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Protein Synthesis
By: Cody Verostic
Cytoplasm
Nucleus
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA CCG TAG TGA~~~...
RNA polymerase
unwinds the DNA.
And copies a strand
to the RNA.

Nuclear Pore

~~~~~TAC TCT GGC ATC ACT~~~~~
~~~~~ATG AGA ...
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

Nuclear Pore

mRNA strand
The strand of mRNA then
moves on to the
ribosome where it is
synthesized

Ribosome

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

mRNA strand
The strand of mRNA then
leaves the nucleus of the
cell, through the nuclear
pore.

mRNA strand
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
Ribosomes

mRNA strand
La...
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
Amino Acid
tRNA

The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.

Anti Codon
Peptide Bond

The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
The RNA strand is read and
synthesized by the Ribosomes. It
goes on to form a polypeptide
chain.
Polypeptide Chain is
formed.
Verbal Summary
Protein synthesis is a complex process. First, it starts off with RNA polymerase
unzipping and copying half...
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
Protein synthesis flipbook @yoloswagginator24
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Protein synthesis flipbook @yoloswagginator24

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Protein synthesis flipbook @yoloswagginator24

  1. 1. Protein Synthesis By: Cody Verostic
  2. 2. Cytoplasm Nucleus
  3. 3. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  4. 4. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  5. 5. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  6. 6. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  7. 7. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  8. 8. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  9. 9. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  10. 10. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  11. 11. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  12. 12. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
  13. 13. RNA polymerase unwinds the DNA. And copies a strand to the RNA. Nuclear Pore ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ ~~~~~UAC UCU GGC AUC ACU~~~~~ RNA Polymerase
  14. 14. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  15. 15. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  16. 16. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  17. 17. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  18. 18. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  19. 19. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  20. 20. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  21. 21. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
  22. 22. The strand of mRNA then moves on to the ribosome where it is synthesized Ribosome mRNA strand
  23. 23. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
  24. 24. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
  25. 25. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
  26. 26. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
  27. 27. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain. Ribosomes mRNA strand Large subunit Small subunit Start Codon Codons Stop Codon
  28. 28. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  29. 29. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  30. 30. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  31. 31. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  32. 32. Amino Acid tRNA The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  33. 33. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain. Anti Codon
  34. 34. Peptide Bond The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  35. 35. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  36. 36. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  37. 37. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
  38. 38. Polypeptide Chain is formed.
  39. 39. Verbal Summary Protein synthesis is a complex process. First, it starts off with RNA polymerase unzipping and copying half of a DNA strand. Then, the RNA strand leaves through the nuclear pore. It is then moved to the ribosomes, where they synthesize and read the strands and form a chain of amino acids. This chain is known as a polypeptide chains.

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