There is a very thin one celled membrane called simple squamous epithelium that works this way.
pseudostratified ciliated columnar
simple squamous
simple squamous
By diffusion or absorption across the apical or basal surfaces of Epithelium.
Through diffusion from underlying connective tissue which have abundant blood vessels.
Long thin cells that anchor mosses to the ground rhizoids. Is tissue specialized to conduct water and nutrients is the vascular tissue.
The only Biological tissue that is able to contract is MUSCLE tissue and this is because of the specialized proteins: actin and myosin that slide across each other.
Nutrients diffuse to epithelium from underlying connective tissues, which have abundant blood vessels.
capillaries and tissue cells
Diffusion occurs across simple epithelial tissue. These are only one layer.
no you dum bass
Proteins
diffusion using capillaries and tissue fluid
sure it can
By diffusion or absorption across the apical or basal surfaces of Epithelium.
Through diffusion from underlying connective tissue which have abundant blood vessels.
Phloem
Long thin cells that anchor mosses to the ground rhizoids. Is tissue specialized to conduct water and nutrients is the vascular tissue.
The only Biological tissue that is able to contract is MUSCLE tissue and this is because of the specialized proteins: actin and myosin that slide across each other.
Phloem is made of sieve tubes, companion cells and phloem parenchyma. These are specialized cells to transport nutrients from leaves to other area of the plant.