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Biophotonics in Tissue Biology








A significant feature of this field is visualizing and detecting cells and tissue. This involves the injection of fluorescent markers, into a living system, to follow dynamics of a cell and drug delivery.

Tissue biology involves the analysis of the microscopic structure of animal and human tissues. This is often performed by examining a thin tissue slice under a light or an electron microscope.

This inter-disciplinary analysis of the biology and photonics is utilized to detect, image, and govern biological components in the tissues.

Laser processing of tissue by biophotons

The mechanisms of various laser tissue interactions for removal of tissue, cutting, and coagulating are widely utilized for surgical measures in several major clinical professions such as dentistry, ophthalmology, gynecology, nose and throat surgery, surgery of ear, and urology.

This is inspired by the fact that the magnificent dominance on laser parameters permits ultra-precise surgical procedures without harming the surroundings of the regular tissue. In addition, removal and cutting of the tissue takes place at a very high temperature on laser surgery.

The blood vessels and nerve endings that have been slit during surgery get clotted and result in minimum blood loss and increased severity of pain.

The major advantage of lasers is that the transportation of radiation can be performed through flexible, thin, optical fibers to internal organs endoscopically through minor laceration.

Biophotonics application in the field of histology

Laser system with sensor control: Sensor controlled laser systems are of focus in the field of therapy. These systems have already been utilized in experimental assays with living tissues and humans.

They can also be utilized for intraluminal calculi and for destruction of tumor tissues. Most tumors are destroyed through vaporization by different laser sources and photodynamic therapy. The advancement of sensors with laser sources for treatment of malignant tissue for efficient, specific, and safe destruction of tissues is under research.

Bio Photonics Research Award

Visit: biophotonicsresearch.com
Nominate Now: https://biophotonicsresearch.com/award-nomination/?ecategory=Awards&rcategory=Awardee

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