Related Questions

The derivatives of neural crest cells are
A Cranio-facial skeleton
B Autonomic ganglia
C Melanocyte
D Duramater
E Cortex of adrenal gland
Derivatives of neural crest are:
A Facial skeleton
B Melanocytes
C Adrenal medulla
D Hepatocytes
E Spinal cord
Ectodermal derivatives include the
A Parotid glands
B Anterior lobe of the hypophysis cerebri (pituitary glan
C Lining epithelium of the pharynx
D Lining epithelium of the whole of the urethra
E Lining epithelium of the blood vessels
Derivatives of fourth aortic arch are:
A Arch of the aorta
B Proximal part of right subclavian artery
C Arch of the aorta
D Proximal part of right subclavian artery
E Internal carotid artery
F Common carotid artery
G Right pulmonary artery
H Internal carotid artery
I Common carotid artery
J Right pulmonary artery
Derivatives of frontonasal prominence include
A Bridge of the nose
B Forehead
C Cheek
D Lateral part of upper lip
E Lower lip
Derivatives of the ureteric bud in male include the
A Collecting tubule
B Ureter
C Distal convoluted tubule
D Prostatic part of the urethra
E Urinary bladder except trigone
Derivatives of following vitamins act as co-factors
A Niacin
B Ascorbic acid
C Pantothenic acid
D Cobalamin
E Retinol
Markets in which derivatives are traded are classified as
A assets backed market
B cash flow backed markets
C mortgage backed markets
D derivative securities markets
The thoracic Duct
A Passes anterior to the left phrenic nerve at the medial border of the scalenus anterior
B Terminates at the union of left internal jugular and subclavian veins
C Enter thorax through the caval opening of the diaphragm
D Bends laterally in front of the carotid sheath at the level of C7 vertebra
E Passes behind the first part of the subclavian artery
The most commonly used method for the design of duct size is the
A Velocity reduction method
B Equal friction method
C Static regains method
D Dual or double method

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