Top Banner
DNA Polymerase Nucleus DNA Strand Cytoplasm Ribosome
104
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Bio.flipbook

DNA Polymerase

Nucleus

DNA Strand

Cytoplasm

Ribosome

Page 2: Bio.flipbook

Key:Red = ThymineBlue = AdenineGreen = CytosinePurple = Guanine

mutation

RNA Polymerase

Page 3: Bio.flipbook

Nucleus

Promoter region

Cytoplasm

Ribosome

Page 4: Bio.flipbook

Promoter Region

Page 5: Bio.flipbook

Promoter Region

Page 6: Bio.flipbook

Promoter Region

Page 7: Bio.flipbook

Nucleus

Starting Codon

Key:Black = UracilRed = AdenineGreen = GuanineYellow = Cytosine

Cytoplasm

Page 8: Bio.flipbook

RNA Polymerase

Page 9: Bio.flipbook

RNA Polymerase

Page 10: Bio.flipbook

RNA Polymerase

Page 11: Bio.flipbook
Page 12: Bio.flipbook

Coding RegionPromoter

Page 13: Bio.flipbook

Coding RegionPromoter

Page 14: Bio.flipbook

Coding RegionPromoter

Page 15: Bio.flipbook

Coding RegionPromoter

Page 16: Bio.flipbook

Coding RegionPromoter

Page 17: Bio.flipbook

Coding RegionPromoter

Page 18: Bio.flipbook

Coding RegionPromoter

mRNA strand

Page 19: Bio.flipbook

Coding RegionPromoter

mRNA strand

Page 20: Bio.flipbook

Coding RegionPromoter

mRNA strand

Page 21: Bio.flipbook

Coding RegionPromoter

mRNA strand

Page 22: Bio.flipbook

Coding RegionPromoter

mRNA strand

Page 23: Bio.flipbook

mRNA strand

Page 24: Bio.flipbook

mRNA strand

Page 25: Bio.flipbook

A T A T C T C

A U A U C U C

GAGATAT

Page 26: Bio.flipbook

A T A T C T C

A U A U C U C

GAGATAT

Page 27: Bio.flipbook

T A T C T C C

A U CU U C C

AAA T G G G

Page 28: Bio.flipbook

T A T C T C C

A U CU U C C

AAA T G G G

Page 29: Bio.flipbook

T A T C T C C

A U CU U C C

AAA T G G G

Page 30: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 31: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 32: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand (AUG [start codon])

Page 33: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 34: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 35: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 36: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 37: Bio.flipbook

Coding RegionTerminator Sequence

mRNA strand

Page 38: Bio.flipbook

Nucleus

mRNA strand

Cytoplasm

Ribosome

Page 39: Bio.flipbook

Nucleus

mRNA strand

mRNA strand goes through nuclear pore into cytoplasm

Cytoplasm

Ribosome

Page 40: Bio.flipbook

Nucleus

mRNA strand

mRNA strand goes through nuclear pore into cytoplasm

Cytoplasm

Ribosome

Page 41: Bio.flipbook

Nucleus

mRNA strand

mRNA strand goes through nuclear pore into cytoplasm

Cytoplasm

Ribosome

Page 42: Bio.flipbook

Nucleus

mRNA strand goes through nuclear pore into cytoplasm

Cytoplasm

Ribosome

Page 43: Bio.flipbook

Cytoplasm

RibosomeStep 1: rRNA forms ribosome

Page 44: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Ribosome

mRNA strand

Step 2: mRNA binds to ribosome and reads the first codon

Page 45: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Start Codon (AUG)

Anti-codon (UAC)

Step 3: tRNA brings in anti-codon

Page 46: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Page 47: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Page 48: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Page 49: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Amino Acid (Met)

Page 50: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Step 4: Amino Acids attaches and starts to form peptide chain.

Page 51: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Step 4: Amino Acids attaches and starts to form peptide chain.

Page 52: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Step 4: Amino Acids attaches and starts to form peptide chain.

Page 53: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Step 4: Amino Acids attaches and starts to form peptide chain.

Page 54: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 55: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 56: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 57: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 58: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 59: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 60: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 61: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 62: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 63: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Peptide bond

Page 64: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 65: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 66: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 67: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 68: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 69: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 70: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 71: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 72: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

Page 73: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 74: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 75: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 76: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 77: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 78: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 79: Bio.flipbook

Blue- AdenineRed- UracilYellow- CytosineGreen- Guanine

STOP CODON

Page 80: Bio.flipbook

STOP CODON

Page 81: Bio.flipbook

Key:Blue = AdenineRed = UracilYellow = CytosineGreen = Guanine

Met Ser Ser Gly Gln Cys Thr Leu Gln His

Page 82: Bio.flipbook

LATER

Page 83: Bio.flipbook

Proteins

Page 84: Bio.flipbook

Proteins

Page 85: Bio.flipbook

Proteins shape

Step 5: Ribosome hits the end/stop codon and forms protein

Page 86: Bio.flipbook

Proteins shape

Step 5: Ribosome hits the end/stop codon and forms protein

Page 87: Bio.flipbook
Page 88: Bio.flipbook
Page 89: Bio.flipbook
Page 90: Bio.flipbook
Page 91: Bio.flipbook
Page 92: Bio.flipbook
Page 93: Bio.flipbook
Page 94: Bio.flipbook
Page 95: Bio.flipbook
Page 96: Bio.flipbook
Page 97: Bio.flipbook
Page 98: Bio.flipbook
Page 99: Bio.flipbook
Page 100: Bio.flipbook
Page 101: Bio.flipbook
Page 102: Bio.flipbook
Page 103: Bio.flipbook
Page 104: Bio.flipbook

END