Laser microdissector - Leica AS LMD 6500

Imagen equipment by default
Kind of infrastructure
Platforms/Labs
Typology
Imaging/microscopy
University
Torino (UNITO)
Application / Industrial sector
Agrifood
Cultural heritage
Energy & environment
Health
Location
Department
Department of Life Sciences and Systems Biology
Features
Equipment list
LAB-0119 LMD 6500 System
The LMD 6500 System is configured with an upright robotic research microscope Leica 6000B with the following features:
Motorized nosepiece with 7 coded positions
107/2 lighting unit equipped with 12V / 100W halogen lamp
Laser Microdissection Module with motorized prism system for optical deflection of the beam
Solid state UV laser with 355nm wavelength and maximum power of the pulse to 70µJ
Laser microdissection stage with motorized linear loader for test tubes
LMD CC7000 Digital Video Camera
Motorized Fluo module with 5 coded positions, IFW and EXM integrated
SmartMove for XYZ remote control
Hewlett Packard Z200 Workstation
- Genuine Windows® 7 Professional operating system
- Intel® Core ™ i5660 processor
- 4GB DDR3 1333 memory ECC RAM responsive and high performance
Available measurements
APPLICATIONS AND SERVICES

Applications
- Laser microdissection is a technique that allows the study of the transcriptome, proteome and metabolome at the level of homogeneous cell populations. In the lasts about ten years it has also had a remarkable development in the field of biology plant, where it was mainly used for gene expression studies (microarray, RNAseq, qRT-PCR)
- Collection of homogeneous cell populations from cross-sectioned tissues / organs (paraffin or cryostat)

Services
- Advice on sample preparation
- Training of new users
- Advice on molecular analyzes after cutting
Price list
Rates are defined according to specific requests.
Possibility of on-site measurements
It is possible to access the infrastructure by reservation, accompanied by authorized staff, and / or send samples for analysis (without directly accessing the structure). The technical feasibility of the request is evaluated and the experiments.
Contact
Person name
Andrea GENRE
Email
andrea.genre@unito.it