Explore and discover the significance of the cell wall and the cell membrane!
Animals
Vascular plants
Fungi
Protists
Nonvascular plants
Permeable
Rigidness
Semi-permeable
Porous
Both c and d
Active transport
Osmosis
Passive transport
Diffusion
Facilitated transport
Communication
Receptor
Recognition
Adhesion
Passive transporters
Phospholipids
Carbohydrates
Proteins
Fats
Sterols
Cell wall
Proteins
Cell membrane
Lipids
Secondary cell wall
Cell wall
Cell membrane
Phospholipids
Proteins
Adhesion proteins
B/n plasma membrane and primary cell wall
The outermost layer of the plant cell
B/n nucleus and plasma membrane
B/n cell membrane and plasma membrane
In animals cells
Lipids
Chitin
Cellulose
Lignin
Polysaccharides
Plasma membrane
Secondary cell wall
Cell wall
Cytoplasm
Chitin membrane
Porous
Semi-permeable
Rigidity
Mechanical strength
Cytoplasm
Mitochondria
Cellulose
Chloroplasts
Lignin
Cell wall
Cell membrane
Lipid bilayer
Cellulose
Pectin
Receptor proteins are part of the cell wall while communication proteins are not.
Communication proteins join heart muscle cells while receptor proteins change the cell activities.
Communication proteins send signals between the parts within the cell while the receptor proteins help identify each cell.
There are no differences.
None of the above
Active transporters
Passive transporters
ATP
ER
The nucleus
Belonging to the body
Belonging to the tissue
Non-existent
Foreign to the body
They transport signals through the cell
They increase the rigidity
They block the pathogens from entering
They are actually not part of the bilayer
They help proteins associate with the phospholipids
Protects the cell wall
Enlarges the cell wall
Supports the cell wall
Regulates molecules between the wall and membrane
A and C
Cellulose
Gluey pectin layer
Cytoplasm
Lignin
Wax
In flat layers
In circular layers
In gluey matrix of rope like strands
In elliptical layers
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Here's an interesting quiz for you.