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Cell Structure: Chapter 3 (Plant Cells (Cell Wall (Microfibril,…
Cell Structure: Chapter 3
Concepts
Organelles
Unicellular or Multi-cellular Organisms
Division of Labor
Mother cells divided into Daughter Cells
Different types of Metabolisms
Membranes
Composition of Membranes
Biphosphlipid membrane
Intrinsic Proteins
Extrinsic Proteins [peripheral proteins]
Fluid mosacimembrane
Glycoproteins [Glycolipids]
Properties of Membranes
Vesicles
Exocytosis
Endocytosis
Selectively Permeable Membranes [Differentially Permeable]
Facilitated Diffusion
Active Trasport
Compartmentalization
Freely Permeable Membrane
Impermeable Membrane
Alternatives: Unusual Cells
Dead Cells
Programmed Dead Cells
Unusual Nuclei
Flagella
Giant Cells
Basic Cell Types
Prokaryotic: Bacteria Cells
Eukaryotic: Animal and Plant Cells
Plant Cells
Plasma Membrane
Covers cell
Protoplasm
Substance of proteins, lipid, nucleic acids, and water
Nucleus
Where the DNA is held
Central Vacuole
Tonoplast
Cytoplasm
Mitochondria
Plastids
Chloroplasts
Ribosomes
Endoplasmic Reticulum
Dictyosomes
Golgi Aparatus
Microbodies
Peroxisomes
Glyoxysomes
Cytosol
Clear Plasma in the Cytoplasm
Microtubles
Alpha-tubulin
Beta-tubulin
Centriole
Flagella
Cilia
Basal Body
Storage Products
To survive Scarcity
Cell Wall
Microfibril
Hemicelluloses
Middle Lamella
Pectic Substances
Primary and Secondary Cell Walls
Microfiliments
Actin
Plants DO Things Differently: Calcium: Strong Bones, Strong Teeth, but Not Strong Plants
Wood for trees is like bones for humans
Lignim
"leaf veins"
Botany and Beyond: The Metric System and Geometric Aspects of Cells
The Metric System
Geometry of Cells
Fungal Cells
Chitin
No Plastids
Association of Cells
Plasmodesmata
Primary Pit Field
Symplast
Intercellular Spaces
Apoplast
