'Initiation factors' diaporamas de présentation

Cell Organelles

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PROTEIN SYNTHESIS

PROTEIN SYNTHESIS. DNA: NUCLEIC ACID, DOUBLE STRAND, PO4, DE- OXYRIBOSE SUGAR. BASE PAIRS (N) T=THYMINE A=ADENINE C= CYTOSINE G=GUANINE. RNA: NUCLEIC ACID, SINGLE STRAND, PO4, RIBOSE SUGAR. BASE PAIRS (N) U = URACIL A=ADENINE C=CYTOSINE G=GUANINE. PROTEIN SYNTHESIS. URACIL (U)

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Translation

Translation. RNA Directed Synthesis of a Polypeptide. Translation. In the process of translation, a cell interpets a genetic message by reading the codons on a strand of mRNA, and builds a polypeptide accordingly

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Molec . Genetics L.Os (Ch. 16)

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translation

translation. Agustina Setiawati , M.Sc., Apt. Pendahuluan. DOGMA SENTRAL. PENDAHULUAN. Proses sintesis polipeptida dengan berdasar kodon mRNA. Translation in Pro- and Eukaryotic Cells. Eu- and Prokaryotic Ribosomes. Eukaryotic cytoplasm. Prokaryotes, Eukaryotic organelles

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Chapter 7

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Protein Synthesis Dr. M. Jawad Hassan

Protein Synthesis Dr. M. Jawad Hassan. WHAT IS TRANSLATION?. The process by which genetic information contained within the order of nucleotides in messenger RNA (mRNA) is used to generate the linear sequences of amino acids in proteins, is called Translation .

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Translation

Translation. RNA Directed Synthesis of a Polypeptide. Translation. In the process of translation, a cell interpets a genetic message by reading the codons on a strand of mRNA, and builds a polypeptide accordingly

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Introduction to Protein Translation, Databases and Structural Alignment BMI 730

Introduction to Protein Translation, Databases and Structural Alignment BMI 730. Victor Jin Department of Biomedical Informatics Ohio State University. Review of Protein Function and Translation Database and Software 3-D Alignment. Review of Protein Function and Translation

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Gene Expression

Gene Expression. Chapter 17: From Gene to Protein. The Central Dogma of Biology. DNA (in genes) is a is an essential partner in this process are the links between genotype and phenotype Gene expression , the process by which DNA directs protein synthesis, includes 2 stages:.

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Regulation of Protein Translation

Regulation of Protein Translation. By Emmanuel Landau. Why Regulate Translation?. Translation: Produces proteins rapidly Produces proteins locally Produces single proteins or classes of proteins BUT It is very costly in energy.

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Regulation of Protein Translation

Regulation of Protein Translation. By Emmanuel Landau. Why Regulate Translation?. Translation: Produces proteins rapidly Produces proteins locally Produces single proteins or classes of proteins BUT It is very costly in energy.

433 views • 34 slides

CRAZY ABOUT BIOMECIDINE Having a look into frog oocytes

CRAZY ABOUT BIOMECIDINE Having a look into frog oocytes. TRANSLATIONAL CONTROL OF mRNAs BY CYTOPLASMIC POLYADENYLATION DURING MEIOSIS. TRANSLATIONAL CONTROL OF mRNAs BY CYTOPLASMIC POLYADENYLATION DURING MEIOSIS. Gene expression Gene regulation Translational control of mRNAs

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Ribosomes

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Translation and the Genetic Code

Translation and the Genetic Code. Amino Acid and Protein Structure Formation of Aminoacyl tRNAs Ribosome structure Stages of Translation Relationship between DNA, mRNA, and Protein Sequences. A. Amino Acid and Protein Structure. Amino acid structure

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Journey of a protein molecule

Journey of a protein molecule. I: A protein is born. Translation 1) What is translation?. 2) Where is translation occurs in plant cells? Three genomes!. 3) What do you need for translation? The blueprint: The building blocks: The carrier/porters: The catalyzers: The factory:.

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Enzyme-linked receptors

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Messenger RNA

Messenger RNA. Todd Metzger BMS 265 May 8, 2009. Nomenclature. Messenger RNAs (mRNA) describes cytoplasmic product Pre-mRNA (part of hnRNA) in nucleus is processed and exported Describe by gene/protein, including isoform or NCBI sequence (NM, natural; XM, in silico)

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Messenger RNA

Messenger RNA. Todd Metzger BMS 265 May 8, 2009. Nomenclature. Messenger RNAs (mRNA) describes cytoplasmic product Pre-mRNA (part of hnRNA) in nucleus is processed and exported Describe by gene/protein, including isoform or NCBI sequence (NM, natural; XM, in silico)

190 views • 17 slides