yes, the chest wall becomes more rigid and the lungs themselves stiffen
The cell wall, composed of cellulose, is the structure that makes plant cells more rigid than animal cells. It provides support and protection to the plant cell, helping maintain its shape and structure.
No, blood cells do not have cell walls. Red blood cells have a flexible membrane to allow them to squeeze through small blood vessels, while white blood cells have a more elastic membrane to change shape as needed to engulf pathogens.
A cell wall, usually found in plant cells, is rigid.
Collenchymatous cells have rigid cell wall
The rigid structure of the cell wall allows a plant cell to become turgid by providing structural support and preventing the cell from bursting as water enters and creates pressure against the cell wall.
The airways and tissues of the respiratory tract, including the alveoli, become less elastic and more rigid; the chest wall becomes more rigid as well.
it become rigid and hard
Cell wall.
Cellulouse makes the cell wall more rigid and hard to defend the cell.
The cell wall, composed of cellulose, is the structure that makes plant cells more rigid than animal cells. It provides support and protection to the plant cell, helping maintain its shape and structure.
endoctrine
The cell wall makes plant cells rigid.
No because they lack a cell wall
Plant cells have a rigid cell wall made of cellulose that provides structural support, while animal cells do not have this feature. The cell wall allows plant cells to resist osmotic pressure and maintain their shape, giving them a more rigid structure compared to animal cells.
The rigidity of the law frightened a majority of the states.
Berlin wall?
No, blood cells do not have cell walls. Red blood cells have a flexible membrane to allow them to squeeze through small blood vessels, while white blood cells have a more elastic membrane to change shape as needed to engulf pathogens.