eukaryotic cells vs. prokaryotic cells. cell theory the cell theory states that: all living things...

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Eukaryotic Cells vs. Prokaryotic Cells

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Cell Types Two categories: 1. Eukaryotic Cells - Cells that have membrane- bound organelles 2. Prokaryotic Cells -Cells that do NOT have membrane-bound organelles -Single celled organisms such as bacteria

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Page 1: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Eukaryotic Cellsvs.Prokaryotic Cells

Page 2: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Cell Theory

The cell theory states that:All living things are made of one or more cells.Cells are the basic unit of structure and

function in living things.All cells come from other cells.

Page 3: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Cell Types Two categories:

1. Eukaryotic Cells-Cells that have membrane-

bound organelles

2. Prokaryotic Cells-Cells that do NOT have membrane-bound organelles-Single celled organisms such as bacteria

Page 4: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Cell Types Eukaryotic cells-

Cells that contain organelles which are held together by membranes

Examples include plant and animal cells.

Page 5: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Overview of Organelles Nucleus-

Largest organelle in the cell and it is the most inner compartment of the cell

contains chromatin (DNA); genetic information on strands called chromosomes

“control center” for cell metabolism and reproduction

Page 6: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Overview Cont’d Ribosomes- make proteins; thought of as “factories” Cytoplasm- clear gel like fluid inside the cell, which suspends

all organelles

Page 7: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Mitochondria- often referred to as the “powerhouse” of the cell release energy for the cell It converts the energy stored in glucose into ATP for the cell

Page 8: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Eukaryotic plant cell Plant cells are also Eukaryotic cells, but plant

cells contain some organelles that are not found in animal cells.

Page 9: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Plant Cell Organelles Cell wall- rigid wall outside the plasma membrane. It

provides the cell with extra support. Chloroplasts- captures light and energy; and

converts it into chemical energy.

Page 10: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic
Page 11: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Eukaryotic Cell Structure The plasma

membrane/cell membrane the flexible boundary of a

cell separates a cell from its

surroundings

Page 12: Eukaryotic Cells vs. Prokaryotic Cells. Cell Theory The cell theory states that:  All living things are made of one or more cells.  Cells are the basic

Plasma Membrane/Cell Membrane continued: allows water, nutrients, and waste into and

out of the cell This is referred to as selective permeability.

*(Selective=Chooses, Permeability=filter through)*

keeping a healthy balance of nutrients and water within the cell is called homeostasis