Difference between revisions of "Nicholas Meyerson"

From MolEvol
(Research Interests)
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*Understanding the evolutionary trajectory of primate genes involved in host-virus interactions
 
*Understanding the evolutionary trajectory of primate genes involved in host-virus interactions
 
*Functionally characterizing the consequences of rapidly evolving codons during viral replication using mammalian tissue culture
 
*Functionally characterizing the consequences of rapidly evolving codons during viral replication using mammalian tissue culture
 +
*Constructing ancestral states of primate genes involved in the cross-species transmission of retroviruses in order to functionally test their role as barriers to zoonosis
 
*Discovering novel antiviral restriction factors in primates using PAML positive selection analysis
 
*Discovering novel antiviral restriction factors in primates using PAML positive selection analysis
 
*Probing the fate of duplicated genes by constructing chimeras from deeply divergent species (i.e. fungi and archaea)
 
*Probing the fate of duplicated genes by constructing chimeras from deeply divergent species (i.e. fungi and archaea)

Revision as of 14:49, 20 July 2013

Nick hammin' it up at MBL 2011
Oh you know... doing SCIENCE at CSH Retroviruses 2012

Nicholas R. Meyerson

Graduate student at the University of Texas at Austin under the mentorship of Dr. Sara Sawyer

nrmeyerson@gmail.com

I specialize in the PAML program, so please talk to me during or after the course about your ideas/concerns.

Research Interests

  • Understanding the evolutionary trajectory of primate genes involved in host-virus interactions
  • Functionally characterizing the consequences of rapidly evolving codons during viral replication using mammalian tissue culture
  • Constructing ancestral states of primate genes involved in the cross-species transmission of retroviruses in order to functionally test their role as barriers to zoonosis
  • Discovering novel antiviral restriction factors in primates using PAML positive selection analysis
  • Probing the fate of duplicated genes by constructing chimeras from deeply divergent species (i.e. fungi and archaea)

Links

How to modify tree files to isolate branches in PAML

The Sawyer Lab

Two stepping through time: mammals and viruses