By date

• Replacing DNA

  Posted by:

  Rafe Furst

  Tags:

  • cancer
  • stem
  • cells
  • dna
  • replacement
  • chromosome
  • genome

  5 replies

  last reply:
  20 April 2009 by Daniel Horowitz

• New sequencing technology forum

  Posted by:

  Marcus Collins

  Tags:

  • nanopore
  • dna
  • genetics
  • genomics
  • nanotechnology
  • biotechnology

• Nanopore DNA sequencing

  Posted by:

  Marcus Collins

  Tags:

  • sequencing
  • dna
  • genomics
  • biotechnology
  • nanotechnology
  • bioinformatics

• Amplification of mtDNA

  Posted by:

  Suppe Mito

  Tags:

  • mtdna
  • mitochondrial
  • pcr
  • amplifying
  • sequencing
  • dna
  • isolation purification and separation
  • nucleic acid based molecular biology

  1 reply

  last reply:
  26 March 2009 by Hannah Clark

• Topic 3: Challenges Specific to Synthetic Nanopore Sequencing

  Posted by:

  Marcus Collins

  Tags:

  • dna
  • sequencing
  • solid
  • state
  • silicon
  • synthetic
  • nanofabrication
  • nanopore
  • pore

• Topic 2 Challenges Specific to Protein Nanopore Sequencing

  Posted by:

  Marcus Collins

  Tags:

  • dna
  • bacterial
  • pores
  • adapter
  • molecules
  • cyclodextrin
  • recognition
  • resolution
  • alpha
  • hemolysin
  • mspa
  • lipid
  • bilayer
  • translocation

• Topic 1 Universal Challenges to Nanopore Sequencing: Translocation speed, stochasticity, and detection bandwidth

  Posted by:

  Marcus Collins

  Tags:

  • bacterial
  • pores
  • dna
  • sequencing
  • translocation
  • bases
  • nanopores
  • copassing
  • ionic
  • current

• Feedback from PCR event -3rd October

  Posted by:

  Shara Cohen

  Tags:

  • virology
  • ultra
  • deep
  • sequencing
  • pyrosequencing
  • based
  • update
  • flow
  • cytometry
  • workshop
  • reverse
  • genetics
  • clinical
  • lab
  • practices
  • dna
  • forensics
  • qpcr
  • marketing
  • your
  • research

• mitochondrial DNA subunits

  Posted by:

  Ralph Lasala

  Tags:

  • mitochondrial
  • dna
  • drosophila

• A unified vision of the building blocks of life - Prof Jamey D. Marth

  Posted by:

  Graham Steel

  Tags:

  • 68 molecules
  • dna
  • rna