Publication | Closed Access
Multicolor <i>in vivo</i> brain imaging with a microscope-coupled fiber-bundle microprobe
18
Citations
15
References
2012
Year
EngineeringMicroscopyBiomedical EngineeringFiber OpticsMicroscope-coupled Fiber-bundle MicroprobeTissue ImagingBiomedical OpticMultiplex Fluorescent ResponseBioimagingLight MicroscopyLaser Excitation RadiationBiophysicsMedicineLaser MicroscopyBiophotonicsOptical ImagingFluorescence MicroscopyCellular NeuroscienceBiomedical ImagingBiomedical PhotonicsFiber-bundle MicroprobeMultiphoton ProcessNeuroscienceImaging
A fiber-bundle microprobe coupled to a confocal optical microscope is shown to enable multicolor in vivo fluorescence brain imaging. A bundle of several thousands of 2.4-μm-diameter optical fibers is employed to deliver multiwavelength laser excitation radiation and to transmit multicolor images from hippocampus tissues in living transgenic mice by picking up a multiplex fluorescent response from green fluorescent protein, nucleic acid counterstains, and neuron tracers.
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