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Advances in Biophotonics Technologies Opening New Potential in Life Science Research

13 Mar | By Aakash Choudhary
Advances in Biophotonics Technologies Opening New Potential in Life Science Research
By: Aakash Choudhary

Biophotonics—the interplay of optics and biological matter—has been utilized in wide spectrum of medical applications. The method particularly gains relevance in imaging and sensing cells and tissues. Most bewilderingly, researchers and the healthcare industry have been leveraging the potential of biophotonics for optical molecular probes, biomedical imaging, and drug delivery. Advent of new materials and unceasing efforts to improve the potential of fabrication methods have stretched the possibility of new applications in medical sciences.

 

Biophotonics to Occupy Crucial Role in Clinical Assessment of Cancers

 

Over the past few years, the technologies in the biophotonics market played a crucial role in non-invasive disease diagnosis and drug delivery. The biophotonics market gained traction from the remarkable promise of biophotonics in various areas in clinical applications, such as in label-free, high resolution optical imaging. A recent case in point is growing demand for optical coherence tomography in the clinical assessment of numerous cancers, most notably breast cancer.


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Growing demand for optical methods for monitoring, activating, and predicting treatment response to several diseases, including cancer, has created lucrative avenues in the biophotonics market. Overall, a large drive for growth in in biophotonics market stems from the multi-faceted applications underlying probing the mechanics of the intracellular processes. To a great extent, the use of optical technologies in biomedical applications is fueled by the need for non-invasive diagnostic, therapeutic, and surgical techniques in cardiology, neurology, and oncology.

 

Use in Non-medical Applications Gathering Pace

 

Stridently, the scope of the biophotonics market stretches beyond medical applications to include a spate of non-medical applications. Potential of biophotonics in laser cooling and quantum sensing has been attracting researchers. Another area where biophotonics technology gathered traction was in the detection of clinical and biochemical analytes, such as detecting pathogens in agricultural food products. Further, the growing potential of biophotonics in preventing unauthorized access to agriculture data is boosting the market.

 

On the back of proliferating use of biophotonics in non-biomedical applications, the revenues from the segment are anticipated to expand at rapid growth rate during 2019 – 2027. Medical diagnostics has been a lucrative end-use application in the biophotonics market. The segment will likely remain as the prominent one in the next few years also.  

 

Geographically, North America is fast emerging as a lucrative market. Extensive research has been done in relation to multiple aspects of bioimaging. Industry players have been harnessing this technique in sensing and detection of biomolecules. Meanwhile, Asia Pacific is likely to be a rapidly emerging market and will contribute sizable revenues year-over-year to the biophotonics market. This is due to continuous advances in biophotonics technologies, notably in developed nations and emerging economies of the region. Growing numbers of dedicated research facilities in biophotonics technology is an important characteristic of all the key markets. The region has also seen a spate of biophotonics workshops over the years.

 

Strides made in optical technologies in aerospace and telecom industries have unlocked substantial sources of revenues for players in the biophotonics market. Further, new methods of biophotonics have proved promising for translational cancer research around the world, expanding its horizon in developing and developed regions. They prove to be a veritable tool in delineating tumors, thereby playing a role in reducing the burden of cancers on global health systems.

 


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