Dear Readers, Welcome to HISTOLOGY Objective Questions and Answers have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of HISTOLOGY Multiple choice Questions. These Objective type HISTOLOGY Questions are very important for campus placement test and job interviews. As per my experience good interviewers hardly plan to ask any particular question during your Job interview and these model questions are asked in the online technical test and interview of many Medical Industry.
A. perioxisome
B. mitochondrion
C. Golgi Apparatus
D. smooth ER
E. none of the above
Ans: B
A. peroxisome
B. mitochondrion
C. golgi apparatus
D. smooth ER
E. none of the above
Ans: D
A. peroxisome
B. mitochondrion
C. golgi apparatus
D. smooth ER
E. none of the above
Ans: A
A. peroxisome
B. mitochondrion
C. Golgi Apparatus
D. smooth ER
E. none of the above
Ans: E
A. glycocalyx
B. macula adherens
C. zonula adhernens
D. nexus
E. zonula occuldens
Ans: E
A. Collagen type I
B. Collagen type II
C. Collagen type III
D. Collagen type IV
E. elastic fiber
Ans: C
A. loose connective tissue
B. dense irregular connective tissue
C. dense regular connective tissue
D. cartilage
E. bone
Ans: A
A. T Lymphocyte
B. plasma cells
C. mast cell
D. histiocyte
E. none of the above
Ans: E
A. melanocyte
B. fibrocyte
C. mast cell
D. macrophage
E. B Lymphocyte
Ans: C
A. true
B. false
Ans: B
A. cancellous bone
B. osteonal bone
C. trabecular bone
D. immature bone
E. none of the above
Ans: B
A. True
B. False
Ans: B
A. bone
B. fibrocartilage
C. dense irregular connective tissue
D. dense regular connective tissue
E. hyaline cartilage
Ans: E
A. to protect and support the body and assist in motion
B. to store lipid
C. to transport a variety of substances
D. to protect and support organs
Ans: D
A. to protect and support the body and assist in motion
B. to store lipid and cushion organs
C. to transport a variety of substances
D. to protect and support organs
Ans: B
A. to store lipid and cushion organs
B. to protect and support organs
C. to transport a variety of substances
D. to protect and support the body and assist in motion
Ans: C
A. True
B. False
Ans: A
A. create heat
B. propel blood into the circulatory system
C. propel food through the GI tract
D. cushion organs
Ans: C
A. Tight, Gap, Macula Adherens
B. Macula Adherens, Junctions, Gap
C. Gap, Loose, Tight
Ans: A
A. Blood, Nerve, Epithelial, Skeletal
B. Epihelial, Nerve, Muscle, Bone
C. Epithelial, Nerve, Connective, Muscle
D. Connective, Bone, Skin, Blood
Ans: C
A. Stratified Cuboidal
B. Simple Cuboidal
C. Simple Columnar
D. Simple Squamous
Ans: D
Location-Glands, ducts; portions of kidey tubules; thyroid glands
Function-Limited protection, secretion, absorption
A. Simple Cuboidal
B. Simple Squamous
C. Simple Columnar
D. Stratified Cuboidal
Ans: A
A. Transitional Epithelium
B. Pseudostratified Ciliated Columnar Epithelium
C. Stratified Squamous Epithelium
D. Stratified Columnar Epithelium
A. Skin
B. Connective Tissue
C. Epithelial Tissue
D. Nerve Tissue
Ans: C
A. Desmosomes
B. Gap Junctions
C. Microvilli
D. Tight Junctions
Ans: B
A. True
B. False
Ans: A
A. Spinal cord
B. Pubic symphysis
C. Ligament
D. Areolar tissue
E. Organ capsule
Ans: A
A. Rokitansky-Aschoff sinuses
B. Ducts of Luschka
C. Duct of Wirsung
D. Ampulla of Vater
E. Sphincter of Oddi
Ans: E
A. Epithelioid tissue
B. Mesothelium
C. Endothelium
D. Transitional
E. Pseudostratified
Ans: A
A. Lacteal
B. Crypts of Lieberkuhn
C. Plicae circulares
D. Striated border
E. Villi
Explanation
The plica circulares is a projection with a core of submucosa. The plica circulares is also called the valve of Kerckring.
