Service : Optical spectroscopy (WISH/ALM Node) Service : Optical spectroscopy (WISH/ALM Node)
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Une maintenance électrique est prévue par notre fournisseur le vendredi 24 mai, de 9h00 à 16h00. ISIA sera hors-ligne durant cette période. Merci de votre compréhension.Electrical maintenance is scheduled by our supplier on Friday, May 24, from 9:00 am to 4:00 pm. ISIA will be offline during this period. Thank you for your understanding.
Optical spectroscopy (WISH/ALM Node)
Outstanding scientific and technical excellence of three participating expertise groups specialized in light microscopy, microspectroscopy, and magnetic resonanceAgroecology Circular dichroism Fluorescence Microscopy Live-cell imaging Optical spectroscopy Organisms Photosynthesis Plant Embryogenesis Plant Imaging Plant Morphology Plant Pathogens Plant polarity Plant tissue Sample preparation Streak camera
Provider
Wageningen Imaging and Spectroscopy Hub (WISH) - ALM and Molecular Imaging Node WageningenInstitution/Organisation
Euro-Bioimaging ERICWebsite
Installation
Imaging and Spectroscopy Hub- ALM and Molecular Imaging Wageningen Node
The WISH – ALM and Molecular Imaging Node in Wageningen joins the outstanding scientific and technical excellence of four participating expertise groups specialized in light microscopy, microspectroscopy, magnetic resonance and electron microscopy.
This Node applies these advanced imaging technologies to plant research within a multidisciplinary research environment of cell & developmental biologists, (bio-) physicists and biochemists.
Advanced instrumentation has been developed for the particular purpose of studying photosynthesis in vivo with the use of ultrafast fluorescence at the level of individual cells and chloroplasts. Additionally, the Node has expertise in the imaging of bacteria and archaea from soil and marine environments
Specific informations
The WISH – ALM and Molecular Imaging Node in Wageningen offers a dozen set-ups for optical microscopy and spectroscopy.
Optical spectroscopy
- 1. Streak camera: The Hamamatsu Streak camera can measure the changes in fluorescence spectra at a picosecond timescale. The set-up has a white light laser source for flexible excitation, and can measure samples in a cuvette and in a rotating cell.
- 2. Circular dichroism: The Jasco J815 is a spectropolarimeter that can be used to measure circular dichroism. It can be used to study chiral molecules and protein structure.
- 3. Fluorescence spectroscopy: Multiple fluorescence spectrometers are available, including a Edinburgh Instruments FS5 (also lifetimes / TCSPC), Horiba Fluorolog 3-22, and a Cary Fluor.
Scientific domain
- Agricultural Sciences
- Biological & Medical Sciences
- Earth and Environmental Sciences
- Medical & Health Sciences
- Microbiology
- Natural Sciences
Scientific SubDomain
- Agricultural Biotechnology
- Agriculture, Forestry & Fisheries
- Animal & Dairy Sciences
- Biological Sciences
- Biomedical Imaging Facilities
- Environmental Biotechnology
- Nanotechnology