Synapses (Electrical vs. Chemical), Neuromuscular Junction
Dr. Umar – Men's Health Expert
Synapses (Electrical vs. Chemical), Neuromuscular Junction
11:11
Glomerular filtration rate ( Clinical Correlates)
Dr. Umar – Men's Health Expert
Glomerular filtration rate ( Clinical Correlates)
6:39
Glomerular Filtration Rate (Net Filtration Pressure vs. Filtering Membrane)
Dr. Umar – Men's Health Expert
Glomerular Filtration Rate (Net Filtration Pressure vs. Filtering Membrane)
14:25
Nephron. Renal structure and Glomerular Filtration
Dr. Umar – Men's Health Expert
Nephron. Renal structure and Glomerular Filtration
10:31
Tonicity/ Isotonic, Hypotonic and Hypertonic solutions
Dr. Umar – Men's Health Expert
Tonicity/ Isotonic, Hypotonic and Hypertonic solutions
7:02
Renal blood flow (RBF) autoregulation. Tubuloglomerular Feedback
Dr. Umar – Men's Health Expert
Renal blood flow (RBF) autoregulation. Tubuloglomerular Feedback
11:59
Lung Compliance vs. Recoil
Dr. Umar – Men's Health Expert
Lung Compliance vs. Recoil
17:35
Dead Spaces (Anatomic, Physiologic, alveolar)
Dr. Umar – Men's Health Expert
Dead Spaces (Anatomic, Physiologic, alveolar)
9:34
Ventilation/Perfusion Ratio. Regional Difference In Ventilation And Blood Flow
Dr. Umar – Men's Health Expert
Ventilation/Perfusion Ratio. Regional Difference In Ventilation And Blood Flow
23:25
Mechanical Ventilator (Lung Mechanics: PEEP, CPAP, ACMV)
Dr. Umar – Men's Health Expert
Mechanical Ventilator (Lung Mechanics: PEEP, CPAP, ACMV)
13:09
Pulmonary Ventilation/Total vs. Alveolar Ventilation
Dr. Umar – Men's Health Expert
Pulmonary Ventilation/Total vs. Alveolar Ventilation
8:08
Lung Mechanics/Mechanism Of Breathing
Dr. Umar – Men's Health Expert
Lung Mechanics/Mechanism Of Breathing
18:28
Pulmonary Function Testing/Obstructive vs. Resptrictive pulmonary diseases
Dr. Umar – Men's Health Expert
Pulmonary Function Testing/Obstructive vs. Resptrictive pulmonary diseases
21:09
Action Potentials (Neuronal)
Dr. Umar – Men's Health Expert
Action Potentials (Neuronal)
22:06
Action Potentials (Non nodal Cell)
Dr. Umar – Men's Health Expert
Action Potentials (Non nodal Cell)
10:55
Lung Recoil (components, surfactant, LaPlace). Respiratory distress syndrome
Dr. Umar – Men's Health Expert
Lung Recoil (components, surfactant, LaPlace). Respiratory distress syndrome
21:03
Oxygen-Hemoglobin Dissociation Curve. Cooperative binding.Transport of oxygen and carbon dioxide
Dr. Umar – Men's Health Expert
Oxygen-Hemoglobin Dissociation Curve. Cooperative binding.Transport of oxygen and carbon dioxide
19:32
Alveolar-Blood Gas Exchange
Dr. Umar – Men's Health Expert
Alveolar-Blood Gas Exchange
10:25
The renal system (functions)
Dr. Umar – Men's Health Expert
The renal system (functions)
6:59
Neuron Neuron Synapses (EPSP vs. IPSP)
Dr. Umar – Men's Health Expert
Neuron Neuron Synapses (EPSP vs. IPSP)
11:47
Effect of Depth and Rate on Ventilation
Dr. Umar – Men's Health Expert
Effect of Depth and Rate on Ventilation
6:01
Excitation Contraction Coupling (cross-bridge cycling)
