Cardiac Arrhythmia
00:26
Delayed afterdepolarizations (DADs)
25:10
Causes of Arrhythmia | Lippincott Illustrated Reviews: Pharmacology | Part 1
17:05
Types of Cardiac Muscle Cells | Contractile Cells | Conducting Cells
17:24
Sinoatrial Node Potential | Pacemaker Action Potential
27:32
Atrial and Ventricular Action Potential | Cardiac Action Potential | Phases | Cardiac Physiology
03:41
Cardiac Arrhythmia | Definition | Lippincott Illustrated Reviews: Pharmacology | Lecture # 1
03:21
Atrioventricular ring - The fibrous rings | Heart's Fibrous Framework/Fibrous Rings
13:30
Cardiac conduction velocity | Conjunction Pathway | Electrical conduction system of heart
22:48
Cardiac cycle | Mean Arterial Pressure | Mean Systemic Pressure
18:16
Mode of action of Digoxin | Increased Vagal activity | Neurohormonal inhibition |Lecture # 20|Part 3
05:02
Conjunction Pathway | Electrical conduction system of heart |SA vs AV node
07:18
Why Diastolic Blood Pressure is Directly Proportional to Total Peripheral Resistance? | Lecture # 3