Prof. Jonas Tegenfeldt, PhD

Solid State Physics

Review Papers

 

2004-2017.  

3. “Applications of Optical DNA Mapping in Microbiology”, Diana Bogas, Lena Nyberg, Rui Pacheco, Nuno F. Azevedo, Jason P. Beech, Margarita Gomila, Jorge Lalucat, Célia M. Manaia, Olga C. Nunes, Jonas O. Tegenfeldt, and Fredrik Westerlund, BioTechniques 62(6):255-267 (2017)  Abstract.

 

2.  Fredrik Persson and Jonas O. Tegenfeldt "DNA in nanochannels - directly visualizing genomic information", invited review paper in the themed issue: From microfluidic applications to nanofluidic phenomena, Chemical Society Reviews, 39, 985 - 999 (2010) Abstract.

 

1.    Jonas O. Tegenfeldt, Christelle Prinz, Han Cao, Richard L. Huang, Robert H. Austin, Stephen Y. Chou, Edward C. Cox, James C. Sturm, "Micro- and nanofluidics for DNA analysis", invited review paper in special issue on Miniaturization, Analytical and Bioanalytical Chemistry, 378, 1678-1692 (2004) Abstract.

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Contact information Lund:

 

Jonas Tegenfeldt


Office Q142
Division of Solid State Physics
NanoLund
Department of Physics
Lund University
Box 118
SE-221 00 Lund
Sweden

Visiting address:
Professorsgatan 1
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Office Phone: +46-(0)46-222 8063 (forwarded to mobile phone)
Fax: +46-(0)46-222 3637
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Optics and fluidics labs (Q129 and Q112)
Soft lithography (PDMS) lab (Q126)
Super resolution microscopy (STED) lab (Q115)
Microbiology lab (BSL2) (Q262)

 

Short CV:

 


2014 - present Full Professor at Solid State Physics, Lund University

2008-2014 VR-financed "Rådsforskare" (Eng: Senior Research Fellowship Award)

2003-2008 VR-financed "Forskarassistent" (Eng: Assistant Professor)

2007 Docent (Associate Professor) in Solid State Physics

1998 - 2003 PostDoc at Princeton University

1997 PhD in Solid State Physics Lund University

1991 MSc in Engineering Physics / Materials Science Uppsala University

1986 Swedish Defense Institute of Language (Military Service)


Research interests

Micro and nanotechnology to address life science problems.

 

  • Separation science
  • Nanofluidics
  • Polymers in confined environments
  • Tools for single-cell biology
  • Super resolution microscopy (STED)