UVP iBox Studio - uvp.com
The UVP iBox Studio is versatile and can support imaging of any probe in the visible to near infrared (NIR) range (400 to 900nm). NIR imaging minimizes skin autofluorescence (~650nm) …
Discontinued - UVP iBox Scientia - uvp.com
The UVP iBox Scientia in vivo imaging systems enable highly sensitive fluorescence and bioluminescence small animal imaging at affordable prices.
UVP iBox In Vivo Imagers
From macroscopic to microscope scales, fluorescence to bioluminescence or the most affordable small animal imager, the UVP iBox In Vivo Imagers are the right choice for your lab. All-In-One …
UVP iBox Studio - In Vivo Fluorescence Imaging System
The UVP iBox Studio in vivo fluorescence imaging system is versatile and can support imaging of any probe in the visible to near infrared (NIR) range (400 to 900 nm). NIR imaging minimizes …
The UVP iBox® Studio uses a specially designed version of the VisionWorks® software, guaranteeing a streamlined workflow for in vivo fluorescence imaging applications.
UVP iBox In Vivo Imaging Systems - Analytik Jena
From macroscopic to microscope scales, fluorescence to bioluminescence, as well as the most affordable small animal imager, the UVP iBox In Vivo Imagers are the right choice for your lab. …
UVP iBox Studio Imaging Systems - Thomas Scientific
The UVP iBox Studio is versatile and can support imaging of any probe in the visible to near infrared (NIR) range (400 to 900nm). NIR imaging minimizes skin autofluorescence (~650nm) …
UVP iBox® Studio touch, in vivo Imaging Systems, Analytik Jena …
The UVP iBox Studio is sophistication and ease of use in one system for high resolution small animal fluorescence imaging. From in depth in-vivo studies to quick screening, this powerful …
Live Cell Imaging System - UVP iBox Explorer2 - Analytik Jena
The UVP iBox Explorer² easily detects GFP/RFP and other fluorescent markers in small animals. The capabilities of this in vivo imager enables research studies inclusive of whole animal down …
The UVP iBox® ScientiaTM features high sensitivity imaging and accurate quantification of bioluminescent and fluorescent sources. The system is versatile and can support imaging of …