A. Astrocytes
B. Ependymal cells
C. Oligodendrocytes
D. Microglia
E. Schwann cells
Ans: E
A. Simple squamous epithelium
B. Simple cuboidal epithelium
C. Simple columnar epithelium
D. Stratified squamous epithelium
E. Transitional epithelium
Ans: D
A. Chondrocyte
B. Chondroblast
C. Osteocyte
D. Osteoclast
E. Bone lining cell
Ans: E
A. Elastic cartilage
B. Hyaline cartilage
C. Fibrocartilage
D. Spongy bone
E. Compact bone
Ans: B
A. Motor neurons
B. Interneurons
C. Sensory neurons
D. Motor neurons and Interneurons
E. All of the above
Ans: D
A. Langerhans cell
B. Keratinocyte
C. Melanocyte
D. Merkel cell
E. Fibroblast
Ans: B
A. Parietal cells
B. Oxyntic cells
C. Chief cells
D. Mucous neck cells
E. Parietal cells and Oxyntic cells
Ans: C
A. Canaliculi
B. Sharpey's fibers
C. Trabeculae
D. Tome's process
E. Lacuna
Ans: A
A. Hyaline cartilage
B. Elastic cartilage
C. Fibrocartilage
D. Hyaline cartilage and elastic cartilage equally
E. Elastic cartilage and fibrocartilage equally
Ans: A
A. Perimysium
B. Periosteum
C. Perichondrium
D. Perineurium
E. Endosteum
Ans: C
A. Red fibers
B. White fibers
C. Intermediate fibers
D. All of the above
E. None of the above
Ans: A
A. Kupffer cells
B. Histiocyte
C. Dust cell
D. Langerhans cell
E. Microglia
Ans: D
A. Ribosomes
B. Peroxisome
C. Microfilaments
D. Centrioles
E. Nucleoli
Ans: C
A. Afferent arteriole
B. Efferent arteriole
C. Capillary tuft
D. Peritubular capillaries
E. Vasa recta
Ans: C
A. Unipolar
B. Pseudounipolar
C. Bipolar
D. Multipolar
E. Unipolar and Pseudounipolar
Ans: C
A. Meninges
B. Myelinated nerve fibers
C. Cell bodies
D. Nodes of Ranvier
E. Neurofilaments
Ans: C
A. Mucous connective tissue
B. Mesenchyme
C. Loose irregular connective tissue
D. Dense irregular connective tissue
E. Dense regular connective tissue
Ans: E
A. Simple gland
B. Compound gland
C. Tubular
D. Alveolar
E. Tubuloalveolar
Ans: D
A. Sensory neurons
B. Motor neurons
C. Interneurons
D. Sensory neurons and Motor neurons
E. All of the above
Ans: C
A. Pulp cavity
B. Dentin
C. Dental pulp
D. Cementum
E. Enamel
Ans: E
A. Endocytosis
B. Exocytosis
C. Pinocytosis
D. Phagocytosis
E. Active transport
Ans: D
A. Skeletal muscle
B. Cardiac muscle
C. Smooth muscle
D. Skeletal muscle and Cardiac muscle
E. Skeletal muscle, Cardiac muscle and Smooth muscle
Ans: E
A. Mucosa
B. Sub mucosa
C. Muscularis externa
D. Serosa
E. Adventitia
Ans: D
A. Sebaceous glands
B. Eccrine sweat gland
C. Endocrine gland
D. Apocrine sweat gland
E. Oil gland
Ans: D
A. Simple microscope
B. Compound microscope
C. Phase contrast microscope
D. Dissection microscope
E. Transmission electron microscope
Ans: D
A. Dura mater
B. Arachnoid
C. Pia mater
D. Dura mater and Arachnoid
E. All of the above
Ans: C
A. Microvilli
B. Stereocilia
C. Cilia
D. Keratinization
E. Both a and b
Ans: A
A. Ruffini endings
B. Free nerve endings
C. Pacinian corpuscles
D. Meissner's corpuscles
E. Merkel cells
Ans: B
A. Ribosomes
B. Peroxisome
C. Microfilaments
D. Centrioles
E. Nucleoli
Ans: A
A. Perimysium
B. Periosteum
C. Perichondrium
D. Perineurium
E. Endosteum
Ans: E
A. Red fibers
B. White fibers
C. Intermediate fibers
