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NEET (PG)

2013
2019

Physiology

Gastrointestinal physiology - peristalsis neurotransmitters
Acid-Base Balance - Alkalosis and Calcium
Acid-base balance
Adrenal cortex hormones
Airway flow and Reynolds number
Allodynia vs hyperalgesia (pain physiology)
Antral G Cell Gastrin Secretion
Aortic stenosis vs regurgitation — myocardial oxygen consumption
Aquaporins
Autonomic Pharmacology - Adrenergic Receptors
Autonomic control of gut motility
Basal metabolic rate
Blood
Body Fluids - Fluid Compartments
Bronchial versus pulmonary circulation
Capillary dynamics and interstitial fluid pressure
Cardiac cycle and jugular venous pulse
Cardiovascular physiology - hypovolemic shock and renal response
Cardiovascular system
Cell physiology and endocytosis
Cerebellar function and lesions
Cerebellum
Cerebral blood flow regulation
Cerebral hypoxia, irreversible neuronal injury
Cerebral metabolic rate and temperature (Q10)
Cerebrospinal fluid composition
Cervical mucus and estrogen
Coagulation pathways
Control of respiration
Counter-current mechanism and urine concentration
Deep tendon reflexes - root levels
Demyelination and nerve conduction
ECG - Einthoven's law and bipolar leads
EEG
EEG waves
Endocrine physiology - male reproductive hormones
Endocrinology - parathyroid hormone and ageing
Factors affecting BMR
Female reproductive cycles
Fetal Circulation
Fetal behavioural development
GI water and electrolyte absorption
GIT Physiology - Glucose Absorption
Gas laws - Henry's law
Gastrointestinal reflexes
Gastrointestinal system
General Physiology
Glomerular filtration barrier
Growth hormone and somatomedins
Hemostasis - von Willebrand factor
Human Endocrine System
Hypercarbia - Clinical Features
Hypothalamus - appetite regulation
Iron absorption
Limbic system and Papez circuit
Liver - Hepatic stellate (Ito) cells and vitamin A storage
Lower oesophageal sphincter regulation
Lung volumes and capacities
Mechanism Of Hormone Action
Membrane transport and intestinal absorption
Menstrual cycle phases
Mineralocorticoid receptor distribution
Muscle physiology - calcium channels
Muscle physiology - smooth muscle types
Nerve conduction and refractory period
Nerve fiber types
Nerve fibre classification and sensory pathways
Nerve physiology - fiber types and conduction velocity
Nerve–Muscle
Nervous system
Neuromuscular junction - myasthenia gravis
Neurophysiology
Neurophysiology - decorticate vs decerebrate rigidity
Nitric oxide and cGMP signaling
Nitric oxide in GIT motility
Non-respiratory functions of the lung
Nucleocytoplasmic transport
Nutrition - body mass index and its limits
Orthopnoea in heart failure
Ovulation assessment via progesterone
Phantom limb pain / cortical reorganisation
Prolactin secretion
Puberty and sex hormones
Pulmonary capillary recruitment
Regulation Of Kidney Function
Renal Physiology - Urinary Incontinence
Renal physiology - counter-current multiplier and exchanger
Renal tubular transport
Reproductive endocrinology - gonadotropin feedback
Reproductive physiology - breast development
Respiratory chemoreceptors
Respiratory physiology and aging
Resting membrane potential and potassium
Sensory receptors and proprioception
Sex determination - SRY and AMH/MIF
Shock and renal hemodynamics
Skeletal muscle ultrastructure
Somatosensory system and two-point discrimination
Special senses - taste
Spinal cord tracts - hemisection
Synaptic Transmission and Presynaptic Inhibition
Taste transduction - Sour taste
The respiratory system
Thermoregulation and Pyrogens
Venous return and muscle pump
Ventilation-perfusion ratio
Water absorption in GI tract

List of top Physiology Questions on Gastrointestinal physiology - peristalsis neurotransmitters asked in NEET (PG)

Antegrade peristalsis (descending relaxation ahead of the bolus) is due to which one of the following neurotransmitters?

Which cells are referred to as pacemaker cells in relation to the basic electrical rhythm (BER) of the gut?