MITO-CC, 99%

Key Features – Why MITO-CC Is an Excellent Research Tool

High Selectivity – No Signal Interference

MITO-CC exhibits exceptional specificity for ONOO⁻, with no significant cross-reactivity toward various reactive species including H₂O₂, H₂S₂, HOCl, O₂⁻, SO₃²⁻, and others. This resolves the signal interference issues commonly seen with traditional probes.

High Sensitivity – Rapid Capture of Dynamic Changes

MITO-CC reliably responds to low concentrations of ONOO⁻ (stable detection in the 0–25 µM range). The signal response is fast and stable, enabling easy capture of dynamic fluctuations of intracellular ONOO⁻.

Precise Mitochondrial Targeting

MITO-CC precisely targets cellular mitochondria, providing an accurate tool for studying mitochondrial-related oxidative stress and inflammatory mechanisms.

Dual-Mode Imaging: Two-Photon + Ratiometric Imaging

• Two-photon excitation (800 nm) enables deep tissue penetration.
• Ratiometric fluorescence imaging (F₄₇₈/F₆₅₄) provides high-resolution imaging in cells, tissue sections, and live inflammation models.

These scenarios are all within its capabilities!

• ROS/RNS detection
• Inflammation, oxidative stress & mitochondrial function
• Cell/tissue/in vivo imaging with high-specificity ONOO⁻ probe

J&K Scientific provides a stable supply of MITO-CC, the ONOO⁻ tracer developed by Researcher Cheng Dan from Affiliated Nanhua Hospital, University of South China.

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MITO-CC – A High-Fidelity Fluorescent Probe for ONOO⁻ Detection