In Vivo Imaging Systems Products & Reviews

The Mitochondrial membrane potential detection kit uses a unique fluorescent cationic dye, JC-1, to signal the loss of mitochondrial membrane potential. In healthy non-apoptotic cells, the dye stains the mitochondria bright red.  Detect the loss in mitochondrial membrane potential - Early indicator of cellular apoptosis  Convenient kit format  Use with flow cytometer, fluorescence plate reader, fluorescence microscope

IRDye® Click Chemistry reagents (DBCO, Alkyne, and Azide) offer convenient, versatile and reliable methods for biomolecule labeling. With a variety of in vitro and in vivo applications, from biomarker isolation to assay development.

The AllerGard™ ES (Energy Saver) NU-620 Animal Transfer Station is modeled after the Class II Biological Safety Cabinet design offering you the highest vivarium standard in the environmental, personnel and product protection for small animal cage changing procedures. Model NU-620 is an entirely mobile unit that can be outfitted with various ergonomic accessories to the meet the need of your facility's workflow. Uncompromise…

The AllerGard™ NU-621 is a singled-side Animal Transfer Station (ATS) that offers improved allergen protection through a dynamic air barrier of 75 fpm (0.38 m/s) through the front of the cabinet.

The NU-620M uses an impeller and HEPA filter in both the supply module at the top of the unit as well as in the exhaust module at the bottom to turn the work zone in between into a vertical “piston of air.”

The NU-620R uses an impeller and HEPA filter in both the supply module at the top of the unit as well as in the exhaust module at the bottom to turn the work zone in between into a vertical “piston of air.”

Cage changing is not the most glamorous of tasks, but it is an essential part of maintaining the integrity of your lab animals' results. The AllerGard™ ES (Energy Saver) NU-608 Class I Animal Waste Station minimizes the risk of exposure to allergens and animal infections for the technician handling low to moderate risk materials through HEPA filtration and an air barrier. HEPEX™ Zero Leak Airflow System NuAire’s propriet…

Fluorogenic mitochondrial stains for live cells that rapidly accumulate in mitochondria and can be imaged without washing.

TyraMax™ Amplification Dyes for 3-plex tyramide signal amplification (TSA), plus DAPI. Includes TyraMax™ 490/520 (green fluorescence), TyraMax™ 560/580 (red fluorescence), TyraMax™630/650 (far-red fluorescence). One vial of each TyraMax™ Dye (100 uL, 100X) and one vial of DAPI (50 uL, 1000X).

Set of TyraMax™ Amplification Dyes for 5-plex tyramide (TSA) staining with DAPI. TyraMax™ 490/520 (green), TyraMax™ 560/580 (red), TyraMax™630/650 (far-red), TyraMax™ 680/700 (far-red/NIR), TyraMax™ 740/770 (near-IR). One vial of each TyraMax™ Dye (100 uL, 100X), and one vial of DAPI (50 uL, 1000X).

Set of TyraMax™ Amplification Dyes for multiplex tyramide signal amplification (TSA) assay development, with multiple unique dye options spanning UV to near-IR wavelengths. Inculdes 12 dye vials, 20 uL of each 100X TyraMax™ dye option.

Novel lipophilic fluorescent dyes for selective staining of the plasma membrane in formaldehyde-fixed cells. Available in 6 colors, from blue to near-IR.

Dye solutions of lipophilic carbocyanine dyes DiB, Neuro-DiO, DiI, and DiD, as well as novel near-infrared lipophilic dyes for non-toxic labeling of cytoplasmic membranes.

Unique fluorogenic membrane dyes that covalently stain the plasma membrane in live cells, and can withstand both fixation and detergent permeabilization.

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.

Annexin V fluorescent conjugates can be used to detect apoptotic cells. Annexin V is available conjugated to a wide variety of dyes.

Fluorescent dyes optimized for staining endospores. The dyes also stain both live and dead bacteria of gram-positive and gram-negative strains. In B. subtilis, the dyes stain both vegetative cells and endospores and have been validated for detection by fluorescence microscopy and flow cytometry.

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.

Fluorescent WGA conjugates that are optimized for bright staining of extracellular vesicles for flow cytometry.

The CF® dye TUNEL Assay Apoptosis Detection Kit label apoptotic cells in fixed tissue sections or cellular samples for fluorescence microscopy or flow cytometry.

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.

Fluorescent CF® Dye tyramides are used for tyramide signal amplification (TSA) for increasing immunofluorescence sensitivity in multicolor immunocytochemistry (ICC), immunohistochemistry (IHC), or in situ hybridization (ISH).

TyraMax™ Dyes are next-generation tyramide (TSA) dyes for spatial biology with colors from blue to near-IR, named for their excitation/emission. They are stable in amplification buffer with advantages in color selection, brightness, and photostability versus other TSA dyes.