'Dna rna proteins' diaporamas de présentation

DNA

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Introduction The Central Dogma of Molecular Biology

DNA. Transcription. Ribosome. mRNA. Translation. Polypeptide (protein). Introduction The Central Dogma of Molecular Biology. Cell. DOGMA?. This central dogma was develop by Crick.

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BELLRINGER!!

BELLRINGER!!. Describe One differences between DNA & RNA. Recall from reading. Please Pass up your GREEN Parent signature sheet!. DNA V.S. RNA. OBJECTIVES. Compare DNA to RNA Structures Protein Synthesis Three types are RNA. How do we get from D N A to Proteins ?.

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Molecular Genetics DNA Structure and Replication Chapter 11

Molecular Genetics DNA Structure and Replication Chapter 11. History of Molecular Genetics. * In the pasts, scientists argued about how genetic information was passed down and influcenced traits . * Some scientists believed in " blending " - that the traits of two parents are mixed.

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How Genes Work

How Genes Work. 15. Key Concepts. Most genes code for proteins. DNA is transcribed to messenger RNA by RNA polymerase, and then messenger RNA is translated to proteins by ribosomes. In this way, genetic information is converted from DNA to RNA to proteins.

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The Central Dogma and Transcription

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Chapter 8: Microbial Genetics

Chapter 8: Microbial Genetics. Genome : genetic information in a cell Chromosome : contains the genes-segments of DNA DNA : nucleotide base pairs - genetic code for proteins Central Dogma : DNA - RNA - Proteins Genomics : sequencing and molecular characterization of genomes. Bacteria

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A. happened while she was still young. B. occurred only in her skin cells.

A women had a mutation that caused skin cancer. She was treated and cured, but she is concerned that she might pass the mutation on to her future children. This is not possible if the mutations that lead to the cancer.. See other slide. A. happened while she was still young.

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Nucleic acids

Nucleic acids. Nucleic Acids. Information storage. proteins. DNA. Nucleic Acids. Function: genetic material stores information genes blueprint for building proteins DNA ? RNA ? proteins transfers information blueprint for new cells blueprint for next generation. T. G. A. C.

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Organic Chemistry Nucleic acids: DNA,RNA

Organic Chemistry Nucleic acids: DNA,RNA. AP Biology. 2006-2007. Nucleic Acids. Information storage. AP Biology. 2006-2007. proteins. DNA. Nucleic Acids. Function: genetic material stores information genes blueprint for building proteins DNA ? RNA ? proteins

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Nucleic acids

Nucleic acids. Nucleic Acids. Information storage. proteins. DNA. Nucleic Acids. Function: genetic material stores information genes blueprint for building proteins DNA ? RNA ? proteins transfers information blueprint for new cells blueprint for next generation. T. G. A. C.

407 views • 29 slides

Introduction The Central Dogma of Molecular Biology

DNA. Transcription. Ribosome. mRNA. Translation. Polypeptide (protein). Introduction The Central Dogma of Molecular Biology. Cell. Protein Synthesis. Flow of Information: DNA RNA Proteins Transcription Translation

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Protein Synthesis

Protein Synthesis. DNA ? RNA? Proteins. Do Now:. Summarize the structure and function of genes Describe the function of ribosomes Differentiate between DNA and genes Describe the structure and function of DNA State the base pairing rules.

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We compare DNA to an encyplopedia (DNA = ? ) that may not leave the public library .

We compare DNA to an encyplopedia (DNA = ? ) that may not leave the public library . How do you get the information out of the library? Accordingly, what needs to happen for using genetic information in the cytoplasm?. Making a protein is like reading a library book. ?. ---------

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Computers in Biology and Bioinformatics

Computers in Biology and Bioinformatics. Biology. biology is roughly defined as "the study of life"

628 views • 13 slides

Computers in Biology and Bioinformatics

Computers in Biology and Bioinformatics. Biology. biology is roughly defined as "the study of life"

314 views • 13 slides

DNA -> RNA -> Proteins

DNA -> RNA -> Proteins. The basic language of all living things. A Gene. A gene is a section of DNA that codes for a specific protein Only a very small percentage of our DNA (perhaps 1%) actually does this. RNA - ribonucleic acid. RNA is short compared to DNA

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We compare DNA to an encyplopedia (DNA = ? ) that may not leave the public library .

We compare DNA to an encyplopedia (DNA = ? ) that may not leave the public library . How do you get the information out of the library? Accordingly, what needs to happen for using genetic information in the cytoplasm?. Making a protein is like reading a library book. ?. ---------

169 views • 9 slides