1. Transcription and Translation
Flipbook

2. Transcription and Translation
Flipbook

3. Transcription and Translation
Flipbook

4. Transcription and Translation
Flipbook

5. Transcription and Translation
Flipbook

6. Transcription and Translation
Flipbook

7. Transcription and Translation
Flipbook

8. Transcription and Translation
Flipbook

9. Transcription and Translation
Flipbook

10. Transcription and Translation
Flipbook
By Josh Smith

11. Transcription and Translation
Flipbook
By Josh Smith

12. Transcription and Translation
Flipbook
By Josh Smith

13. Transcription

15. Transcription

17. Transcription

19. Transcription

21. Transcription

22. Cell Nucleus

23. Cell Nucleus

24. Cell Nucleus

26. DNA STRAND
Base
Promoter Region Coding Region Termination Sequence
Key:
Codon Thymine
Adenine
Guanine
Cytosine
Uracil

27. DNA STRAND
Promoter Region Coding Region Termination Sequence
Key:
Thymine
Adenine
Guanine
Cytosine
Uracil

28. DNA STRAND
Promoter Region Coding Region Termination Sequence
Key:
RNA Polymerase binds to and unwinds the DNA strand. Thymine
Adenine
Guanine
Cytosine
Uracil

29. DNA STRAND
RNA Polymerase
Promoter Region Coding Region Termination Sequence
Key:
RNA Polymerase binds to and unwinds the DNA strand. Thymine
Adenine
Guanine
Cytosine
Uracil

30. DNA STRAND
RNA Polymerase
Promoter Region Coding Region Termination Sequence
Key:
RNA Polymerase binds to and unwinds the DNA strand. Thymine
Adenine
Guanine
Cytosine
Uracil

31. DNA STRAND
RNA Polymerase
Promoter Region Coding Region Termination Sequence
Key:
RNA Polymerase binds to and unwinds the DNA strand. Thymine
Adenine
Guanine
Cytosine
Uracil

32. DNA STRAND
RNA Polymerase
Key:
RNA Polymerase binds to and unwinds the DNA strand. Thymine
Adenine
Guanine
Cytosine
Uracil

33. DNA STRAND
RNA Polymerase
Key:
Thymine
RNA Polymerase binds to and unwinds the DNA strand. Adenine
Guanine
Cytosine
Uracil

34. DNA STRAND
RNA Polymerase
Key:
Thymine
Adenine
RNA Polymerase binds to and unwinds the DNA strand.
Guanine
Cytosine
Uracil

35. DNA STRAND
RNA Polymerase
Key:
Thymine
Adenine
RNA Polymerase binds to and unwinds the DNA strand.
Guanine
Cytosine
Uracil

36. DNA STRAND
RNA Polymerase
Key:
Thymine
Adenine
Guanine
RNA Polymerase binds to and unwinds the DNA strand.
Cytosine
Uracil

37. DNA STRAND
RNA Polymerase
Key:
Thymine
Adenine
Guanine
Cytosine
Uracil
RNA Polymerase binds to and unwinds the DNA strand.

38. DNA STRAND
Key:
Thymine
Adenine
Guanine
Cytosine
Uracil

39. Key:
Thymine
DNA STRAND Adenine
Guanine
Cytosine
Uracil

40. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil

41. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
mRNA STRAND

42. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
Start
Codon
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

43. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

44. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

45. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

46. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

47. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

48. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

49. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

50. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
The DNA strand is read and the mRNA strand is created.
mRNA STRAND

51. Key:
Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
End
The DNA strand is read and the mRNA strand is created. Codon
mRNA STRAND

52. Thymine
Adenine
DNA STRAND Guanine
Cytosine
Uracil
mRNA STRAND

53. Cytosine
Uracil
mRNA STRAND

54. mRNA STRAND

55. mRNA STRAND

56. mRNA STRAND

57. mRNA STRAND

58. mRNA STRAND

59. mRNA STRAND

60. mRNA STRAND

61. mRNA STRAND

64. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

65. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

66. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

67. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

68. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

69. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

70. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

71. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

72. mRNA leaves the nucleus
and enters the cytoplasm
through the nuclear pore.
Nuclear pore

