abberior LIVE RED & LIVE ORANGE Mito: See What Others Miss In Real Time
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Understanding mitochondrial structure and dynamics is critical to advancing research in cell biology, neuroscience, and disease mechanisms. Yet conventional staining approaches often fall short, limited resolution, photobleaching, and cytotoxicity restrict what you can observe. Now you can go further. Developed by abberior, LIVE RED and LIVE ORANGE Mito are highly sensitive fluorescent probes designed specifically for live-cell mitochondrial imaging at unprecedented resolution. |
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Why Researchers Choose LIVE Mito Stains
Resolve Cristae with Nanoscale Precision
These probes selectively stain mitochondrial cristae, enabling you to visualise inner membrane structures that remain invisible with standard confocal microscopy. When combined with STED microscopy, you gain access to ultra-high spatial resolution, revealing fine structural details essential to mitochondrial function and pathology.
See the difference in resolution for yourself:
Figure 1: Fluorescence image of a HeLa cell stained with LIVE ORANGE Mito. The left panel shows a confocal microscopy image, while the right panel displays the same cell acquired using STED microscopy. The increased spatial resolution of the STED image reveals fine mitochondrial structures, including cristae, that are not resolved in the confocal image.
Track Dynamics Over Time, Without Compromise
Traditional dyes often force a trade-off between imaging duration and cell viability. LIVE Mito probes are engineered to overcome these limitations:
- Minimal photobleaching supports repeated excitation
- Low cytotoxicity preserves cellular physiology
- Stable fluorescence signal enables long-term imaging
Based on their optimised chemical structure, repeated excitation over extended periods is possible without inducing toxic effects. This allows you to follow mitochondrial movement and substructures dynamically in living cells.
Built for Live-Cell Biology
LIVE Mito probes are designed for real experimental conditions:
- Continuous imaging without compromising cell health
- Compatibility with other stains from the abberior LIVE series
- Robust performance across a wide range of live-cell applications
From Structure to Function, Unlock Deeper Biological Insight
With LIVE RED and LIVE ORANGE Mito, you can investigate:
- Mitochondrial ultrastructure in neuronal models
- Cellular responses to oxidative stress and viral proteins
- Structural changes linked to disease mechanisms
- Organelle interactions within live cellular environments
Recent peer-reviewed studies highlight applications across multiple disciplines, including neuroscience, molecular biology, and pharmacological research.
Go Beyond Snapshots, Observe Living Systems in Action
Time-lapse STED imaging enables you to capture mitochondrial behaviour as it happens:
- Fusion and fission events
- Intracellular migration
- Structural remodelling
- Interactions with other cellular compartments
This dynamic view allows you to establish a direct link between mitochondrial architecture and cellular function, providing critical insights into health and disease.
Watch Mitochondrial Dynamics Unfold in Real Time:
Movie 1: Time-lapse STED fluorescence movie of a HeLa cell stained with LIVE ORANGE Mito, showing mitochondrial dynamics. The high spatial resolution enables visualisation of fine mitochondrial structures, including cristae, while capturing dynamic processes in living cells.
Observe dynamics you cannot capture with conventional dyes.
Access Advanced Data & Early Insights
Download Abstracts From Recent Publications:
- Ng, E.L., et al. (2023) – Using Live Cell STED Imaging to Visualize Mitochondrial Inner Membrane Ultrastructure in Neuronal Cell Models
- Kulkovienė, G., et al. (2024) – Differential Mitochondrial, Oxidative Stress and Inflammatory Responses to SARS-CoV-2 Spike Protein RBD
- Wang, X., et al. (2025) – Protection of mitochondrial cristae structure in cerebral ischemia-reperfusion injury
Access the Preprint Application Note:
Explore nanoscale mitochondrial imaging and long-term live-cell dynamics, including fusion, fission, migration, restructuring, and organelle interactions.
Ready to Transform Your Mitochondrial Imaging?
If your research demands higher resolution, longer observation times, and biologically relevant live-cell data, LIVE RED and LIVE ORANGE Mito provide the performance you need.
Get in touch today
Discover how these advanced probes can elevate your research and reveal insights that remain inaccessible with conventional staining approaches.
Need help selecting the right live cell imaging tools?
Our specialists can guide you in choosing the most suitable probes for your experimental setup and imaging goals.