plant and animal cells. early scientists’ contributions: record notes on pages 2 and 3

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PLANT AND ANIMAL CELLS

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Page 1: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

PLANT AND ANIMAL CELLS

Page 2: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Early Scientists’ Contributions: Record notes on pages 2 and 3

Page 3: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Anton van Leeuwenhoek

• First compound light microscope

Page 4: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Robert Hooke• Coined the

term “cell”

Page 5: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Matthias Schlieden

• All plants are made of cells

Page 6: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Theodor Schwann• All animals are

made of cells

Page 7: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Rudolf Virchow• Cells can only

arise from pre-existing cells

Page 8: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Cell Theory

1. All organisms are made up of one or more cells.

2. The cell is the basic unit of organization of all organisms.

3. All cells come from other cells all ready in existence.

Page 9: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3
Page 10: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Cross Section of an Animal Cell: paste on page 6

Page 11: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Cross Section: Animal Cell

Page 12: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Plant Cell Cross Section: Record on page 7

Page 13: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Plant Cell

Page 14: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Cell Functions

Page 15: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

CELL WALL: PLANT

• Function: Gives the cell most of its support and structure

• A thick, rigid membrane that surrounds a plant cell

• Bonds with other cell walls to form the structure of the plant

Page 16: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

CELL MEMBRANE

• Function:Semi permeable, allowing some substances to pass into the cell and blocking others.

• Thin layer of protein and fat that surrounds the cell

   

Page 17: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Chloroplast

• Function: Where photosynthesis takes place

• An elongated or disc-shaped organelle containing chlorophyll

Page 18: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Cytoplasm• Function:

Where the organelles are located.

• The jellylike material outside the cell nucleus.

Page 19: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

ENDOPLASMIC RETICULUM

• Function:transports materials through the cell

• Rough ER is covered with ribosome's that give it a rough appearance

Page 20: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Golgi Bodies• Function:

Golgi bodies are the packaging and secreting organelles of the cell.

• Are stacks of membrane-covered sacs that package and move proteins to the outside of the cell.

Page 21: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Lysosome• Function:

Where the digestion of cell nutrients takes place

• Also called cell vesicles

• Spherical organelles surrounded by a membrane

• They contain digestive enzymes

Page 22: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Mitochondria• Functions:

Where energy is released.

• Spherical to rod-shaped organelles with a double membrane

• Membrane is folded many times, forming a series of projections (called cristae)

 

Page 23: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Nucleus:The Manager• Function:

Controls many of the functions of the cell

• Spherical body containing many organelles, including the nucleolus

• Contains DNA (in chromosomes)

• Surrounded by the nuclear membrane

Page 24: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Ribosome's• Function:

Small structures in the cytoplasm that create proteins.

• Ribosome's are either free floating in the cytoplasm of a cell or attached to endoplasmic reticulum in a cell.

Page 25: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Vacuole• Function:

Like your suitcase, a vacuole is a temporary storage space for the cell.

• Fluid-filled, membrane-surrounded cavities inside a cell

• Fills with food being digested and waste material that is on its way out of the cell

Page 26: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Edible Plant and Animal Cells

Page 27: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

More Edible Cells

Page 28: PLANT AND ANIMAL CELLS. Early Scientists’ Contributions: Record notes on pages 2 and 3

Material Suggestions• pieces each of round and square bread (cell)• honey (cytoplasm)• Marshmallows (vacuoles) – 1 large white for

plant, 5 small yellow for animal• Straight Pretzels (cell wall)• Wrapped Hard Candies (nucleus) • jelly beans (mitochondria)• green Marshmallows (chloroplasts)• Twizzlers (Endoplasmic Reticulum)• Smarties (Golgi Bodies)• Gum Drops (Lysosomes)• jar of Sprinkles (Ribosomes)• aluminum foil (cell membrane)