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Molecular Approaches to Neuroscience - The Main Course - A Satisfied Customer - Q&A - BTC - Photos & References


The Main Course: Molecular Approaches to Neuroscience

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The hands-on laboratory and lecture course, Molecular Approaches to Neuroscience, offers classically trained neuroscientists experience measuring gene expression in relevant tissues. Promega scientists cover many molecular techniques with applications in neuroscience research. Specific topics include: RNA purification, RNase protection assays, PCR(b), RT-PCR and quantitative RT-PCR, T-vector cloning, Northern blotting, transcription reactions, and Western blotting and ELISAs.

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Each entree includes a complimentary
(and complementary!) laboratory exercise. 

  • RNA: The current methodologies used to isolate and purify total cellular RNA and poly(A)+ RNA.
  • Northern Blot Analysis: Includes complete theoretical and practical considerations of agarose gel electrophoresis systems, membrane types, Northern blot transfer techniques and hybridization parameters.
  • RNase Protection Assay: How to analyze RNA. Includes template and probe preparation, solution hybridization, RNase digestion and polyacrylamide gel analysis of products.
  • PCR Introduction: PCR and cloning of PCR products using the pGEM®-T Easy Vector(c,d), a T-tailed cloning vector. Introduction to reverse transcriptase-PCR (RT-PCR) as a means of amplifying specific target RNA from either total cellular or poly(A)+ RNA fractions. Introduction to RT-PCR as a quantitative technique.  
  • Western Blot and ELISA: How to analyze proteins. Includes polyacrylamide gel electrophoresis systems, membrane types, Western blotting, detection strategies and soluble immunoassay (ELISA) strategies.

 

The next Molecular Approaches to Neuroscience course is June 11-15, 2001. Contact Rick Salatino (608-274-4300; FAX: 608-277-2516) for additional course content information, or register online.

 

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Rapid PCR product ligation using the pGEM®-T Easy Vector System and the new 2X Rapid Ligation Buffer.