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Intro to Cells Ch.7-2 pg 174- 181 Studio Daily Vid eo Player

Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

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Page 1: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Intro to Cells

Ch.7-2 pg 174-181

Studio Daily Video Player

Page 2: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

The Cell Theory

All living things have cells Cells are the basic unit of life. Cells arise (come) from other cells!

Page 3: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Prokaryotes vs Eukaryote

Simpler

Smaller More complex

No nucleus more specialized organelles a nucleus

Ex. Bacteria Ex. Animals, plants

mushroom

protist

Page 4: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Protist, a single celled organism. One cell big!!!

Page 5: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Cell Comparison

Prokaryote vs Eukaryote

Page 6: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

A. Nucleus

Controls cell activities, stores genetic information. Surrounded by nuclear membrane DNA is here!! Nucleolus is a small dense area where ribosome

assembly begin.

Page 7: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

B. Ribosome's

Small particles of RNA and protein that assemble proteins.

“makes proteins”

Page 8: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Endoplasmic Reticulum

Rough ER: synthesis (making) of proteins. It’s called rough because the ribosome's on it look like bumps.

Smooth ER: contain specialized enzymes,like those that detoxify (liver)

and make lipids for cell membrane.

Page 9: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

D. Golgi Apparatus

Modify (changes), sorts, and packages proteins from ER .

organizes and delivers! “pancake stack”

Page 10: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

E. Lysosomes

Uses enzymes to break down molecules and dead bacteria…cleans up!

Page 11: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

F. Vacuoles

Stores materials such as water, salts, proteins, and carbs.

Create pressure to maintain shape, like leaves.

Page 12: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

G. Mitochondria and Chloroplast

1. Mitochondria convert food to ATP ENERGY that can be used by the cell.

– Found in plants and animals 2. Chloroplast capture energy from the sun and

convert into chemical ENERGY in the process of photosynthesis.

– Found mostly in plants and some photosynthetic bacteria.

Page 13: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

H. Cytoskeleton

Cell wall in plants: made of cellulose Microtubules and centrioles, give shape and

structure

Page 14: Intro to Cells Ch.7-2 pg 174-181 Studio Daily Video Player

Cell –e-bration Brochure

Due oct 22

Concepts in Biochemistry - Interactive Animations