Gallery
Tumor targeting in patient derived xenografts with Fluorescence imaging using the UVP iBox Studio by Analytik Jena
Tumor targeting in patient derived xenografts with Fluorescence imaging using the UVP iBox Studio by Analytik Jena
Fast and efficient imaging using UVP iBox Studio enabled researchers to achieve detection of fluorescent proteins for high resolution, publication-ready images
UVP iBox In Vivo Imagers by Analytik Jena
UVP iBox In Vivo Imagers by Analytik Jena
Background information about in vivo imaging highlights product features of UVP iBox Explorer, iBox Studio and iBox Scientia imagers by Analytik Jena
Infection of Soybean Plant Roots
Infection of Soybean Plant Roots
Understanding the host pathogen interaction between soybean plant roots and Phytophthora sojae using UVP iBox Explorer 2 fluorescent microscopic imager
UVP iBox Solution in Measuring GFP Expression in Vital Organs
UVP iBox Solution in Measuring GFP Expression in Vital Organs
Investigation and biodistribution of a gene carrier with ex vivo fluorescent imaging using the iBox Explorer2 Live
Cell Imaging Microscope
In Vivo Imaging with Bioluminescence: Performing a Luciferin Kinetic Curve in Mice
In Vivo Imaging with Bioluminescence: Performing a Luciferin Kinetic Curve in Mice
UVP iBox Scientia Small Animal Imaging System by Analytik Jena capable of fluorescence and bioluminescence in vivo imaging of up to 10 mice with a 20 x 29 cm thermal plate
Low Light Imaging of Reactive Oxidative Species within Wound Sites Using Luminol Using the iBox Scientia
Low Light Imaging of Reactive Oxidative Species within Wound Sites Using Luminol Using the iBox Scientia
Use of luminescence in real-time imaging of ROS generation by inflammatory cells can be observed evolving within the wound of a mouse with the UVP iBox Scientia Imaging System
In Vivo Imaging with GFP: From Blue Squeezates to Green Mice
In Vivo Imaging with GFP: From Blue Squeezates to Green Mice
Non-invasive imaging of a patient-derived orthotopic mouse model of pancreatic cancer expressing GFP using UVP iBox Studio by Analytik Jena
Liposomal Nanocarriers Designed for Sub-Endothelial Matrix Targeting under Vascular Flow Conditions
Liposomal Nanocarriers Designed for Sub-Endothelial Matrix Targeting under Vascular Flow Conditions
Vessel explants fluorescently imaged using UVP iBox Studio In Vivo Imaging System with near-infrared (NIR) filters for the fluorometric detection of Cy7-DOPE