Growth of the human lens and the development of its internal features are examined using in
vivo and in vitro observations on dimensions, weights, cell sizes, protein gradients and other …

In order to accomplish its function of transmitting and focusing light, the crystalline lens of the
vertebrate eye has evolved a unique cellular structure and protein complement. These …

OBJECTIVES: To investigate optical properties of human enamel and dentine in relationship
to structural orientation of enamel prisms and dentinal tubules by optical coherence …

Purpose Although there are many reports on ocular growth, these data are often fragmented
into separate parameters or for limited age ranges. This work intends to create an overview …

Since the inception of optical coherence tomography (OCT), advancements in imaging
system design and handheld probes have allowed for numerous advancements in disease …

The refractive power of a lens is determined largely by its surface curvatures and the
refractive index of its medium. These properties can also be used to control the sharpness of …

Quantifying the full 3-D shape of the human crystalline lens is important for improving
intraocular lens power or sizing calculations in treatments of cataract and presbyopia. In a …

In a cataract surgery, the opacified crystalline lens is replaced by an artificial intraocular lens
(IOL). To optimize the visual quality after surgery, the intraocular lens to be implanted must …

The full shape of the accommodating crystalline lens was estimated using custom three-
dimensional (3-D) spectral OCT and image processing algorithms. Automatic segmentation …

Ocular biometric parameters, including full shape crystalline lens, were assessed in myopes
and emmetropes using 3-D optical coherence tomography. The anterior chamber depth, the …