Discovering Cells Looking Inside Cells Analogies Paramecium and

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Discovering Cells

Discovering Cells

Looking Inside Cells

Looking Inside Cells

Analogies

Analogies

Paramecium and Euglena

Paramecium and Euglena

Amoeba and Volvox

Amoeba and Volvox

Key Terms

Key Terms

Discovering Cells Looking Key Terms $100 $200 $200 $100 $200 Paramecium and Euglena Amoeba

Discovering Cells Looking Key Terms $100 $200 $200 $100 $200 Paramecium and Euglena Amoeba and Volvox Inside Cells Analogies $300 $300 $400 $400 $500 $500

1 - 100 1 -100 These are the basic units of structure and function

1 - 100 1 -100 These are the basic units of structure and function in living things.

1 - 100 1 -100 A What are cells?

1 - 100 1 -100 A What are cells?

1 -200 This is an instrument that makes small object look larger.

1 -200 This is an instrument that makes small object look larger.

1 - 100 1 -200 A What is a microscope?

1 - 100 1 -200 A What is a microscope?

1 -300 This is the first person to ever view cells. He did it

1 -300 This is the first person to ever view cells. He did it by viewing “cork. ”

1 - 100 1 -300 A Who is Robert Hooke?

1 - 100 1 -300 A Who is Robert Hooke?

1 -400 These are three type of microscopes that we discussed.

1 -400 These are three type of microscopes that we discussed.

1 - 100 1 -400 A What are simple, complex (or light), and electron

1 - 100 1 -400 A What are simple, complex (or light), and electron microscopes?

1 -500 Cell Theory is made up of these three points.

1 -500 Cell Theory is made up of these three points.

1 - 100 1 -500 A What are… • All living things are made

1 - 100 1 -500 A What are… • All living things are made up of cells. • Cells are the basic unit of structure and function. • All cells are produced from other cells.

1 - 100 2 -100 These are tiny structures that carry out specific functions

1 - 100 2 -100 These are tiny structures that carry out specific functions within a cell.

1 - 100 2 -100 A What are organelles?

1 - 100 2 -100 A What are organelles?

2 -200 These are three types cells that must be apart of a living

2 -200 These are three types cells that must be apart of a living structure that we have talked about.

1 - 100 2 -200 A What are animal, plant, and bacterial cells?

1 - 100 2 -200 A What are animal, plant, and bacterial cells?

2 -300 This is the rigid layer of nonliving material that surrounds plant cells.

2 -300 This is the rigid layer of nonliving material that surrounds plant cells.

1 - 100 2 -300 A What is the cell wall?

1 - 100 2 -300 A What is the cell wall?

2 -400 The structure of each kind of body cell is suited to this.

2 -400 The structure of each kind of body cell is suited to this.

1 - 100 2 -400 A What is its function?

1 - 100 2 -400 A What is its function?

2 -500 Name 8 out of the 10 parts to an “animal cell”.

2 -500 Name 8 out of the 10 parts to an “animal cell”.

1 - 100 2 -500 A What are Cell Membrane, Nucleus, Nucleolus, Endoplasmic Reticulum,

1 - 100 2 -500 A What are Cell Membrane, Nucleus, Nucleolus, Endoplasmic Reticulum, Golgi Body, Vacuole, Lysosomes, Mitochondria, Cytoplasm, Ribosomes?

1 - 100 3 -100 This part is known as the “brain” of the

1 - 100 3 -100 This part is known as the “brain” of the cell.

1 - 100 3 -100 A What is the nucleus?

1 - 100 3 -100 A What is the nucleus?

3 -200 This is the “highway” system of a cell.

3 -200 This is the “highway” system of a cell.

1 - 100 3 -200 A What is the endoplasmic reticulum?

1 - 100 3 -200 A What is the endoplasmic reticulum?

3 -300 These are the restaurants or the cafeterias of a cell.

3 -300 These are the restaurants or the cafeterias of a cell.

1 - 100 3 -300 A What are ribosomes?

1 - 100 3 -300 A What are ribosomes?

3 -400 This is the “powerhouse” or “power plant” of a cell.

3 -400 This is the “powerhouse” or “power plant” of a cell.

1 - 100 3 -400 A What is the mitochondria?

1 - 100 3 -400 A What is the mitochondria?

