Inscopix

Q: Where is Inscopix's headquarters located?

Inscopix's corporate headquarters is located in Palo Alto, California. The company was founded in 2011 and has been at the forefront of developing innovative technologies for neuroscience research.

Q: What is an interesting fun fact about Inscopix?

One little-known fact about Inscopix is that the company's name was inspired by the Latin word "inscope," which means "to observe from within." This reflects the core mission of the company to provide scientists with tools that enable them to peer deep into the inner workings of the brain and uncover its most closely guarded secrets.

Q: Approximately how many employees does Inscopix have?

Inscopix currently employs aproximately 150 talented individuals across its offices in Palo Alto, California and other locations. The company has steadily grown its team since its inception in 2011 as it continues to expand the reach and capabilities of its innovative neurotechnology solutions.

46 cited products 217 protocol citations

Inscopix is a leading provider of cutting-edge research tools and technologies for neuroscience and life science applications.
The company's flagship product line includes miniaturized, head-mounted microscopes (nVista) and related imaging and analysis software (nVista, nAnalysis), enabling high-resolution, in vivo imaging of neural activity in freely behaving animal models.
Inscopix also offers a range of complementary products, such as fluorescence reagents, fiber optic cables, and specialized accessories, designed to support comprehensive research workflows.
With a strong focus on innovation and a commitment to advancing scientific discovery, Inscopix empowers researchers across academia and industry to explore the complex dynamics of the brain and gain unprecedented insights into neural function and behavior.

46 products from Inscopix

Data processing software by Inscopix

Cited in 22 protocols

Sourced in United States

The Inscopix Data Processing Software is a comprehensive solution for the analysis and visualization of neural data collected using Inscopix's nVista and nVoke imaging systems. The software provides tools for preprocessing, segmentation, and tracking of neural signals, as well as the ability to perform various analytical and statistical operations on the data.

Grin lens by Inscopix

Cited in 22 protocols

Sourced in United States

The GRIN lens is a compact optical component used in imaging and visualization systems. It provides efficient light focusing and beam shaping capabilities. The GRIN lens is designed to manipulate the propagation of light through its unique gradient-index profile, enabling precise control over the optical beam.

Nvista by Inscopix

Cited in 14 protocols

Sourced in United States

The NVista is a high-performance imaging system designed for neuroscience research. It provides real-time, in vivo calcium imaging of neural activity across large brain regions in freely behaving animals.

Nvista hd by Inscopix

Cited in 14 protocols

Sourced in United States

The NVista HD is a high-performance in vivo calcium imaging system developed by Inscopix. It is designed to enable researchers to record and analyze neural activity with cellular resolution in freely behaving small animals.

Mosaic software by Inscopix

Cited in 13 protocols

Sourced in United States

Mosaic software is a data acquisition and analysis platform developed by Inscopix. It provides tools for managing, visualizing, and analyzing data collected from Inscopix's neural imaging devices.

Nvista 2 by Inscopix

Cited in 12 protocols

Sourced in United States

NVista 2.0 is a miniaturized, head-mounted microscope designed for in vivo calcium imaging of neural activity in freely behaving animals. It allows researchers to capture high-resolution images and videos of neuronal activity in real-time.

Nvoke2 by Inscopix

Cited in 9 protocols

NVoke2 is a compact, lightweight, and portable imaging system designed for in vivo neural activity recording. It provides high-resolution, real-time imaging of neuronal dynamics in freely behaving animals. The system utilizes advanced CMOS sensor technology and LED illumination to capture neural signals with high temporal precision.

Nvista 3 by Inscopix

Cited in 8 protocols

Sourced in United States

The NVista 3.0 is a multi-photon imaging system designed for in vivo functional imaging of neuronal activity. It enables high-resolution, three-dimensional visualization of neuronal dynamics across large brain volumes. The NVista 3.0 utilizes advanced optical and electronic components to capture real-time neural signals with high temporal and spatial resolution.

Data acquisition software by Inscopix

Cited in 7 protocols

The Inscopix data acquisition software is a core component of the Inscopix system. It provides the essential functionality to record, visualize, and analyze neural activity data acquired through Inscopix's miniature fluorescence microscopes.

Data processing software idps by Inscopix

Cited in 6 protocols

The Inscopix Data Processing Software (IDPS) is a comprehensive software suite designed to facilitate the analysis and visualization of data generated from Inscopix's high-performance neuroimaging systems. The core function of IDPS is to provide researchers with a streamlined and efficient workflow for processing, analyzing, and interpreting the complex neural data collected during experiments.

Company FAQ

Where is Inscopix's headquarters located?

What types of research fields is Inscopix's equipment commonly used in?

Inscopix's miniaturized microscopes and associated software are widely used in a variety of neuroscience research fields, including studies of brain function, behavior, and disease. Their technologies are particularly well-suited for studying neural dynamics in freely moving animal models, allowing researchers to gain unprecedented insights into how the brain works in natural settings.

How can PubCompare.ai help researchers using Inscopix products?

PubCompare.ai is a powerful tool that can help researchers using Inscopix products to more easily locate relevant protocols and scientific publications. By searing through the vast body of neuroscience literature, PubCompare.ai can identify studies that have utilized specific Inscopix products, allowing researchers to quickly find and replicate successful experimental approaches. This can significantly improve the reproducibility of research and reduce the inherent wastage associated with trial-and-error methodology.

What is an interesting fun fact about Inscopix?

Approximately how many employees does Inscopix have?

Is this your company ?

Claim your company profile and access business tools

About PubCompare

Our mission is to provide scientists with the largest repository of trustworthy protocols and intelligent analytical tools, thereby offering them extensive information to design robust protocols aimed at minimizing the risk of failures.

We believe that the most crucial aspect is to grant scientists access to a wide range of reliable sources and new useful tools that surpass human capabilities.

However, we trust in allowing scientists to determine how to construct their own protocols based on this information, as they are the experts in their field.

Ready to get started?

Revolutionizing how scientists
search and build protocols!