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Bioinformatics BIO520. Chuck Staben Tom Badgett. Louis XV. After me, the deluge. Hypothesis. Bioinformatics-what is it?. DATA. Acquisition, curation, and analysis of biological data. INFORMATION. KNOWLEDGE. Life Scientists Professional Graduate Undergraduate
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BioinformaticsBIO520 Chuck Staben Tom Badgett
Louis XV After me, the deluge
Hypothesis Bioinformatics-what is it? DATA Acquisition, curation, and analysis of biological data INFORMATION KNOWLEDGE
Life Scientists Professional Graduate Undergraduate Medical professionals Pre-med undergrads Information scientists Computer scientists Library/database specialists Statisticians Mathematicians Bioinformatics trainingWho needs it?
BIO520 Syllabus • Content • Lectures • Lab Exercises: sessions or NetMeetings • Reading • www.uky.edu/Classes/BIO520/BIO520WWW/ • UKTV (16): Sat, Sun 4-5 PM • Expectations • Grading • Assignments, Hour Exam, Project
Class Project Fermentation-Respiration Shift in Yeast • Transcription analysis • Control sequences • Transcription/Translation/Metabolism Correlation • Evolutionary Conservation • Applications to Drug Discovery
Computer Resources • WWW materials • www.uky.edu/Classes/BIO520/BIO520WWW/ • e-mail • listserv: BIO520@lsv.uky.edu • newsgroup: news.uky.edu/uky.classes.bio520 • NetMeeting • SeqWeb • www.seqanal.mi.uky.edu • Seqanal • seqanal.mi.uky.edu (telnet)
Information ScienceDramatic Changes • Information Storage • Digitized databases: text, numbers, images • Computerized Analysis • Facile • Information Distribution • WWW, e-mail, ...
DNA sequence Gene expression Protein expression Protein Structure Genome mapping Metabolic networks Regulatory networks Trait mapping Gene function analysis Scientific Literature Bioinformatic Data-1978 to 1998
Northern Blot-1977 Genomic transcript profiling Transcript Analyses DeRisi, Iyer, Brown; Science, 1998
Protein Expression Analysis 1978-1998
Metabolic Networks KEGG, 1998
Regulatory Networks KEGG
Bioinformatic Challenges • Acquire, store, share, search data Analyze data • Interpret analyses • Design further analyses to produce high-value information • Apply results of analyses
Biological Principles StructureFunction Homeostasis Evolution by natural selection
Molecule Cell Tissue Organ Organism Population Species Biosphere Biological Hierarchies