Describe the different types of cells and tissues found in plants
Answers
hey mate your answer plz mark as brainlist
The three types of plant cells are foundin each of the major types of plant tissues: dermal, ground, and vasculartissues. ... Vascular tissue runs through the ground tissue inside a plant. It consists of bundles of xylem and phloem, which transport food, water and minerals throughout the plant.
ihope you like my answer
Tissue System
Tissue Cell Types and Their Functions
Dermal Epidermis Parenchyma Cells:
Guard Cells of Stomata: Regulates the size of stomata. This in turn regulates the amount of water loss, oxygen & carbon dioxide exchange in the plant leaf.
Trichomes (hairs): Expansion of the boundary layer, retardation of water loss, control of heat exchange, light piping, storage of secondary compounds, secretion, protection
Nectary cells: Secretion
Epidermal cells: Protection, support, reduction of water loss.
Sclerenchyma cells:
Sclereids: Protection and support
Periderm Cork cells (phellem) and Parenchyma cells (pheloderm): Protection
Ground Parenchyma Parenchyma cells: photosynthesis, storage, support
Laticifers: Secretion, storage of secondary metabolites
Oil Ducts: secretion
Resin & Gum Duct epithelial cells: secretion
Collenchyma Collenchyma cells:photosynthesis, support, gravity perception in grasses
Sclerenchyma Fibers: support, protection
Sclereids: support, protection
Vascular Xylem Vessel Members: Water & mineral transport, support. Mostly in advanced angiosperms
Tracheids: Water & mineral transport, support. Mostly in gymnosperms and lower angiosperms
Sclerenchyma Cells: Fibers & Sclereids: support, protection
Xylem Parenchyma Cells: storage, short distance transport
Laticifers: secretion, storage of secondary metabolites
Resin & Gum Duct Epithelial Cells: secretion
Phloem Sieve Tube Members & Companion Cells: transport of sugars, organic nitrogen compounds, and growth regulators in angiosperms
Sieve cells, Albuminous Cells: transport of sugars, organic nitrogen compounds, and growth
Sclerenchyma Cell: Fibers, Sclereids: support, protection
Phloem Parenchyma Cells: storage and short-distance transport
Laticifers: secretion and storage of secondary metabolites
Resin & Gum Duct Epithelial Cells: secretion