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CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d....

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CH 4: CELLS AND CH 4: CELLS AND DNA DNA
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Page 1: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

CH 4: CELLS AND DNACH 4: CELLS AND DNA

Page 2: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

PLANT CELLSPLANT CELLS

Page 3: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

a. cell membraneb. rough endoplasmic reticulumc. smooth ERd. nucleuse. vesiclesf. ribosomeg. lysosomeh. mitochondrioni. Golgi bodiesj. cytoplasmk. Chromatin (DNA) l. flagellum

Page 4: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.
Page 5: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

A. cell membrane

B. RER

C. SER

D. Nucleus

E. Vesicles

F. Ribosomes

G. N/A

H. Mitochondrion

I. Golgi Bodies

J. Cytoplasm

K. Chromatin (indistinguishable!)

L. n/a

M. Nucleolus

N. Vacuole

O. Cell wall

p. Chloroplast

Page 6: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Complete the Complete the structure/function table!structure/function table!

Page 7: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Contents Contents of the of the

NucleusNucleus

Page 8: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Nice animation review of cell structures:Nice animation review of cell structures: http://www.youtube.com/watch?http://www.youtube.com/watch?

v=2KQbVr9kFO0&feature=relatedv=2KQbVr9kFO0&feature=related

Page 9: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

DNA DNA vocabvocab

Deoxyribonucleic Deoxyribonucleic acidacid

ChromosomesChromosomes ChromatinChromatin GenesGenes GenomeGenome

Page 10: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Nucleotides – label and color-Nucleotides – label and color-codecode

Page 11: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

COLOR CODE COLOR CODE THE THE

NITROGENOUS BASES NITROGENOUS BASES OF THE OF THE NUCLEOTIDESNUCLEOTIDES

Page 12: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

STRING THE NUCLEOTIDES STRING THE NUCLEOTIDES TOGETHERTOGETHER

SHOULD LOOK A BIT LIKE A STEP SHOULD LOOK A BIT LIKE A STEP LADDER – ONE SIDE OF THE LADDER LADDER – ONE SIDE OF THE LADDER WILL HAVE THE WORDS UPSIDE WILL HAVE THE WORDS UPSIDE DOWN! DOWN!

Page 13: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

DNA StructureDNA Structure

What is the What is the structure called? structure called?

Page 14: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Building blocks of DNABuilding blocks of DNA What are the building blocks of DNA? What are the building blocks of DNA? What are the building blocks made of? (3 What are the building blocks made of? (3

parts) parts)

Page 15: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

How do they fit How do they fit together? together?

What is the What is the significance of the significance of the order of the order of the nitrogenous bases? nitrogenous bases?

Page 16: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Try Try ““replicatingreplicating”” this single this single strand of DNAstrand of DNA

Page 17: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

DNA --> DNA --> ChromosomesChromosomes

http://www.youtube.com/watch?v=E8NHcQesYl8&mode=related&search=

Page 18: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Human seHuman sett of of ChromosomeChromosome

ssFruit fly Chromosomes Fruit fly Chromosomes

- only 8!- only 8!

-What are chromosomes?

-What do they store?

-How many do we have?

-Where did they come from?

-What is a GENOME?

Page 19: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Genes Genes -WHAT are they?

-WHERE are they?

-How many genes do we have?

-WHY are we storing the information for ENZYMES???

Genetics 101 part 1: What are Genes? (you tube)

Page 20: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Genetic Genetic Material: Material: DNA vs DNA vs RNA - RNA -

compare compare and and

contrastcontrast..

Page 21: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

EnzymesEnzymes

WHAT are they?WHAT are they? What do they do? What do they do? Why do our DNA molecules store the Why do our DNA molecules store the

instructions to make them? instructions to make them?

Page 22: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Genes code for Genes code for Proteins? How Proteins? How does it work?does it work?

What are the What are the building blocks building blocks of Proteins?of Proteins?

Page 23: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.
Page 24: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Protein SynthesisProtein Synthesis

Step 1: Step 1:

From DNA to Protein - you tube

Page 25: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 2: Step 2: ““TranscriptionTranscription

Page 26: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

TranscriptionTranscription http://henge.bio.miami.edu/mallery/http://henge.bio.miami.edu/mallery/

movies/transcription.movmovies/transcription.mov Video on protein synthesisVideo on protein synthesis

Page 27: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Try Try Transcribing Transcribing this piece of this piece of

DNA into DNA into mRNAmRNA

Page 28: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 3: Step 3:

Why doesnWhy doesn’’t t the mRNA just the mRNA just stay inside the stay inside the nucleus?nucleus?

Page 29: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 4: Step 4: TranslationTranslation

Page 30: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.
Page 31: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

The Code: The Code:

How do How do you follow you follow the mRNA the mRNA code?code?

Page 32: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Video on Protein Video on Protein Synthesis (includes Synthesis (includes tRNA) tRNA)

http://www.youtube.com/watch?v=NJxobgkPEAo&mode=related&search=

Page 33: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Try Try ““DECODINGDECODING”” this piece of this piece of DNA CodeDNA Code

DNADNA TT AA CC GG GG AA CC AA GG TT AA AA AA TT TT

mRNAmRNA

Amino Amino acidsacids

DNADNA TT AA CC GG GG AA CC AA GG TT AA AA AA TT TT

mRNAmRNA AA UU GG CC CC UU GG UU CC AA UU UU UU AA AA

Amino Amino acidsacids

Methi-Methi-onineonine

prolineproline valinevaline isoleuciisoleucinene

stopstop

Page 34: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 5: Step 5: Where does the Where does the

protein go from protein go from here? here?

How does it get How does it get there?there?

Page 35: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 6: Step 6:

What are the What are the names of the names of the containers that containers that come off of the come off of the ER? ER?

Where do they Where do they go? go?

Page 36: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 7: Step 7:

What happens here?What happens here?

Page 37: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 8: Step 8: Where does it go Where does it go from the Golgi from the Golgi body? body?

(this is (this is ““kinesiskinesis”” the motor protein the motor protein that moves that moves organelles and organelles and vesicles around vesicles around the cell on the the cell on the microfibres of the microfibres of the cytoskeleton!)cytoskeleton!)

Page 38: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Step 9: Exiting the CellStep 9: Exiting the Cell

Page 39: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Great video on a Great video on a cellcell’’s life functions:s life functions:

http://www.studiodaily.com/main/searchlist/6850.html

Here is the Here is the explanation of what is explanation of what is happening:happening:

http://sparkleberrysprings.com/innerlifeofcell.html

Protein ProductionProtein Production

Page 40: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

One Gene = One Protein?One Gene = One Protein?

Human genome = Human genome = approximately 25,000 approximately 25,000 genesgenes

Number of proteins Number of proteins humans make is humans make is approximately 90,000. approximately 90,000.

NOT SURE HOW THIS NOT SURE HOW THIS CAN BE!CAN BE!

Page 41: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Gene MutationGene Mutation

Page 42: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

Deletion Deletion AdditionAddition SubstitutionSubstitution PositivePositive NeutralNeutral NegativeNegative MutagensMutagens

Page 43: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

GENE THERAPY!GENE THERAPY!

Page 44: CH 4: CELLS AND DNA PLANT CELLS a. cell membrane b. rough endoplasmic reticulum c. smooth ER d. nucleus e. vesicles f. ribosome g. lysosome h. mitochondrion.

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