Inverted microscopes find widespread use in various scientific disciplines:

Cell Biology:

l Cell Culture Observation: Monitoring cell growth, proliferation, and morphology in real-time.  

l Cell-to-Cell Interactions: Studying interactions between cells, such as cell migration, adhesion, and phagocytosis.  

l Intracellular Processes: Observing intracellular events like mitosis, meiosis, and organelle dynamics.  

Microbiology:

l Microbial Growth and Morphology: Examining bacterial and fungal cultures in liquid media.  

l Microbial Interactions: Studying interactions between microorganisms, such as predator-prey relationships and biofilm formation.

Materials Science:

l Surface Analysis: Examining surface features of materials, such as crystal structures and defects.

l Particle Analysis: Observing and characterizing microscopic particles.  

Biomedical Research:

l Drug Discovery: Screening for drug efficacy and toxicity on living cells.  

l Immunology: Studying immune cell responses and interactions.  

l Developmental Biology: Observing embryonic development and tissue differentiation.