Editorial Feature

The Use of Biophotonics Technology In Health Applications

ImageForArticle_21_15802050723263883.png

Image Credit: Eremin Sergey/Shutterstock.com

Optics and photonics have a strong history in medical research and diagnostics. From the earliest forms of microscopy, medical applications have continued to develop into modern products and techniques such as laser treatments, spectroscopy, modern microscopy, high-resolution imaging and even remote diagnostics using fiber-optic communications.

Medical Fields That Benefit from Photonics and Optics

The specialist medical fields that benefit from optics and biophotonics advancements include, but are not limited to, neurosurgery, endoscopic surgery, medical imaging, cardiology, and pharmaceuticals.

Non-Invasive Diagnostics

Non-invasive diagnostics techniques refer to diagnostic methods that do not rely on breaking the skin of the patient. Many optics techniques, such as X-rays, can be used to ‘see-through’ tissue or to insert cameras for diagnosis including endoscopy and ingestible cameras.

Lasers

Medical lasers are used in eye surgery, dentistry, and cancer removal. Lasers are also a very important tool in dermatology and cosmetic skin treatments.

Genomic Sequencing

By using fluorescent markers that attach to specific DNA bases, lasers can be used to identify markers and perform genomic sequencing. This knowledge of our body’s genetic makeup aids in new drug developments and better disease treatments.

Biomedical Imaging

Biomedical imaging has come a long way since the first use of X-ray images in the late 19th century. Modern medical imaging still strongly relies upon X-rays, but other advancements include fluoroscopy, Magnetic Resonance Imaging (MRI), Computed Axial Tomography (CAT or CT scan), Positron Emission Tomography (PET) and projection radiography, as well as the use of advanced microscopy techniques and equipment like Atomic Force Microscopes.

Cutting Edge BioOptics and Biophotonics

The cutting edge of bioOptics and biophotonics includes the use of atomic force microscopes to directly manipulate cell membranes, laser manipulation of proteins and advanced imaging techniques like OCT (optical coherence tomography) and CT (computed tomography).

Light-Activated Therapies

Light-activated therapies use light to encouraging processes such as wound healing or treat cancers through photodynamic therapy.

This article was updated on the 28th January, 2020

Tell Us What You Think

Do you have a review, update or anything you would like to add to this article?

Leave your feedback
Submit