Cell biology
Image cells and their components in detail—from organelles to proteins—using confocal and super-resolution microscopy, driving discoveries in cell biology and drug development.
Developmental biology
Track cell differentiation and organ development in real time, and study signalling pathways.
Live cell imaging
Study living cells in real time with fluorescence, confocal, and time-lapse microscopy to visualize dynamic processes like division, migration, trafficking, and signalling while preserving cell health.
Deep Live cell imaging in Super Resolution
Image beyond the diffraction limit with super-resolution microscopy, revealing nanoscale structures, protein interactions, and dynamic processes that transform our understanding of health and disease.
Neurobiology
Capture synaptic connections in fine detail with confocal and super-resolution microscopy, revealing nanoscale structures and protein localisation to advance understanding of brain function and disease.
Plant Biology
Visualize complex three-dimensional plant structures with confocal microscopy, from root tips to leaf tissues, and track dynamic processes like photosynthesis, nutrient transport, and cell division.
Ca²⁺ imaging
Monitor real-time changes in intracellular calcium concentrations with calcium imaging, revealing critical signalling processes in neuroscience and cardiac research.
C. elegans
Study key biological phenomena of C. elegans by imaging its transparent body and cellular structures in real time, from development and behaviour to neural networks, gene expression, and nanoscale synaptic details.
Organoids
Observe cellular interactions in a realistic environment by imaging organoids, enabling studies of development, disease, drug testing, and personalized medicine in models that closely mimic human biology.
Cleared tissue
Investigate intact biological structures in three dimensions with tissue clearing, preserving cellular architecture while enabling deep imaging of complex systems like neural networks and vascular structures.
