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Ground
Vascular
Epidermal

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Epidermis, Vascular, and Ground

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Vascular Tissue
Epidermal Tissue
Ground Tissue

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What three mature tissues are found in plants?

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What three mature tissues are found in plants?

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What organelles are seen in a plant cell? (some of these ONLY seen in plant cells)

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What organelles are seen in a plant cell? (some of these ONLY seen in plant cells)

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chloroplasts
vacuole
mitochondrin
cell wall
lysomone

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Mitochondria; chloroplasts; cell wall; vacuole; nucleus

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Chloroplasts
Plastids
Central Vacuole
Cell Wall
nucleus
mitochondrion
Golgi apparatus
smooth ER
rough ER

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Chloroplast
Cell wall
Nucleus
Mitochodria
Cell membrane
Vacuole
Tubular endoplasmic reticulum
Cytoplasm
Nucleolus
Ribosomes?
Golgi body

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Xylem and Phloem - Part 3 - Translocation - Transport in Plants | Plants | Biology | FuseSchool

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Phloem Tissue transports sugar and amino acids back and forth to all the cells in the plant.

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Xylem and Phloem - Part 2 - Transpiration - Transport in Plants | Biology | FuseSchool

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Xylem Tissue transports water from the roots to the leaves

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xylem- transpiration stream of water from root to stem to leaf

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Stone Cells are a form of lignification that helps to protect plants when they are still in seed form and begin to soften as they grow.
Sclerenchyma Tissue are mostly for protection, where they have massively thick secondary cell walls.

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Fiber: Lignified cell that provides structural, flexible support
Lumen: Small areas of space between cell walls
Stone cell: Sclereid variant that provides a thick protective layer
Cell walls with lignin: When a cell wall dies, it turns into a substance that stiffens the cell wall as well as waterproofs it

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A- fiber cell, flexible support
B- stone cell, adaptation to protect maturing organism

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Stone Cell- An adaption to protect maturing organism dead at maturity
Lumen- Open space for storage. (free real estate)
Fiber- Very long, function is to support tissue no pits heavily lignified.

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Explain the cell types found in this tissue:

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Explain the cell types found in this tissue:

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Collenchyma Tissue have extra thick cell walls at the corners. This happens so that the tissue has more flexibility but also still supportive towards the structure over all.

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Collenchyma is either spongy (isodiametric)  or palisade (long thin strong) Has chloroplast in it, so its purpose is for photosynthesis
Cell walls, provide protection and support, tough and flexible

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Cell wall: Made up of cellulose, enzyme-linked glucose chains, the cell wall provides both protection and structure for lateral growth

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A- fibrous cells meant to provide support to grow shoots and leaves
B- collenchyma cells meant to provide flexible support due to their extra thick cell walls

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What type of cells are seen in this tissue:

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What type of cells are seen in this tissue:

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The parenchyma tissue is meant to help conserve starch and water. They are the basic building block cells of plants.

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Parenchyma: storage cell for starch and water, as well as certain defensive chemicals to protect against threats

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Parenchyma cells are the classic building block cells which are used to store water and sometimes starch, they're typically round as shown

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Parenchyma are the classic building blocks the intercellular spaces in this example allow for transport/ dispersal of water and nutrients.