TRANSVISTA: Transforming Vision. Transcending Tech.
Empowering discovery through advanced in vivo imaging,
illuminating the brain and beyond.
Neuroscience 2025
Nov 16-19 | San Diego Convention Center
Visit us at Booth #913
Method of the Year 2018:
Imaging in freely behaving animals”
by Nature Methods
Pioneering in vivo imaging solutions recognised for advancing brain research worldwide.
Compact Turn-Key Solutions for
Freely-Moving Animals
From the SUPERNOVA-100 to the flagship SUPERNOVA-600, unlock deep-brain
insights with tunable optics, multi-plane imaging, and true mobility
Unleash Freely Behaving Research:
High-Resolution Multiphoton
Imaging from Neural Circuits to Whole-Organ Studies.
Powering Breakthroughs at Top Institutions Worldwide.

Trusted by partners, leading institutions,

labs and industry innovators

Ketamine induces plasticity in a norepinephrine-astroglial circuit to promote behavioral perseverance
SuperNOVA-100 enabled in vivo imaging of ketamine-induced plasticity in the astrocyte-norepinephrine circuit, providing direct experimental evidence for its rapid antidepressant mechanism.
View our publication

Miniaturized Multiphoton Microscopy
—The Optimal Choice for In Vivo Imaging

Miniaturized multiphoton microscopy represents a groundbreaking advancement for in vivo imaging. This innovative approach combines the benefits of multiphoton imaging with portable, wearable designs, enabling unprecedented freedom in biological research.

Explore our technology
SUPERNOVA-100 provides a complete solution for in vivo imaging. It is
capable of imaging neurons and synapses in the brain of free-moving
animals
with the resolution of a benchtop two-photon microscope,
providing neuroscientists with a revolutionary new tool and opening up a
new paradigm of neuroscience research.

Explore SUPERNOVA-100

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About TRANSVISTA

At TRANSVISTA, we empower scientists with revolutionary miniature multiphoton microscopes that deliver high-resolution, multicolor imaging in freely behaving subjects. While driving breakthroughs in neuroscience - from neural circuits and brain disorders to cognitive research and drug development - our systems simultaneously enable discoveries in immunology, oncology and cardiovascular studies.

Trusted by leading institutions worldwide, we illuminate biological complexity across scales, from subcellular structures to whole-organ systems.