1
April 2nd April 3rd 11:30 12:30 12:35 13.20 13:50 14:20 14:50 15:20 15:50 16.20 16.50 17.20 17.50 9.00 9.30 10.15 10.45 11.15 11.45 12.15 12.45 13.15 14.15 14.45 15.15 15.45 16.15 16.45 snack and get together short introduction fluorescence microscopy@nanometer resolution a new twist for faster and higher resolution 3D structured illumination microscopy eight years of single-molecule localization microscopy optical screening and automated microscopy the broad range of raman-based spectral imaging for biomedical diagnostics coffee break - discussions imaging mass spectrometry: molecular histology for clinical diagnostics combining yeast genetics with quantitative imaging to understand the principles of cell organization the open microscopy environment: open informatics for biological imaging high resolution microscopy for probing protein-protein interactions and molecular dynamics in synapses the bermuda triangle of microscopy: are there enough photons for increasing spatial and temporal resolution breakfast shifting the paradigm in modern light microscopy - light sheet-based fluorescence microscopy active nanoscopy using structure-mediated microscopy scanning ion conductance microscopy for cardiac biology coffee break overcoming the resolution barrier by STED microscopy bridging microscopes: 3D correlative light and scanning electron microscopy of complex biological studying membrane traffic and organelle biogenesis by systems microscopy lunch super-resolution imaging of nanoscale features of cardiac and skeletal muscle cells quantitative single molecule super-resolution microscopy super-resolution microscope systems: a new world of discovery beyond the diffraction coffee break manipulating intracellular calcium with light molecular tools for sensing enzyme activities Prof. Dr. Peter Lipp (Saarland University) Dr. Jörg Kukulies (Nikon) Prof. Dr. Christoph Cremer Prof. Dr. Rainer Uhl Prof. Dr. Markus Sauer Dr. Lars Kaestner Prof. Dr. Jürgen Popp Prof. Dr. Dietrich Volmer Prof. Dr. Roland Wedlich-Söldner Prof. Dr. Jason Swedlow Prof. Dr. Jürgen Klingauf panel discussion Prof. Dr. Ernst Stelzer Prof. Dr. Jesper Glückstad Dr. Julia Gorelik Dr. Alexander Egner Dr. Roger Wepf Dr. Rainer Pepperkok Prof. Dr. Christian Söller Dr. Rainer Kaufmann Dr. Klaus Nettesheim Prof. Dr. Ernst Niggli Dr. Carsten Schultz Organizer: Dr. Lars Kaestner Prof. Dr. Peter Lipp Symposium on Advanced microscopy techniques in life sciences Saarland University, Campus Homburg, Building 61,"Großer Hörsaal" Anatomy April 02 - 03, 2014 Link for registration www.uks.eu/imaging

Symposium on Advanced microscopy techniques in life sciences · scanning ion conductance microscopy for cardiac biology coffee break overcoming the resolution barrier by STED microscopy

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Page 1: Symposium on Advanced microscopy techniques in life sciences · scanning ion conductance microscopy for cardiac biology coffee break overcoming the resolution barrier by STED microscopy

April 2nd

April 3rd

11:30

12:30

12:35

13.20

13:50

14:20

14:50

15:20

15:50

16.20

16.50

17.20

17.50

9.00

9.30

10.15

10.45

11.15

11.45

12.15

12.45

13.15

14.15

14.45

15.15

15.45

16.15

16.45

snack and get together

short introduction

fluorescence microscopy@nanometer resolution

a new twist for faster and higher resolution 3D structured illumination microscopy

eight years of single-molecule localization microscopy

optical screening and automated microscopy

the broad range of raman-based spectral imaging for biomedical diagnostics

coffee break - discussions

imaging mass spectrometry: molecular histology for clinical diagnostics

combining yeast genetics with quantitative imaging to understand the principles of cell organization

the open microscopy environment: open informatics for biological imaging

high resolution microscopy for probing protein-protein interactions and molecular dynamics in synapses

the bermuda triangle of microscopy: are there enough photons for increasing spatial and temporal resolution

breakfast

shifting the paradigm in modern light microscopy - light sheet-based fluorescence microscopy

active nanoscopy using structure-mediated microscopy

scanning ion conductance microscopy for cardiac biology

coffee break

overcoming the resolution barrier by STED microscopy

bridging microscopes: 3D correlative light and scanning electron microscopy of complex biological

studying membrane traffic and organelle biogenesis by systems microscopy

lunch

super-resolution imaging of nanoscale features of cardiac and skeletal muscle cells

quantitative single molecule super-resolution microscopy

super-resolution microscope systems: a new world of discovery beyond the diffraction

coffee break

manipulating intracellular calcium with light

molecular tools for sensing enzyme activities

Prof. Dr. Peter Lipp (Saarland University) Dr. Jörg Kukulies (Nikon)

Prof. Dr. Christoph Cremer

Prof. Dr. Rainer Uhl

Prof. Dr. Markus Sauer

Dr. Lars Kaestner

Prof. Dr. Jürgen Popp

Prof. Dr. Dietrich Volmer

Prof. Dr. Roland Wedlich-Söldner

Prof. Dr. Jason Swedlow

Prof. Dr. Jürgen Klingauf

panel discussion

Prof. Dr. Ernst Stelzer

Prof. Dr. Jesper Glückstad

Dr. Julia Gorelik

Dr. Alexander Egner

Dr. Roger Wepf

Dr. Rainer Pepperkok

Prof. Dr. Christian Söller

Dr. Rainer Kaufmann

Dr. Klaus Nettesheim

Prof. Dr. Ernst Niggli

Dr. Carsten Schultz

Symposium on

Advanced microscopy techniques

in life sciences

Saarland University, Campus Homburg,

66421 Homburg

April 02 - 03, 2014

Organizer:Dr. Lars Kaestner

Prof. Dr. Peter Lipp

Symposium on Advanced microscopy techniques in life sciences

Saarland University, Campus Homburg, Building 61,"Großer Hörsaal" Anatomy

April 02 - 03, 2014Link for registrationwww.uks.eu/imaging