73. Translation

75. Translation

77. Translation

79. Translation

81. Translation

82. Cell Nucleus
mRNA strand

83. Cell Nucleus
mRNA strand

84. mRNA strand

85. AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

86. AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

87. M E T.
UAC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

88. M E T.
UAC
Ribosome
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

89. M E T.
Ribosome
UAC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

90. RibosomeM E T.
UAC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

91. Amino Acid
M E T. tRNA
Anti-Codon
UAC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

92. M E T.
UAC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

93. T H R.
UGG
M E T.
AC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

94. T H R.
UGG
M E T.
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

95. T H R.
M E T.
UGG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

96. Peptide Bonds
M E T. T H R.
UGG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

97. P R O.
GGU
Peptide Bonds
M E T. T H R.
UGG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

98. P R O.
Peptide Bonds
GGU
M E T. T H R.
UGG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

99. Peptide Bonds P R O.
M E T. T H R.
GGU
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

100. M E T. T H R. P R O.
GGU
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

101. M E T. T H R. P R O.
GGU
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

102. A S P.
UUG
M E T. T H R. P R O.
GGU
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

103. A S P.
M E T. T H R. P R O. UUG
GGU
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

104. A S P.
M E T. T H R. P R O.
UUG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

105. M E T. T H R. P R O. A S P.
UUG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

106. M E T. T H R. P R O. A S P.
UUG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

107. M E T. T H R. P R O. A S P.
UUG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

108. V A L.
CUA
M E T. T H R. P R O. A S P.
UUG
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

109. V A L.
M E T. T H R. P R O. A S P. CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

110. V A L.
M E T. T H R. P R O. A S P.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

111. M E T. T H R. P R O. A S P. V A L.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

112. M E T. T H R. P R O. A S P. V A L.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

113. M E T. T H R. P R O. A S P. V A L.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

114. A L A.
CGC
M E T. T H R. P R O. A S P. V A L.
UA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

115. A L A.
T H R. CGC
M E T. P R O. A S P. V A L.
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

116. M E T. T H R. P R O. A S P. V A L. A L A.
CGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

117. M E T. T H R. P R O. A S P. V A L. A L A.
CGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

118. M E T. T H R. P R O. A S P. V A L. A L A.
CGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

119. M E T. T H R. P R O. A S P. V A L. A L A.
CGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

120. M E T. T H R. P R O. A S P. V A L. A L A.
CGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

121. A S P.
CUA
M E T. T H R. P R O. A S P. V A L. A L A.
GC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

122. A S P.
T. T H R. P R O. A S P. V A L. A L A.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

123. T. T H R. P R O. A S P. V A L. A L A. A S P.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

124. T. T H R. P R O. A S P. V A L. A L A. A S P.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

125. T. T H R. P R O. A S P. V A L. A L A. A S P.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

126. S E R.
AGC
T. T H R. P R O. A S P. V A L. A L A. A S P.
CUA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

127. S E R.
AGC
T. T H R. P R O. A S P. V A L. A L A. A S P.
UA
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

128. T H R. P R O. A S P. V A L. A L A. A S P. S E R.
AGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

129. T H R. P R O. A S P. V A L. A L A. A S P. S E R.
AGC
AUG ACCCC AAC GAU GCGGAU UCGCGU AUG
A

130. T H R. P R O. A S P. V A L. A L A. A S P. S E R.
AGC
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

131. A R G.
GCA
T H R. P R O. A S P. V A L. A L A. A S P. S E R.
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

132. A R G.
T H R. P R O. A S P. V A L. A L A. A S P. S E R.
GCA
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

133. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G.
GCA
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

134. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G.
GCA
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

135. STOP
AUC
H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G.
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

136. STOP
AUC
H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G.
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

137. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G. STOP
AUC
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

138. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G. STOP
AUC
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

139. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G. STOP
AUC
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A

140. H R. P R O. A S P. V A L. A L A. A S P. S E R. A R G. STOP
AUG ACCCC AAC GAU GCGGAU UCGCGU UAG
A
Stop Codon

141. Protein

142. Summary
Both transcription and translation need to occur
for proteins to be made. Transcription comes before
translation. It begins in the nucleus. The RNA
polymerase binds to DNA and codes for the mRNA.
The mRNA code leaves the nucleus through the
nuclear pore. After it leaves translation starts. The
tRNA comes in and the anti-tRNA bonds to the mRNA
until the amino acids bond together by peptide
bonds. Once ten amino acids come together it forms a
protein