UZH News
Mediadesk
Agenda
RSS-Feed

A nanoscale view into cells through super-resolution microscopy

DNA, RNA and protein, part of the central molecules of biology, typically exist at dimensions of a few nanometers, well beyond the resolving power of conventional fluorescent microscopy (~300 nm). Super-resolution microscopy techniques hold to date the record in resolving power for light microscopy. These have both the capacity to differentiate and localize individual molecules at scales experimentally demonstrated of few nanometers (1-30 nm). In this family of methods, photo-activated localization microscopy (PALM) and stochastic optical reconstruction microscopy (STORM) as well as their variants embrace the potential to fully resolve complete cellular structures at the nanoscale, accurately localizing thousands to millions of individual fluorophores within a labeled cell. In this seminar I will introduce several of the aspects in super-resolution methods we have developed, ranging from analytical methods to novel super-resolution probes. Some of its applications will then be demonstrated by super-resolving host-pathogen interactions such as by HIV infection.

Datum/Zeit Donnerstag, 24. Januar 2013, 17:00 Uhr bis 18:00 Uhr
MitRicardo Henriques, Institut Pasteur, Paris, France
Ort Universität Zürich Irchel, Winterthurerstrasse 190, 8057 Zürich
Raum: Seminarraum, Y23 G04
VeranstalterZentrum für Mikroskopie und Bildanalyse
KontaktZiegler Urs (Mail)
Karte