In-vivo > Fluorescence Microscopy

Laser Diode Illumination

The smallest fluorescence microscope body ever was built that easily snaps into chronically implanted imaging cannula via self-centering latching mechanism.

Products and Accessories

FMD

Microscope Driver.This driver allows for computer control over excitation LED light source, image capturing and its broadcast at video rate to single or multiple computers via high speed Ethernet communication.

LEDC1-x_FC

1ch LED Light source.LED wave length can choose 385 / 405 / 455 / 465 / 505 / 515 / 595 / 625 / 635 / 840 / 940nm and 5500K.

FMH

Fluorescence Microscope Holder. For in vitro and fixed animal in vivo observations, it is desir- able to have a microscope holder coaxial with microscope that fits stereotaxic instrumentation or micromanipulators.

MFP_f_l_c-c

Mono optical fiber patch cord.

AHRJ-OE_FC-FC_12_HDMI-HGMI-(US)

Thisis an assisted hybrid rotary joint is electrically driven as it senses and follows the tethered animal turns. The opto-electric joint comes with 12 electrical and one optical channel with FC connectors on both ends.

SFMB

Snap-in Fluorescence Microscope Body. Excitation wavelength have to choose at purchase.

DSMB

Dummy microscope

SICL

Imaging Cannule Type L. For deeper brain regions, the snap-in imaging cannula Type L with image guiding gradientindex rod lens that brings the image from inside the brain to the skull surface is used.

SICS

Imaging Cannule Type S. For areas near the brain surface Type S imaging cannula could be used.

FARS

Focus Adjustment Ring Set. As point of observation can be anywhere within the brain, a set of focus adjustment rings of different heights is avail- able. The height of rings is 2.05mm, 2.77mm, 3.48mm and 4.2mm. Within the set there are 10 rings for each height.

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