29. Terminating
New Strand Sequence
TAC GAC CGC AGC CAC GGG AAT AAG TTT ATC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
ATG CTG GCG TCG GTG CCC TTA TTC AAA TAG
Once strand 1 is copied it form the middle strand which is
mRNA.
65. ALA
METH ASP
CGC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
66. ALA
METH ASP
CGC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
67. SER
AGC
METH ASP ALA
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
68. SER
METH ASP ALA
AGC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
69. METH ASP ALA SER
AGC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
70. HIS
CAC
METH ASP ALA SER
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
71. HIS
METH ASP ALA SER CAC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
72. HIS
METH ASP ALA SER
CAC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
73. METH ASP ALA SER HIS
CAC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
74. METH ASP ALA SER HIS
CAC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
75. GLY
GG
METH ASP ALA SER HIS G
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
76. GLY
METH ASP ALA SER HIS
GG
G
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
77. GLY
METH ASP ALA SER HIS
GG
G
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
78. METH ASP ALA SER HIS GLY
GG
AUG CUG GCG UCG GUG GCC
C CCC UUC AAA UAG
79. GLY
GG
METH ASP ALA SER HIS GLY G
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
80. GLY
METH ASP ALA SER HIS GLY GG
G
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
81. METH ASP ALA SER HIS GLY GLY
GG
AUG CUG GCG UCG GUG CCC G CC
C UUC AAA UAG
82. METH ASP ALA SER HIS GLY GLY
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
83. LYS
METH ASP ALA SER HIS GLY GLY
AAG
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
84. LYS
METH ASP ALA SER HIS GLY GLY
AAG
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
85. METH ASP ALA SER HIS GLY GLY LYS
AAG
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
86. METH ASP ALA SER HIS GLY GLY LYS
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
87. PHE
UUU
METH ASP ALA SER HIS GLY GLY LYS
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
88. PHE
METH ASP ALA SER HIS GLY GLY LYS
UUU
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
89. METH ASP ALA SER HIS GLY GLY LYS PHE
UUU
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
90. PHE
AUC
METH ASP ALA SER HIS GLY GLY LYS PHE
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
91. PHE
METH ASP ALA SER HIS GLY GLY LYS PHE
AUC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
92. PHE
METH ASP ALA SER HIS GLY GLY LYS PHE
AUC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
93. METH ASP ALA SER HIS GLY GLY LYS PHE PHE
AUC
AUG CUG GCG UCG GUG CCC CCC UUC AAA UAG
Stop Codon
94. Once all the amino aicds bond together they form
together they form a protein.
METH ASP ALA SER HIS GLY GLY LYS PHE PHE
Protein
95. Summary
Transcription and translation are the two steps of making
proteins. The first step is transcription. Transcription takes
place in the nucleus an starts with the RNA polymerase
coping the DNA to make the mRNA code. The mRNA code
then exits through the nuclear pore. After exiting through the
nuclear pore it goes to translation which happens in the
cytoplasm. Translation starts with the tRNA comes with the
amino acid. The anti tRNA attaches to the mRNA until the
amino acids bond together. Once all the amino acids bond
together they form a protein.
