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DESCRIPTION
TRANSCRIPT
TRANSCRIPTION
Nucleus
Once Inside the Nucleus you find DNA strands..
Step 1 1.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 1 1.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 1 1.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 1 1.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 11.RNA Polymerase unwinds DNA.
RNA Polymerase
Step 1 1.RNA Polymerase unwinds DNA.
RNA Polymerase
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
DNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 2 RNA Polymerase binds to the promoter region.
RNA Polymerase
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Uracil
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Uracil
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Adenine
= Thymine
=Guanine
=Cytosine
= Uracil
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Uracil
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Uracil
= Adenine
= Thymine
=Guanine
=Cytosine
Step 3RNA Polymerase reads DNA and creates mRNA.
RNA Polymerase
Start Codon
Coding Region
= Uracil
mRNA Strand
= Adenine
= Thymine
=Guanine
=Cytosine
Step 4 RNA Polymerase hits stop codon and stops making mRNA
RNA Polymerase
Start Codon
Coding Region
= Uracil
mRNA StrandStop CodonTermination Sequence
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
Nucle
ar Pore
STEP 5 mRNA leaves nucleus and enters cytoplasm.
STEP 5 mRNA leaves nucleus and enters cytoplasm.
Cytoplasm
TRANSLATION
STEP 1 rRNA forms a ribosome.
ribosomes
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 2 mRNA binds to ribosome and reads the 1st code.
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
MetAmino Acid
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
LeuAmino Acid Thr
Peptide bond
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
LeuAmino Acid Thr
Peptide bond
Ser
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
LeuAmino Acid Thr
Peptide bond
Ser Pro
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
LeuAmino Acid Thr
Peptide bond
Ser Pro Thr
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
Amino Acid
Peptide bond
Leu Thr Ser Pro Thr Ser
STEP 4Amino acid attaches and starts to form peptide chain.
= Adenine =Guanine
=Cytosine= Uracil
Start Codon
tRNA
Anticodon
Amino Acid
Peptide bond
Leu Thr Ser Pro Thr Ser Stop
Stop Codon
Completed Protein
STEP 5Ribosomes hit stop codon and form a completed protein.
Completed Protein
Transcription Summary:
Transcription: DNA RNA1. RNA Polymerase binds to unwound DNA and unwinds it.2. RNA Polymerase binds to promoter region of DNA.3. RNA Polymerase reads DNA and creates mRNA.4. RNA Polymerase hits stop codon and stop making mRNA.5. mRNA leaves nucleus and enters cytoplasm.
Translation Summary:
Translation: RNA Protein1. rRNA forms a ribosome.2. mRNA binds to ribosome and reads the 1st code.3. tRNA brings anticodon.4. Amino acid attaches and starts to form peptide chain.5. Ribosome hits stop codon and forms protein.