Myelotracker® is a cutting-edge fluorescent probe that enables precise detection of neutrophils—essential immune cells—in both blood and tissue samples. It offers researchers a dependable tool for exploring inflammation, infections, and immune system activity.
Phantech has developed the Bio-Mouse™; the first fillable biomimetic mouse phantom with Computed Tomography (CT) Hounsfield Unit (HU) density-equivalent bone and soft tissue.
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.
The DELab micro computed tomography-100 (µCT-100) is designed specifically for in vivo imaging of small laboratory animals and ex vivo isolated samples. Research applications of the system range from musculoskeletal and metabolic disease, oncology, drug/therapeutic development, cardiology, anatomy, food science, and geology.
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.
Viscover provides the broadest portfolio of imaging agents tailored for your pre-clinical micro-CT studies.
The Prodigy is a compact, high-performance ultrasound system optimized for a variety of ultrasound engineering research applications. There are 2 available configurations within the Prodigy architecture: one with 256 transmit/receive channels that supports multiplexing up to 512 transducer channels, and the other one with 128 transmit/receive channels.
Imalytics Preclinical is a software for fast interactive segmentation, reconstruction, 3D visualization, and analysis of biomedical image data sets with a user-friendly interface. It supports 3D, 4D, and 5D image data from any modality if the file format is supported. It has been used to analyze (multimodal) data sets from CT, PET, SPECT, MRI, US, FLT, and BLT.
The USphere Series of microbubble contrast agents have been specifically designed for use in a variety of species used in preclinical research, anywhere from mice, rats, rabbits and even pigs; and have been tested and shown to work effectively at frequencies from 1 to 40MHz. Specifically, these agents have been tested on our Prospect T1 high frequency ultrasound system and have been found to perform well with both linear and h…
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).
Dedicated product portfolio of animal imaging agents that will unleash the full potential of preclinical animal MRI, employing innovative agents from small molecules to nanoparticles.
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.
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.
Scintica’s micro PVC phantoms are available in 3 sizes (27 mm OD, 34 mm OD, and 49 mm OD). These phantoms consist of one custom manufactured component and three separate pieces of commercial hardware for assembly. They have three separate voids, one with a series of spheres for a contrast recovery curve, one with a separately fillable warm background, and a final separate reference volume that can be optionally filled.
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.
Near-IR Annexin V fluorescent conjugates can be used to detect apoptotic cells and are suitable for in vivo imaging.
LysoView™ fluorescent dyes label lysosomes in live cells without a wash step, and are available in multiple colors with options for super-resolution imaging.
"Derenzo" phantoms are used to characterize an imaging system's resolution by measuring the FWHM of hole patterns with varying diameters and spacing. Holes within a size group are spaced at exactly 2D (twice the diameter) apart. Our Derenzo phantoms feature six different hole sizes arranged in triangles around the center of phantom.
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.
A lectin labeled with our superior fluorescent CF® dyes is an effective and widely used cell surface stain for yeast, fungi, and mammalian cells.
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.
