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Confocal laser scanning microscope is a light microscope used for monitoring and recording of living and inanimate microscopic specimens using fluorescence and reflected light. In this method, the specimen is illuminated point by point, and reemitted or reflected light is detected and recorded to build an image in computer memory. The main advantage of confocal microscopy vs. wide-field microscopy is its capability for optical sectioning, i.e. obtaining a sharp image of a thin section of a thick specimen. Confocal microscopy has a wide scope of applications similar to classical light microscopy. Our instrument is based on an inverse microscope.

General instrument information

Short name
New confocal
Inventory number
0042863
Category
kapitalna (> 132.722,81 EUR / 1.000.000 HRK)
Instrument type
mikroskop
Analysis type
optička karakterizacija
Applications
vizualizacija
Standalone or bound
samostalan
Equipment condition
potpuno funkcionalan
Disciplines
Biologija , Fizika , Geofizika , Kemija , Kemijsko inženjerstvo , Metalurgija , Temeljne medicinske znanosti , Biotehnologija
Year of manufacture
2013
Acquisition date
10.12.2013
Financing body
Europska komisija
External link

Characteristics

Model
Leica TCS SP8 X FLIM
Manufacturer
Leica Microsystems
Operating and measuring scope
Fluorescence and reflection microscopy, FLIM
Principle of work
confocal fluorescence microscopy
Detailed technical characteristics
Five discrete excitation laser lines: 405, 458, 488, 496 and 514 nm, and the supercontinuum excitation range from 470 to 700 nm. Laser intensity of 8 excitation lines can be adjusted continuously and independently. Four detection channels. Spectral detection system, AOBS, classic and resonant scanner, x, y, z, t and double lambda imaging modes. 12 bit dynamics, FRAP, FRET, FLIM.;Confocal laser scanning microscope is a light microscope used for monitoring and recording of living and inanimate microscopic specimens using fluorescence and reflected light. In this method, the specimen is illuminated point by point, and reemitted or reflected light is detected and recorded to build an image in computer memory. The main advantage of confocal microscopy vs. wide-field microscopy is its capability for optical sectioning, i.e. obtaining a sharp image of a thin section of a thick specimen. Confocal microscopy has a wide scope of applications similar to classical light microscopy. Our instrument is based on an inverse microscope.
Additional equipment
A system for maintenance of controlled conditions, temperature, atmosphere and humidity, in the specimen chamber. Programme for image visualization and analysis Huygens Professional.
Purchase price
5174800 HRK
Portability
No
Remote work
No

Location

Address
Bijenička 54
Room
5. krilo / suteren / 014B

Terms of use

Usage method
korištenje uz pomoć ovlaštene osobe

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