3 -500 These are the storage units of a cell.

3 -500 These are the storage units of a cell.

1 - 100 3 -500 A What are vacuoles?

1 - 100 3 -500 A What are vacuoles?

1 - 100 4 -100 Animal-like or Plant-like… Paramecium?

1 - 100 4 -100 Animal-like or Plant-like… Paramecium?

1 - 100 4 -100 A What is animal-like?

1 - 100 4 -100 A What is animal-like?

This part of the Euglena is what stores and removes excess water and waste.

This part of the Euglena is what stores and removes excess water and waste. 4 -200

1 - 100 4 -200 A What is the contractile vacuole?

1 - 100 4 -200 A What is the contractile vacuole?

4 -300 This is how a paramecium moves.

4 -300 This is how a paramecium moves.

1 - 100 4 -300 A What is by cilia?

1 - 100 4 -300 A What is by cilia?

4 -400 This is how a Euglena moves.

4 -400 This is how a Euglena moves.

1 - 100 4 -400 A What is by a flagella or tail?

1 - 100 4 -400 A What is by a flagella or tail?

4 -500 Animal-like or Plant-like. . . Euglena?

4 -500 Animal-like or Plant-like. . . Euglena?

1 - 100 4 -500 A What is neither? (It is technically not classified

1 - 100 4 -500 A What is neither? (It is technically not classified as either. )

1 - 100 5 -100 This is how an Amoeba moves.

1 - 100 5 -100 This is how an Amoeba moves.

1 - 100 5 -100 A What is with a pseudopod or “false foot”?

1 - 100 5 -100 A What is with a pseudopod or “false foot”?

5 -200 Animal-like or Plant-like… Volvox?

5 -200 Animal-like or Plant-like… Volvox?

1 - 100 5 -200 A What is plant-like?

1 - 100 5 -200 A What is plant-like?

5 -300 Autotroph or Heterotroph. . . Amoeba?

5 -300 Autotroph or Heterotroph. . . Amoeba?

1 - 100 5 -300 A What is heterotroph?

1 - 100 5 -300 A What is heterotroph?

5 -400 Autotroph or Heterotroph. . . Volvox?

5 -400 Autotroph or Heterotroph. . . Volvox?

1 - 100 5 -400 A What is an Autotroph?

1 - 100 5 -400 A What is an Autotroph?

Explain how an Amoeba eats food. 5 -500

Explain how an Amoeba eats food. 5 -500

1 - 100 5 -500 A What is it surrounds and captures its food

1 - 100 5 -500 A What is it surrounds and captures its food and then brings it to its digestive vacuole?

1 - 100 6 -100 A microscope that uses a beam of electrons to

1 - 100 6 -100 A microscope that uses a beam of electrons to examine a specimen is called a(n). . .

1 - 100 6 -100 A What is an electron microscope?

1 - 100 6 -100 A What is an electron microscope?

6 -200 This is the region between the cell membrane and the nucleus in

6 -200 This is the region between the cell membrane and the nucleus in a cell.

1 - 100 6 -200 A What is the cytoplasm?

1 - 100 6 -200 A What is the cytoplasm?

6 -300 This means that a single cell organism can not make its own

6 -300 This means that a single cell organism can not make its own food.

1 - 100 6 -300 A What is a heterotroph?

1 - 100 6 -300 A What is a heterotroph?

6 -400 This is the part of a cell that makes ribosomes.

6 -400 This is the part of a cell that makes ribosomes.

1 - 100 6 -400 A What is the nucleolus?

1 - 100 6 -400 A What is the nucleolus?

6 -500 This contains chemicals that break down certain materials in a cell.

6 -500 This contains chemicals that break down certain materials in a cell.

1 - 100 6 -500 A What are lysosomes?

1 - 100 6 -500 A What are lysosomes?

Plant and Animal Cells

Plant and Animal Cells

Explain the difference between plant and animal cells. Include at least 3 differences between

Explain the difference between plant and animal cells. Include at least 3 differences between the two cells.

What are… • Plant cells have chloroplast and Animal cells do not. • Plant

What are… • Plant cells have chloroplast and Animal cells do not. • Plant cells make their own food and Animal Cells do not. • Plant Cells have Cell Walls and Animal Cells do not.