The basement membrane

A Is an integral part of epithelium
B Acts as a mechanical barrier
C Is visible under light microscope
D Attaches the overlying cells by cell junction
E Plays role in certain diseases development

Correct Answer: Is an integral part of epithelium, Acts as a mechanical barrier, Is visible under light microscope, Attaches the overlying cells by cell junction, Plays role in certain diseases development

Bissoy MCQ
#Basic Science #MS #Anatomy #Histology #Vascular tissue

Related Questions

The following statements are correct regarding basement membrane
A It is an integral part of epithelium.
B It is visible under light microscope.
C It attaches the overlying cells by cell junctions.
D A continuous basement membrane is essential for an epithelium.
E Basal lamina and basement membrane are synonymous
ফুসফুস আবৃত থাকে যে পর্দা দ্বারা তাকে বলা হয়-(The membrane covering the lung is called-)
A পেরিকার্ডিয়াম (Pericardium)
B পেরিঅস্টিয়াম (Periosteum)
C প্লিউরা (Pleura)
D পেরিকড্ন্রিয়াম (Perichondrium)
হৃৎপিন্ড যে আবরণ দ্বারা আবৃত থাকে- (The membrane that covers the heart-)
A পেরিঅস্টিয়াম (Periosteum)
B পেরিকার্ডিয়াম (Pericardium)
C পেরিটোনিয়াম (Peritoneum)
D পেরিকন্ড্রিয়াম (Pericondrium)
Inthe cell membrane
A Integral proteins may give attachment to filaments.
B The inner side shows the hydrophobic ends of the lipid molecules.
C The inner protein layer is discontinuous.
D Receptors are destroyed after being used.
E The outer protein layer is continuous.
Synovial membrane
A Is the most inner surface of the joint capsule
B Has outer layer containing loose connective tissue
C Has inner layer with 1-4 cells thickness
D Has outer
E middle and inner layer
F Has phagocytic type B synoviocyte
The organelles which incorporate a unit membrane are
A Golgi apparatus
B Lysosome
C Actin
D Nuclear envelope
E Ribosome
Rate of gas diffusion through the respiratory membrane is
A Directly proportional to diffusion coefficient of the gas
B Inversely proportional to the thickness of respiratory membrane
C Directly proportional to solubility of the gas
D Inversely proportional to the pressure gradient between two sides of membrane
E Directly proportional to molecular weight of the gas
Rate of gas diffusion through the respiratory membrane is directly proportional to
A Surface area of the membrane
B Solubility of gas
C Diffusion coefficient
D Molecular weight of gas
E Thickness of the membrane
Gaseous exchanges through the respiratory membrane is directly proportional to
A Surface area of respiratory membrane
B Diffusion co-efficient of gas
C Solubility of the gas
D The thickness of respiratory membrane
E Molecular weight of the gas
Rate of gase diffusion through the respiratory membrane is
A Inversely proportional to thickness of respiratory membrane
B Directly proportional to surface area of respiratory membrane
C Directly proportional to pressure difference of gas
D Inversely proportional to solubility of the membrane
E Inversely proportional to diffusion co-efficient of gas

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