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IVISense Acute Vascular 680 Fluorescent Probe (1 mg) (Genhance)

IVISense™ Acute Vascular (Genhance™) fluorescent probes enable imaging and quantitation of acute vascular permeability increase, bladder clearance via intravital ureter imaging, or incorporation into liposomes for drug delivery monitoring.

For research use only. Not for use in diagnostic procedures.

IVISense™ Acute Vascular (Genhance™) fluorescent probes enable imaging and quantitation of acute vascular permeability increase, bladder clearance via intravital ureter imaging, or incorporation into liposomes for drug delivery monitoring.

For research use only. Not for use in diagnostic procedures.

Product Variants
Wave Length: 680 nm
Unit Size
1 mg
Part #:
NEV10117
List Price
USD 174.02
Wave Length: 680 nm
Unit Size
5 mg
Part #:
NEV10130
List Price
USD 568.59
Wave Length: 750 nm
Unit Size
1 mg
Part #:
NEV10118
List Price
USD 174.02
Wave Length: 750 nm
Unit Size
5 mg
Part #:
NEV10177
List Price
USD 568.59
For research use only. Not for use in diagnostic procedures.

Overview

IVISense Acute Vascular 680 fluorescent probe is small molecule near infrared fluorescent agent designed for in vivo preclinical intravenous (IV) administration. This probe, being of low molecular weight, rapidly leaks into regions of increased vascular permeability that can occur due to cancer or inflammation. In addition, its rapid clearance from the blood allows early imaging of the bladder or ureters for basic research or for surgical imaging approaches in small and large animals. The physical/chemical properties of this probe also makes it useful for encapsulation into nanoparticles or liposomes as a reporter system for drug delivery approaches.

This fluorescent probe is available in a 1 mg size.

Specifications

Brand
IVISense
Fluorescent Agent Type
Vascular
Imaging Modality
Fluorescence
Shipping Conditions
Shipped Ambient
Unit Size
1 mg
Wave Length
680 nm

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Whitepaper
Understanding the ‘how’ and ‘why’ of spectral unmixing

In vivo fluorescence imaging displays a very broad utility and has become a well-established modality for functional imaging in...

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