Cell Biology

Muscle Cells

• Clear membrane outlines, cytoplasmic texture, and distinct nuclei are revealed without staining, offering detailed insight into individual muscle cell morphology.
• Enables high-resolution, label-free imaging for studying structure and organisation in fixed muscle cells.
  

Colon Cancer Cells

• Detailed architecture of colon cancer cells is clearly resolved, capturing membrane ruffling, protrusions, and intercellular bridges.
• Enables subcellular-level analysis of morphology, adhesion, and division states in fixed tumour samples without labels or stains.

Breast Cancer Cells

• Dynamic membrane activity, front–rear polarity, and intracellular granularity are clearly captured in live MDA-MB-231 cells.
• Enables real-time analysis of migratory morphology and structural plasticity critical to metastatic breast cancer research.

Cervical Cancer Cells

• Prominent nuclear structures, perinuclear brightness, and varied cell shapes are clearly resolved, capturing hallmark features of malignancy and active proliferation.
• Enables real-time visualisation of morphological dynamics associated with rapid division and cell cycle progression.

Myotubes

• Multinucleated structure, aligned fibres, and fusion boundaries are clearly resolved in unstained myotubes.
• Enables high-contrast, label-free imaging for assessing differentiation, fibre alignment, and structural organisation in skeletal muscle models.