Difference between revisions of "Eyanosch Week 4"

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(Notes taken during Dr. Dhalquist's class lecture)
 
(accidentaly used this for class notes, going to finish my personal assignment)
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Human genes
 
  
about 50% repeated bp's
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#Modify the gene sequence string so that it highlights or “tags” the special sequences within this gene:
  
about 5% code for proteins
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#What is the exact mRNA sequence that is transcribed from this gene?
 
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#What is the amino acid sequence that is translated from this mRNA?
45% are regulatory (differentiation)
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3 million bp's = human genome size
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Roughly ~ 20,296 genes (protein coding genes)
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humans have about 100,000 different proteins in our cells
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Open reading frame and doing translation = area coded for a certain gene
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'''Bioinformatics'''
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Database analytical tools - available access to lots of data
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*information
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**representation, organization, manipulation, distribution, maintenance
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transcends all science, interdisciplinary
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check out Data life cycle (plan, collect, assure, describe, preserver, discover, integrate, analyze)
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*Key Concepts
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** ID's = identifiers
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** Record = entry in a database
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** searching a database is executing a query
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** Different databases use different file formats
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Pertinent types for this class
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-Sequence
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-3d structure
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-Model organism databases
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-etc.
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Major databases to note
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#NCBI: National Center for Biotechnology Information
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#*GenBank
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#*Gene
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#*Pubmed
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#uniprot (formerly SWISS-PROT
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Revision as of 04:28, 29 September 2015

  1. Modify the gene sequence string so that it highlights or “tags” the special sequences within this gene:
  1. What is the exact mRNA sequence that is transcribed from this gene?
  2. What is the amino acid sequence that is translated from this mRNA?