Skip to content
VuFind
Book Bag:
0
items
(Full)
Institutional Login
Language
English
Deutsch
All Fields
Title
Author
Subject
ISBN/ISSN
K10+-PPN
OCLC Number
Find
Advanced
Start
Entwicklung und Aufbau einer m...
Cite this
Email this
Print
Export Record
Export to RefWorks
Export to EndNoteWeb
Export to EndNote
Export to RDF
Export to BibTeX
Export to RIS
Save to List
Permanent link
Entwicklung und Aufbau einer modularen Konfokal-Multiphotonen-Laserscanning-Messapparatur (CMLTT) für Second Harmonic Generation-, Total Internal Reflectance- und Laser Tweezers-Anwendungen an myofibrillären Präparaten
Show other versions (1)
Saved in:
Bibliographic Details
Main Author:
Vogel, Martin
(Author)
Format:
Book/Monograph
Thesis
Language:
German
Published:
2004
Subjects:
Hochschulschrift
Myofibrille
Konfokale Mikroskopie
Online Access:
Author Notes:
Martin Vogel ; Gutachter: Prof. Dr. Rainer H. A. Fink, Prof. Dr. Josef Bille
Description
Other Versions (1)
Staff View
Showing
1 - 1
results of
1
Show all versions (2)
Search Result 1
Entwicklung und Aufbau einer modularen Konfokal-Multiphotonen-Laserscanning-Messapparatur (CMLTT) für Second Harmonic Generation-, Total Internal Reflectance- und Laser Tweezers-A...
by Vogel, Martin (Author)
2004
Call Number:
Loading…
Located:
Loading…
Book/Monograph
Thesis
Saved in:
Show all versions (2)
Similar Items
Entwicklung und Aufbau einer modularen Konfokal-Multiphotonen-Laserscanning-Messapparatur (CMLTT) für Second Harmonic Generation-, Total Internal Reflectance- und Laser Tweezers-Anwendungen an myofibrillären Präparaten
by: Vogel, Martin
Published: (2004)
Development and design of a spatially and temporally resolved fluorescence fluctuation microscope for the analysis of molecular mobilities and interactions
by: Heuvelman, Gerrit Lambertus
Published: (2008)
Adaptive elements for STED microscopy
by: Engler, Andreas
Published: (2009)
Variability in cellular signal transduction networks
by: Kallenberger, Stefan M.
Published: (2014)
CryoSTED microscopy: a new spectroscopic approach for improving the resolution of STED microscopy using low temperature
by: Giske, Arnold
Published: (2007)