NETOSIS DETECTION PLATFORM
Visualizing NETosis
Unlocking what
blood tests miss.
Nebulum preserves and detects intact neutrophil extracellular traps (NETs) in blood with 3D imaging and biomarker context -revealing the hidden drivers of disease.
Our Mission
Reveal the cellular architecture of blood.
Nebulum is building a new layer of liquid biopsy –
preserving intact cells, structures, and spatial
biomarker context to uncover biology that
conventional blood tests miss.
THE MEASUREMENT GAP
Soluble NET assays miss the structural biology.
Conventional plasma assays measure NET-associated fragments and soluble signals, but they do not preserve intact structures, cellular context, or marker localization.
Structure
is no longer intact
Cellular context
is separated from signal
Localization
becomes hard to assign
Mechanism
loses interpretive context
THE SOLUTION
Nebulum preserves the structural layer of NET biology.
ImmunoGel retains intact ET/NET-like structures directly from blood and converts 3D fluorescence imaging into spatial, quantitative insight.
OUR TECHNOLOGY
From structure to
spatial insight.
ImmunoGel preserves intact ET/NET-like structures
directly from blood and converts 3D fluorescence
imaging into interpretable spatial biology.
OUR TECHNOLOGY
From structure to
spatial insight.
ImmunoGel preserves intact ET/NET-like structures
directly from blood and converts 3D fluorescence
imaging into interpretable spatial biology.
OUR TECHNOLOGY
From structure to
spatial insight.
ImmunoGel preserves intact ET/NET-like structures
directly from blood and converts 3D fluorescence
imaging into interpretable spatial biology.
OUR TECHNOLOGY
From structure to
spatial insight.
ImmunoGel preserves intact ET/NET-like structures
directly from blood and converts 3D fluorescence
imaging into interpretable spatial biology.
One biology.
Many impacts.
Nebulum’s platform reveals NET biology across a wide range of human diseases.
Cancer
Immune suppression, metastasis, and therapy response.
Inflammation
Chronic immune activation and tissue injury.
Infectious Diseases
Host defense, sepsis biology, and immune dysregulation.
Thrombosis
Immunothrombosis, clot biology, and vascular risk.
EARLY EVIDENCE
Detecting NETosis at the structural level.
Representative ImmunoGel ExoTrap data show intact ET/NET-like structures retained in 3D and converted into spatial, quantitative readouts.
Detection-first evidence
Show where intact ET/NET-like structures are directly visualized from blood.
Structural confirmation
3D volume, zoomed rendering, and spatial analysis remain connected.
Quantitative readouts
Convert morphology, intensity, and distance-to-surface into study-ready metrics.
Representative research-use platform data. Final clinical claims require validation.
See the biology.
Advance what matters.
Partner with Nebulum to uncover the structural layer of blood biology.
Whole-blood input
3D preservation of structures
Spatial imaging at scale
Image-derived biomarkers