A ReM

B NREM I

C NREM II

D NREM III

A Transient tachypnea of newborn

B Respiratory distress syndrome

C Neonatal jaundice

D Hypeensive encephalopathy of newborn

A Cell to cell variation

B Transduction of Signals

C Transmembrane preparation of protein

D DNA replication

A Substance P

B Acetylcholine

C VIP

D Norepinephrine

A Is associated with increased renal vascular resistance when arterial blood pressure is lowered from 100 to 80 mm Hg

B Mainly involves changes in the caliber of efferent arterioles

C Maintains a normal renal blood flow during severe hypotension (blood pressure, 50 mm Hg)

D Minimizes the impact of changes in arterial blood pressure on renal Na+ excretion

A Closure of the glottis.

B Involuntary relaxation of the upper esophageal sphincter.

C Movements of the tongue against the palate.

D Esophageal peristalsis.

A Reduced vital capacity

B Reduced FEV1 /FVC ratio

C Reduced diffusion capacity

D Reduced total lung capacity

A Atrial depolarization

B Ventricular depolarization

C Atrial repolarisation

D Ventricular repolarisation

A 500 - 1000ml

B 1000 - 1500ml

C 2000 - 2500ml

D 3000ml

A Active transport

B Passivetransport

C Diffusion

D Osmosis