D. All of the above
E. None of the above
Ans: E
A. Hyaline cartilage
B. Elastic cartilage
C. Fibrocartilage
D. All of the above
E. None of the above
Ans: A
A. Smooth muscle
B. Cardiac muscle
C. Skeletal muscle
D. Smooth muscle and Cardiac muscle
E. Smooth muscle, Cardiac muscle and Skeletal muscle
Ans: D
A. Epidermis
B. Dermis
C. Hypodermis
D. Epidermis and Dermis
E. Dermis and Hypodermis
Ans: D
A. Rough endoplasmic reticulum
B. Smooth endoplasmic reticulum
C. Lysosome
D. Golgi apparatus
E. Mitochondria
Ans: B
A. Hyaline cartilage
B. Fibrocartilage
C. Elastic cartilage
D. Hyaline cartilage and Fibrocartilage
E. Hyaline cartilage and Elastic cartilage
Ans: A
A. Unipolar
B. Pseudounipolar
C. Bipolar
D. Multipolar
E. Unipolar and Pseudounipolar
Ans: D
A. Simple squamous epithelium
B. Simple cuboidal epithelium
C. Simple columnar epithelium
D. Stratified squamous epithelium
E. Pseudostratified epithelium
Ans: D
A. Hyaline cartilage
B. Elastic cartilage
C. Fibrocartilage
D. All of the above
E. None of the above
Ans: A
A. 0
B. 10-40
C. 40-60
D. 60-80
E. 80-100
Ans: D
A. Simple squamous epithelium
B. Simple cuboidal epithelium
C. Simple columnar epithelium
D. Stratified squamous epithelium
E. Transitional epithelium
Ans: C
A. Conversion of glucose into glycogen
B. Storage of glycogen
C. Storage of bile
D. Storage of fat soluble vitamins
E. Cholesterol synthesis
Ans: C
A. Stratum basale
B. Stratum spinosum
C. Stratum granulosum
D. Stratum lucidum
E. Stratum corneum
Ans: C
A. Ganglion
B. Perikaryon
C. Astrocyte
D. Nissl
E. Terminal bouton
Ans: D
A. Ganglion
B. Soma
C. Astrocyte
D. Nissl
E. Terminal bouton
Ans: B
A. Upper esophagus
B. Heart
C. Tongue
D. Biceps muscle
E. Walls of the visceral organs
Ans: E
A. Fixation
B. Embedding in paraffin
C. Staining
D. Slicing
E. Dehydration
Ans: B
A. Microvilli
B. Stereocilia
C. Cilia
D. Keratinization
E. Microvilli and Stereocilia
Ans: D
A. Cancellous bone
B. Compact bone
C. Dense bone
D. Immature bone
E. Spongy bone
Ans: D
A. Space of Disse
B. Space of Mall
C. Vacuole
D. Lacuna
E. Howship's Lacuna
Ans: D
A. Lunula
B. Eponychium
C. Matrix
D. Nail bed
E. Root
Ans: E
A. Kupffer cells
B. Histiocyte
C. Dust cell
D. Langerhans cell
E. Microglia
Ans: E
A. Chondrocyte
B. Chondroblast
C. Osteocyte
D. Osteoclast
E. Bone lining cell
Ans: C
A. Epithelioid tissue
B. Mesothelium
C. Endothelium
D. Transitional
E. Pseudostratified
Ans: E
A. Rough endoplasmic reticulum
B. Smooth endoplasmic reticulum
C. Lysosome
D. Golgi apparatus
E. Mitochondria
Ans: C
A. Portal vein
B. Hepatic artery
C. Central vein
D. Sinusoids
E. Portal vein and Hepatic artery
Ans: E
A. Fixation
B. Embedding in paraffin
C. Staining
D. Slicing
E. Dehydration
Ans: A
A. Fixation
B. Embedding in paraffin
C. Staining
D. Slicing
E. Dehydration
Ans: C
A. Hyaline cartilage
B. Elastic cartilage
C. Fibrocartilage
D. All of the above
E. None of the above
Ans: E
A. Receptors
B. Brachial plexus
C. Sciatic nerve
D. Ganglia
E. Spinal cord
Ans: E
A. Plasmalemma
B. Glycocalyx
C. Protoplasm
D. Cristae
E. Ground substance
Ans: A
A. Lobule
B. Portal triad
C. Central vein
D. Hepatocyte
E. Sinusoids
Ans: A