Translation By Josh Morris.

Slides:



Advertisements
Similar presentations
Translation (The Specifics) Audra Brown Ward Marist School Atlanta, Georgia
Advertisements

Traducción. Molécula de aminoácido Sitio de fijación del aminoácido Adaptador (RNAt) RNAm Triplete nucleotídico que codifica un aminoácido + -O 2 C—C—NH.
Click Here to Begin Your Lab
Mutations. DNA mRNA Transcription Introduction of Molecular Biology Cell Polypeptide (protein) Translation Ribosome.
Transcription & Translation Worksheet
How Genes work Chapter 12.
Transcription and Translation
Transcription and Translation
MOLECULAR GENETICS CHAPTER 10 and 13.
Proteins are made by decoding the Information in DNA Proteins are not built directly from DNA.
FEATURES OF GENETIC CODE AND NON SENSE CODONS
How Proteins are Produced
DNA.
Sec 5.1 / 5.2. One Gene – One Polypeptide Hypothesis early 20 th century – Archibald Garrod physician that noticed that some metabolic errors were found.
DNA The Secret of Life. Deoxyribonucleic Acid DNA is the molecule responsible for controlling the activities of the cell It is the hereditary molecule.
PowerPoint ® Lecture Slides prepared by Janice Meeking, Mount Royal College C H A P T E R Copyright © 2010 Pearson Education, Inc. 3 Cells: The Living.
1 Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display. Human Biology Sylvia S. Mader Michael Windelspecht Chapter.
Chapter Intro-page 280 What You’ll Learn You will relate the structure of DNA to its function. You will explain the role of DNA in protein production.
GENE EXPRESSION. Gene Expression Our phenotype is the result of the expression of proteins Different alleles encode for slightly different proteins Protein.
RNA Structure Like DNA, RNA is a nucleic acid. RNA is a nucleic acid made up of repeating nucleotides.
1. What are the 3 components of this DNA nucleotide? 2. What is the function of DNA in the cell?
7. Protein Synthesis and the Genetic Code a). Overview of translation i). Requirements for protein synthesis ii). messenger RNA iii). Ribosomes and polysomes.
Chapter 11 DNA and Genes.
Cell Division and Gene Expression
Chapter 14 Genetic Code and Transcription. You Must Know The differences between replication (from chapter 13), transcription and translation and the.
1. What are the 3 components of this DNA nucleotide? 2. What is the function of DNA in the cell?
©1998 Timothy G. Standish From DNA To RNA To Protein Timothy G. Standish, Ph. D.
Parts is parts…. AMINO ACID building block of proteins contain an amino or NH 2 group and a carboxyl (acid) or COOH group PEPTIDE BOND covalent bond link.
Today 14.2 & 14.4 Transcription and Translation /student_view0/chapter3/animation__p rotein_synthesis__quiz_3_.html.
Example 1 DNA Triplet mRNA Codon tRNA anticodon A U A T A U G C G
G U A C G U A C C A U G G U A C A C U G UUU UUC UUA UCU UUG UCC UCA
Protein Synthesis Translation e.com/watch?v=_ Q2Ba2cFAew (central dogma song) e.com/watch?v=_ Q2Ba2cFAew.
Figure 17.4 DNA molecule Gene 1 Gene 2 Gene 3 DNA strand (template) TRANSCRIPTION mRNA Protein TRANSLATION Amino acid ACC AAACCGAG T UGG U UU G GC UC.
Gene Translation:RNA -> Protein How does a particular sequence of nucleotides specify a particular sequence of amino acids?nucleotidesamino acids The answer:
F. PROTEIN SYNTHESIS [or translating the message]
DNA.
Bellwork: Write the 2 questions and answer them in your notes
Nucleic Acids: DNA and RNA
From DNA to Protein.
Translation PROTEIN SYNTHESIS.
Whole process Step by step- from chromosomes to proteins.
Please turn in your homework
A Zero-Knowledge Based Introduction to Biology
The blueprint of life; from DNA to Protein
Where is Cytochrome C? What is the role? Where does it come from?
A Zero-Knowledge Based Introduction to Biology
Transcription and Translation
What is Transcription and who is involved?
From Gene to Phenotype- part 2
Chemistry 121 Winter 17 Introduction to Organic Chemistry and Biochemistry Instructor Dr. Upali Siriwardane (Ph.D. Ohio State)
Ch. 17 From Gene to Protein Thought Questions
Section Objectives Relate the concept of the gene to the sequence of nucleotides in DNA. Sequence the steps involved in protein synthesis.
Protein Synthesis Translation.
Overview: The Flow of Genetic Information
DNA to Protein Genomic Expression.
DNA The Secret of Life.
Cards created by Kelly Riedell Brookings High School Brookings, SD
Transcription You’re made of meat, which is made of protein.
SC-100 Class 25 Molecular Genetics
Warm Up 3 2/5 Can DNA leave the nucleus?
Protein Structure Timothy G. Standish, Ph. D..
Today’s notes from the student table Something to write with
Transcription and Translation
Central Dogma and the Genetic Code
Bellringer Please answer on your bellringer sheet:
DNA, RNA, Amino Acids, Proteins, and Genes!.
How does DNA control our characteristics?
DNA and Words Activity.
Mutations Timothy G. Standish, Ph. D..
12.2 Replication of DNA DNA replication is the process of copying a DNA molecule. Semiconservative replication - each strand of the original double helix.
Presentation transcript:

