Despite the advances in the imaging modalities, the imaging devices are restricted in their ability to image tissue structure while being largely unable to elucidate tissue function. Multiphoton microscopy (MPM) has found increasing use in laboratory-based biomedical imaging due to its subcellular resolution along with the ability to obtain structural and functional information. The evolution of imaging technologies over the past decade has reshaped the landscape in diagnosing and managing patients in ophthalmology.
Imaging modalities though have become integral in the clinical and surgical practice of ophthalmology over the past few decades. But recently, diode laser-based imaging devices and optical coherence tomography (OCT) have become invaluable in the examination and early diagnosis of disease ranging from macular degeneration to glaucoma. Adopting technological advances and…
