Skip to main content
メニュー
Revvity logo
Contact us
JP
Revvity Sites Globally

Select your location.

*e-commerce not available for this region.

australia.webp Australia
austria.webp Austria
belgium.webp Belgium
brazil.webp Brazil *
canada.webp Canada
china.webp China *
denmark.webp Denmark
finland.webp Finland
france.webp France
germany.webp Germany
hong-kong.webp Hong Kong (China) *
india.webp India *
ireland.webp Ireland
italy.webp Italy
japan.webp Japan *
luxembourg.webp Luxembourg
mexico.webp Mexico *
netherlands.webp Netherlands
norway.webp Norway
philippines.webp Philippines *
republic of korea.webp Republic of Korea *
singapore.webp Singapore *
spain.webp Spain
sweden.webp Sweden
switzerland.webp Switzerland
thailand.webp Thailand *
uk.webp United Kingdom
usa.webp United States
Breadcrumb
...
  • ホーム
  • Products
  • プラットフォームと自動化
  • イメージング
  • In vivo イメージング
  • In Vivo Imaging Reagents
  • IVISense Fluorescent Probes
  • IVISense Edema 680 Fluorescent Probe (Superhance)

IVISense Edema 680 Fluorescent Probe (Superhance)

IVISense™ fluorescent imaging probes
IVISense Edema 680 Fluorescent Probe (Superhance)
IVISense™ fluorescent imaging probes
IVISense™ fluorescent imaging probes - optimized and validated on Revvity's IVIS® optical imaging platform
IVISense™ fluorescent imaging probes

IVISense™ Edema (Superhance™ 680) fluorescent probe is a blood pooling imaging agent for imaging circulation, blood vessels, vasculature, vascular leak, including that associated with early oncologic and ophthalmologic lesions. This agent has a short pharmacokinetic profile with bladder clearance, and binds to albumin in blood for a modestly extended (30m-1h) circulation half-life.

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

View product information
Feature Specification
Unit Size 1 vial (10 doses)
Specificity Passive; non-specific systemic circulation

IVISense™ Edema (Superhance™ 680) fluorescent probe is a blood pooling imaging agent for imaging circulation, blood vessels, vasculature, vascular leak, including that associated with early oncologic and ophthalmologic lesions. This agent has a short pharmacokinetic profile with bladder clearance, and binds to albumin in blood for a modestly extended (30m-1h) circulation half-life.

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

View product information
Product variant
Wave Length: 680 nm
Part #:
NEV10116
For research use only. Not for use in diagnostic procedures.
Request more information
IVISense™ fluorescent imaging probes
IVISense Edema 680 Fluorescent Probe (Superhance)
IVISense™ fluorescent imaging probes
IVISense™ fluorescent imaging probes - optimized and validated on Revvity's IVIS® optical imaging platform
IVISense Edema 680 Fluorescent Probe (Superhance)
IVISense™ fluorescent imaging probes
Quick links
  • Product information
  • Resources
  • SDS, COAs, manuals and more
  • Related products
  • Recently viewed
  • Get help

Product information

  • Overview
  • Specifications

Overview

IVISense Edema fluorescent probe is a small molecule near infrared fluorescent probe designed for in vivo preclinical intravenous administration. This probe, being of low molecular weight, will leak and pool in regions of acute edema or vascular leak associated with oncology or other diseases. It is ideal for imaging vascularity, perfusion, and vascular permeability.

Benefits of IVISense Edema 680 fluorescent probe:

  • Small molecule fluorescent in vivo edema and vascular leak imaging agent.
  • Short pharmacokinetic profile, extended modestly by albumin binding moiety to improve performance (30m-1h blood half-life).
  • For imaging of acute changes in vascularity, perfusion, and vascular permeability.
  • Enables sensitive imaging and detection of vascular leak, including that associated with early inflammatory, oncologic, and opthalmologic lesions.

Specifications

Brand
IVISense
Fluorescent Agent Type
Vascular
Imaging Modality
Fluorescence
Shipping Conditions
Shipped Ambient
Specificity
Passive; non-specific systemic circulation
Storage Conditions
+2 to +8 °C
Therapeutic Area
Angiogenesis
Arthritis
Inflammation
Oncology
Vascular
Unit Size
1 vial (10 doses)
Wave Length
680 nm

Resources

Are you looking for resources, click on the resource type to explore further.

  • - すべて -:-:- Any -
  • Application Brief:-:1
  • Application Note:-:1
  • eBook:-:1
  • Flyer:-:2
  • Guide:-:1
  • Whitepaper:-:1
1-6 of 7 Resources
Flyer Icon
Flyer
Best practices for designing an effective in vivo fluorescence imaging study

Fluorescence molecular imaging is the visualization of cellular and biological function in vivo to gain deeper insights into...

Learn more
Application Brief Icon
Application Brief
Characterization of NIR fluorophores for their potential in non-specific tissue accumulation
Learn more
Application Note Icon
Application Note
Comparison of vascular fluorescent imaging agents in oncology and inflammation research

This app not highlights comparing IVISense Edema, IVISense Vascular, and IVISense Vascular NP NIR fluorescent probes to detect...

Learn more
eBook Icon
eBook
In vivo imaging solutions

Researchers trust our in vivo imaging solutions to give them reliable, calibrated data that reveals pathway characterization and...

Learn more
Guide Icon
Guide
IVISense fluorescent probe selector guide for oncology research

The goal of in vivo fluorescence molecular imaging is to enable non-invasive visualization and quantification of cellular and...

Learn more
Whitepaper Icon
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...

Learn more
Pagination
  • Current page 1
  • ページ 2
  • Next page Next
  • Last page Last

How can we help you?

We are here to answer your questions.

Contact sales I would like more product information Contact customer care Get technical support
Get Help Illustration Get Help Illustration
Scroll Icon
Revvity Logo

©2025 Revvity - All rights reserved

Revvity is a trademark of Revvity, Inc. All other trademarks are the property of their respective owners.