Fast imaging of blood flow in the mouse ear (see Visualization 1). Pixel number 200×200, scanning area 2×2 mm2, frame rate 2 Hz
Particles with sizes in the order of a few micrometers can significantly enhance the capabilities of...
<div><p>Laser speckle contrast imaging (LSCI) enables continuous high-resolution assessment of micro...
A depth projected video of the axial displacement calculated from Doppler shift in an in vivo mouse ...
three-dimensional volumetric images for the in vivo imaging of mouse ear, the dimension of the white...
Animated 240 µm thick volume stack (60 slices, 4 µm z-step) showing deep imaging on an eGFP mouse br...
Animated 200 µm thick z-stack (51 slices, 4 µm z-step) showing deep imaging in the subcutaneous tiss...
A depth projected en face video of inter-volume phase variance OCT angiography in an in vivo mouse e...
Animated 200 µm thick z-stack (51 slices, 4 µm z-step) showing imaging through the right parietal bo...
This video includes (A) cross-section image of the mouse skin from circular scan, and (B) axial spee...
Volume rendering of mouse ear vasculature imaged by conventional PAM and MAI-PAM respectively
30 Hz in vivo calcium imaging of a mouse hippocampus. Extended depth of field images are displayed
Microscope movie of the samples with flowing whole blood, area near the input of the circuit with sl...
MAP OR-PAM image of a BALB/c-nude mouse's ear Originally published in Biomedical Optics Express on 0...
The blood flow images on the brain surface captured by the chronic brain blood-flow imaging device. ...
<p>(a,b) Intravital imaging in different animals with arteriole (A), venule (V) and nerve fiber (N) ...
Particles with sizes in the order of a few micrometers can significantly enhance the capabilities of...
<div><p>Laser speckle contrast imaging (LSCI) enables continuous high-resolution assessment of micro...
A depth projected video of the axial displacement calculated from Doppler shift in an in vivo mouse ...
three-dimensional volumetric images for the in vivo imaging of mouse ear, the dimension of the white...
Animated 240 µm thick volume stack (60 slices, 4 µm z-step) showing deep imaging on an eGFP mouse br...
Animated 200 µm thick z-stack (51 slices, 4 µm z-step) showing deep imaging in the subcutaneous tiss...
A depth projected en face video of inter-volume phase variance OCT angiography in an in vivo mouse e...
Animated 200 µm thick z-stack (51 slices, 4 µm z-step) showing imaging through the right parietal bo...
This video includes (A) cross-section image of the mouse skin from circular scan, and (B) axial spee...
Volume rendering of mouse ear vasculature imaged by conventional PAM and MAI-PAM respectively
30 Hz in vivo calcium imaging of a mouse hippocampus. Extended depth of field images are displayed
Microscope movie of the samples with flowing whole blood, area near the input of the circuit with sl...
MAP OR-PAM image of a BALB/c-nude mouse's ear Originally published in Biomedical Optics Express on 0...
The blood flow images on the brain surface captured by the chronic brain blood-flow imaging device. ...
<p>(a,b) Intravital imaging in different animals with arteriole (A), venule (V) and nerve fiber (N) ...
Particles with sizes in the order of a few micrometers can significantly enhance the capabilities of...
<div><p>Laser speckle contrast imaging (LSCI) enables continuous high-resolution assessment of micro...
A depth projected video of the axial displacement calculated from Doppler shift in an in vivo mouse ...
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