Microscope is designed for electrophysiological experiments.
August 26, 2008 -
Suited for neuroscience research, Axio Examiner Fixed Stage Microscope features sloping turret that maximizes working area on large stage and allows working distance of more than 100 mm. Open space offers easy access to experimental area and flexibility in configuring options. Modular design offers choice of 4 upper bodies, 2 lower bodies, up to 3 camera interfaces, visible or IR illumination, DIC/Dodt Gradient contrast, and 2 and 4 position objective turrets.
Zeiss Launches Microscope Specially Designed for Electrophysiological Experiments
Axio Examiner's flexible specimen area allows complex experimental setups, ancillary manipulators and probes, and large specimens
With the introduction of the Axio Examiner Fixed Stage Microscope, Carl Zeiss makes electrophysiological experiments easier to set-up and perform. The Axio Examiner's specially-designed sloping turret maximizes the working area on the large stage and allows a working distance of more than 100 mm. In addition, the generous open space permits unimpeded access to the experimental area and a high degree of flexibility in configuring options, such as micro-manipulators, pipettes around large specimens.
The new system may be especially valuable in neuroscience research for patch clamp experiments on nerve cells, examination of brain sections, and the measurement of cellular electrical signals. Multiphoton imaging is available simply by combining the Axio Examiner fixed stage with the new Zeiss LSM 710 NLO microscope, and the new Zeiss AxioVision 4.7 software includes a special physiology module for the quantitative evaluation of many typical experimental procedures.
Freedom from mechanical and electrical interference is assured by the extremely stable stand design and optional shielded stages. In all motorised versions, the motors are automatically deactivated after the target position has been reached and can be actively grounded.
The optical design developed for Axio Examiner also offers maximum optical quality for transmitted light techniques and for advanced fluorescence applications. With the W N-ACHROPLAN and W Plan-APOCHROMAT series, water immersion objectives specially developed to meet the requirements of neuroscience are available for visible light and infrared. Users may choose from transmitted light through to laser scanning with manual or motorized control. The modular design offers a choice of four upper bodies, two lower bodies, up to three camera interfaces, visible or infra-red illumination, DIC and Dodt Gradient contrast and two and four position objective turrets.
About Carl Zeiss
Carl Zeiss is an innovative technology leader in the fields of optics, precision engineering and electronic visualisation, setting new, pioneering standards in sophisticated technology for recognising, experiencing, measuring, analysing, structuring and processing a wide spectrum of objects. For further information, contact Carl Zeiss Ltd., PO Box 78, Woodfield Road, Welwyn Garden City, Hertfordshire, AL7 1LU, UK or email micro@zeiss.co.uk
Contacts:
Public Relations:
Catalyst Communications
John Waite
INTL
Phone: +44 (0) 845 226 3036
FAX: +44 (0) 845 226 3136 E-mail this person Company Information: Name: Carl Zeiss IMT Corporation Address: 6826 Kensington Road City: Brighton State: MI ZIP: 48116 Country: USA Phone: 248 486 2670 FAX: 248 486 4749
News provided by ThomasNet Industrial Newsroom® (TIN). TIN is a comprehensive source
of new and timely product information in the industrial marketplace. TIN supplies new product
information to the web sites, e-marketplaces and print publications that serve the
industrial marketplace. For press release submissions please go to
http://news.thomasnet.com/submitpr.html.
BY ACCESSING, BROWSING AND/OR USING THIS WEB SITE AND/OR ANY WEB SITES PROVIDED BY
ProductNews.com, YOU AGREE TO BE BOUND BY THE TERMS OF USE
AGREEMENT.
del.icio.us
DIGG
Facebook
Reddit
StumbleUpon
![[Get Copyright Permissions]](http://license.icopyright.net/images/icopy-w.gif){kind=small}