Translation By Josh Morris

AUG (start) methionine First Base Second Base Third Base U C A G UUU phenylalanine UCU serine UAU tyrosine UGU cysteine UUC phenylalanine UCC serine UAC tyrosine UGC cysteine UUA leucine UCA serine UAA stop UGA stop UUG leucine UCG serine UAG stop UGG tryptophan CUU leucine CCU proline CAU histidine CGU arginine CUC leucine CCC proline CAC histidine CGC arginine CUA leucine CCA proline CAA glutamine CGA arginine CUG leucine CCG proline CAG glutamine CGG arginine AUU isoleucine ACU threonine AAU asparagine AGU serine AUC isoleucine ACC threonine AAC asparagine AGC serine AUA isoleucine ACA threonine AAA lysine AGA arginine AUG (start) methionine ACG threonine AAG lysine AGG arginine GUU valine GCU alanine GAU aspartate GGU glycine GUC valine GCC alanine GAC aspartate GGC glycine GUA valine GCA alanine GAA glutamate GGA glycine GUG valine GCG alanine GAG glutamate GGG glycine

mRNA strand AUG CUG UCA GUA GGA CCC UAG

AUG (start) methionine First Base Second Base Third Base U C A G UUU phenylalanine UCU serine UAU tyrosine UGU cysteine UUC phenylalanine UCC serine UAC tyrosine UGC cysteine UUA leucine UCA serine UAA stop UGA stop UUG leucine UCG serine UAG stop UGG tryptophan CUU leucine CCU proline CAU histidine CGU arginine CUC leucine CCC proline CAC histidine CGC arginine CUA leucine CCA proline CAA glutamine CGA arginine CUG leucine CCG proline CAG glutamine CGG arginine AUU isoleucine ACU threonine AAU asparagine AGU serine AUC isoleucine ACC threonine AAC asparagine AGC serine AUA isoleucine ACA threonine AAA lysine AGA arginine AUG (start) methionine ACG threonine AAG lysine AGG arginine GUU valine GCU alanine GAU aspartate GGU glycine GUC valine GCC alanine GAC aspartate GGC glycine GUA valine GCA alanine GAA glutamate GGA glycine GUG valine GCG alanine GAG glutamate GGG glycine AUG Methionine CCC Proline CUG Leucine UAG Stop (release factor) UCA Serine GUA Valine GGA Glycine

Cytoplasm UAC GAC AUG CUG UCA GUA GGA CCC UAG

Cytoplasm AGU GAC UAC AUG CUG UCA GUA GGA CCC UAG

Cytoplasm CAU AGU UAC GAC AUG CUG UCA GUA GGA CCC UAG

Cytoplasm CCU CAU GAC AGU AUG CUG UCA GUA GGA CCC UAG

Cytoplasm AAA CCU AGU CAU AUG CUG UCA GUA GGA CCC UAG

Cytoplasm AUC AAA AGU CAU AUG CUG UCA GUA GGA CCC UAG

Cytoplasm CCU AAA AUC AUG CUG UCA GUA GGA CCC UAG

Cytoplasm AAA AUC AUG CUG UCA GUA GGA CCC UAG