Cell Structure and Function Notes
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Discovery of the Cell | Mid 1600's scientist began using microscope to observe living things
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Robert Hooke | Used Microscope to observe thin slice of Cork - dead plant material
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Corked seemed to be made of box-like chambers - Hooke called | Cell
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Cell Theory | All Living things composed of cells
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Cells | Are the basic unit of STRUCTURE and FUNCTION in living things.
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New cells are produced from | Existing Cells
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Organisms | Made of ONE CELL- UNICELLULAR organisms
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Example of Organism is | BACTERIA
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Multicellular | Made of MANY CELLS organisms.
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Example of Multicellular | Plants and Animals
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Homeostasis | Process by which organism maintain a relatively stable internal environment
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Each cell must be in what with it's environment, exchange food, waste, H20 | Balance
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Prokaryotic | Organisms that do not have a distinct nucleus
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Example of Prokaryotic | BACTERIA
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Eukaryotic | Organisms with cells that have true nucleus and organelles
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Example of Eukaryotic | Plants, animals, fungi
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Organelles | Specialized cell parts or "Little Organs"
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Cytoplasm | Gel-like medium that holds the organelle in position
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Nucleus | Control center of the cell
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Nuclear Membrane | Double Membrane that SURROUNDS THE NUCLEUS.
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Chromatin | HEREDITARY INFORMATION inside the nucleus.
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Ribosomes | Makes Protein
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ROUGH ENDOPLASMIC RETICULUM (Rough ER) | Makes and TRANSPORT PROTEIN within the cell
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Called Rough ER because | The Ribosomes along the membrane and found on its surface.
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Rough ER has extensive network continuous with | Nuclear Envelope
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Function of the Rough ER | to Modify and transport proteins.
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Most of the Proteins for Rough ER are packaged into | Vesicles
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The Vesicles of Rough ER are shuttled to the | Golgi apparatus
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Smooth Endoplasmic Reticulum (Smooth ER) | MANUFACTURES AND TRANSPORT LIPIDS and other materials within the cell.
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The Function of Smooth ER | breaks down GLYCOGEN detoxifies POISONS, and stores CALCIUM.
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Called Smooth ER because | It lacks ribosomes found on its surface
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Golgi apparatus | Process and packages proteins and other substances produced in the ER
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The Function of Golgi Apparatus is | Receives, Modifies, and ships products by way of vesicles into the CYTOSOL - CELL MEMBRANE
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Lysosomes | Cleans up the cell and digest unwanted materials
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Found in only Animal Cells | Lysosomes
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Lysosomes contain round sacs containing | Enzymes that breakdown and recycle used cell components. Also used as a defense against bacteria and viruses
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Vacuoles | Sac like structures may be used as storage for WATER, MOLECULE, OR WASTE.
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Plants cells usually contains a | LARGE VACUOLE that fills most of the cell - pressure from this large vacuole helps plant support themselves.
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Mitochondria | ENERGY SOURCE of the cell.
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Cell Wall | Provides support and Protection for cells.
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Chloroplast | Makes glucose using the energy from the sun (Photosynthesis)
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Double- walled organelle with inner folds to | Increase surface area
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Mitochondria uses | Glucose to manufacture energy in the form of ATP
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Mitochondria has it's own | DNA
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Chloroplast is found in | Plant Cell
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Chloroplast contains | Chlorophyll and their own DNA
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Chloroplast harvest energy from the | Sun to produce ATP through photosynthesis
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Centrioles | Found in Animal cells only.
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Centrioles only bundle of | Microtubules that play a role in cell division.
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Cytoskeleton | Network of protein filaments that helps cells MAINTAIN ITS SHAPE.
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Cytoskeleton is composed of | Protein fibers known as microtubules.
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Cytoskeleton provide motility for some cells in the form of | Cilia or Flagella
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Extensive cytoskeleton found in | Animal Cells
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Cilia | Like little hairs
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Flagella | Like a tail
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Specialized parts of the Cell for Movement | Cilia and Flagella
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The Structure of cells | Is HOW IT IS BUILT
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The Function of a cell | Is WHAT IT DOES
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Example of Plant Cell | Leaf Cell and Root Cell
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Leaf Cell | Contains MANY CHOLORPLAST TO maximize PHOTSYNTHESIS
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Root Cell | Contain MANY VACUOLES to maximize water and starch storage.
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Example of Animal Cell | Epithelial Cell
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Epithelial Cell | Have VILLI to increase NUTRIENT ABSORPTION; found in the intestines.
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Muscle Cell | Contain MANY MITOCHONDRIA to produce more energy for movement
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Nerve Cell | Have fibers called DEDRITES that allow nerve cells to COMMUNICATE with each other.
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