Dr. Umar – Men's Health Expert
Excitation Contraction Coupling (cross-bridge cycling)
14:09
Transmural Pressures (transpulmonary, transthoracic, transrespiratory pressure)
Dr. Umar – Men's Health Expert
Transmural Pressures (transpulmonary, transthoracic, transrespiratory pressure)
9:51
Cardiac Muscle Cells
Dr. Umar – Men's Health Expert
Cardiac Muscle Cells
13:10
Afterload (Cardiac Muscle Mechanics) in 4 minutes
Dr. Umar – Men's Health Expert
Afterload (Cardiac Muscle Mechanics) in 4 minutes
3:56
Fluid Tonicity
Dr. Umar – Men's Health Expert
Fluid Tonicity
6:57
Pneumothorax
Dr. Umar – Men's Health Expert
Pneumothorax
6:04
Preload vs. Contractility
Dr. Umar – Men's Health Expert
Preload vs. Contractility
27:39
Osmosis. Distribution of fluids within the body
Dr. Umar – Men's Health Expert
Osmosis. Distribution of fluids within the body
12:11
Airway resistance (USMLE step 1)
Dr. Umar – Men's Health Expert
Airway resistance (USMLE step 1)
8:02
Cardiovascular changes with ventilation (USMLE step 1)
Dr. Umar – Men's Health Expert
Cardiovascular changes with ventilation (USMLE step 1)
10:20
Pharyngeal Muscles
Dr. Umar – Men's Health Expert
Pharyngeal Muscles
2:30
Waldeyer's tonsillar ring
Dr. Umar – Men's Health Expert
Waldeyer's tonsillar ring
2:06
The Oral Cavity (anatomy,physiology, pathology)
Dr. Umar – Men's Health Expert
The Oral Cavity (anatomy,physiology, pathology)
11:25
The Oesophagus
Dr. Umar – Men's Health Expert
The Oesophagus
14:36
Zenker's diverticulum
Dr. Umar – Men's Health Expert
Zenker's diverticulum
1:13
Weight loss surgery (types and problems)
Dr. Umar – Men's Health Expert
Weight loss surgery (types and problems)
2:32
The Stomach
Dr. Umar – Men's Health Expert
The Stomach
17:36
The Pharynx
Dr. Umar – Men's Health Expert
The Pharynx
15:25
The enteric nervous system
Dr. Umar – Men's Health Expert
The enteric nervous system
12:07
Conduction Pathway of the Heart (USMLE step 1 )
Dr. Umar – Men's Health Expert
Conduction Pathway of the Heart (USMLE step 1 )
6:58
PULMONARY WEDGE PRESSURE (USMLE step 1 )
Dr. Umar – Men's Health Expert
PULMONARY WEDGE PRESSURE (USMLE step 1 )
1:10
Conduction velocity of the action potrential (USMLE Step 1)
Dr. Umar – Men's Health Expert
Conduction velocity of the action potrential (USMLE Step 1)
7:47
CARDIAC MUSCLE MECHANICS-PRELOAD (USMLE Step 1)
Dr. Umar – Men's Health Expert
CARDIAC MUSCLE MECHANICS-PRELOAD (USMLE Step 1)
9:00
Pulmonary edema (USMLE step 1 )
Dr. Umar – Men's Health Expert
Pulmonary edema (USMLE step 1 )
9:10
VOLUME MEASUREMENT OF COMPARTMENTS (USMLE Step 1)
Dr. Umar – Men's Health Expert
VOLUME MEASUREMENT OF COMPARTMENTS (USMLE Step 1)
8:30
Pulmonary Edema [avicenna-school.com more videos]
Dr. Umar – Men's Health Expert
Pulmonary Edema [avicenna-school.com more videos]
5:29
MICROCIRCULATION (part 1) [AVICENNA school]
Dr. Umar – Men's Health Expert
MICROCIRCULATION (part 1) [AVICENNA school]
8:36
Osmolality Gap - Calculation [AVICENNA school]
Dr. Umar – Men's Health Expert
Osmolality Gap - Calculation [AVICENNA school]
2:17