'Rna sequence' diaporamas de présentation

Exam #1 is T 9/23 in class (bring cheat sheet)

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MCAS Guide Pages 7-8

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BCB 444/544

BCB 444/544. Lecture 1 What is Bioinformatics? (Genomics? Computational Biology?) #1_Aug20. Thanks to Mark Gerstein (Yale) & Eric Green (NIH) for many borrowed & modified PPTs. Instructors: Drena Dobbs ddobbs@iastate.edu Michael Terribilini terrible@iastate.edu

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Chapter 22 Retroviruses and Retroposons

Chapter 22 Retroviruses and Retroposons. 22.1 Introduction. retroviruses : RNA viruses with the ability to convert its sequence into DNA by reverse transcription. retroposons (retrotransposons) : eukaryotic transposons that

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Bioinformatics & Computational Biology Podcast for Frontiers in Biology - ISU 7/13/06

Bioinformatics & Computational Biology Podcast for Frontiers in Biology - ISU 7/13/06. Thanks to Mark Gerstein (Yale) & Eric Green (NIH) for many borrowed & modified PPTs. Drena Dobbs Genetics, Development and Cell Biology Bioinformatics & Computational Biology Iowa State University.

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Overview of Basic Genetic Science Dr. Mike Dougherty Department of Biology Hampden-Sydney College

Overview of Basic Genetic Science Dr. Mike Dougherty Department of Biology Hampden-Sydney College. What is science and how does it differ from other ways of knowing the world?. Scientific understanding relies on: Logic Evidence Naturalism Tentativeness and falsifiability Science rejects:

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Translation

Translation. AHMP 5406. Translation. Conversation of RNA info into protein RNA acts as the intermediate between DNA and protein Genetic code is key to translating RNA codons (3bp) into AA. Reading frame. An RNA sequence can be translated into 3 reading frames. tRNA structure.

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RNA Sequence Assembly

RNA Sequence Assembly. WEI Xueliang. Overview. Sequence Assembly Current Method My Method RNA Assembly To Do. Sequence Assembly. Goal : get the DNA/RNA sequence. Machine cannot read whole genomes in one go, but rather small pieces between 20 and 1000 bases. Define: Read = Tag = Fragment.

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Sept. 9, 2003

Special Topics BSC5936: An Introduction to Bioinformatics . Florida State University The Department of Biological Science www.bio.fsu.edu. Sept. 9, 2003. The Dot Matrix Method. Steven M. Thompson Florida State University School of Computational Science and Information Technology ( CSIT ).

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RNA processing

RNA processing. Splicing and the mechanism of splicing of mRNA Capping and polyadenylation Alternative processing Processing of tRNA and rRNA Ribozymes RNA degradation. The primary transcript. This is an exact complementary copy of the template strand

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Chapter 13 - Transcription

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ENCODE 2012

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Class 5: RNA Structure Prediction

Class 5: RNA Structure Prediction. RNA types. Messenger RNA (mRNA) Encodes protein sequences Transfer RNA (tRNA) Adaptor between mRNA molecules and amino-acids (protein building blocks) Ribosomal RNA (rRNA) Part of the ribosome, a machine for translating mRNA to proteins

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History of Genetics

History of Genetics. People have known about inheritance for a long time. --children resemble their parents --domestication of animals and plants, selective breeding for good characteristics --Sumerian horse breeding records --Egyptian data palm breeding

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Protein Synthesis

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Start and Stop Codons

Start and Stop Codons. How to recognize and use them. Start Codon. Signals when to begin decoding a segment of DNA or RNA. Codes for the amino acid Methionine. Is the sequence ATG (in DNA) or AUG (in RNA). Stop Codons. Signal for the end of a DNA or RNA sequence.

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Splice Signal in Alternatively Spliced Exons

Splice Signal in Alternatively Spliced Exons. by George Su (gpsu@ucsd.edu) Advisor: Vineet Bafna (vbafna@cs.ucsd.edu) Shaojie Zhang (shzhang@cs.ucsd.edu). Question: Is there a signal that characterizes alternatively spliced exons from constitutively spliced exons? We focus on exon-skipping.

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