Follow us on LinkedIn Biophotonics is one of the leading applications forinstrumentation and measurement of lasers. The industry is strivingto find applicability of the technology in rapidly andnon-invasively identifying genome and protein structures.Biophotonic applications in the field of microscopy, cytometry, andmass spectroscopy are gradually beginning to exhibit benefits overtraditional techniques in terms of cost, accuracy, and speed. Theflexibility and the range of functionality is firmly positioningbiophotonics as a disruptive technology with the capability ofbecoming the basis for conventional measuring application in lifesciences research, discovery and development of pharmaceuticals,aquaculture, agriculture, and food sciences.
Each year, malariaclaims the lives of millions of children in third world countries,in spite of fervent efforts to contain and eliminate the disease.Despite the advances in medical science, tuberculosis, AIDS andother life-threatening illnesses also continue to persist well intothe 21st century. The complexity of devising therapies for theseillnesses lies in the tracing the root cause of the disease.Moreover, most of these diseases are diagnosed after the diseasehas progressed to an advanced stage, where the scope for treatmentsignificantly narrows.
In the search for answers, the scientific community is turning tonewer technologies such as Biophotonics, a branch of medicalscience harnessing the power of light (photons) to detect, scan,manipulate and measure biological materials. Biophotonics profferstremendous scope for designing a new range of cost-effectivemedical diagnostic and therapeutic tools that facilitate fasterdetection and optimum treatment of critical illnesses. Demographicaging as well as the growing demand for quality healthcare acrossthe planet are expected to drive the market for biophotonics in thenear term. Over the last few years, demand for semiconductor lasersfor laser therapy applications witnessed an upsurge withapplications expanding from aesthetic treatments to surgeries, skincancer therapy, and pain-relief treatments. In the near future,bioimaging is expected to substitute biopsies and existingmechanical scanning equipment.
In recent times, Photodynamic Therapies have been widely accepted as an effective medium for palliativecare and for treating cancer during early stages. Severalcancer-detection technologies already make use of photonic andsimilar optical technologies such as the use of gold markersderived from nano-shells. Through the integration of imagingmodalities, namely ultrasound, photoacoustic imaging, and opticalcoherence tomography, into a single 5 millimeter biophotonicsdevice, researchers can now detect presence of ovarian cancer amonghigh-risk women at early stages. In case of timely detection ofdebilitating conditions like heart diseases, biophotonics comesinto the picture, aiding the development of advanced laser massspectroscopy-based tests that can provide conclusive results withinmoments of the onset of a heart attack.
Presently focused on Microscopy and other associated technologies, biophotonics are used fordetecting biological functions at cellular and sub-cellular levels.Additionally, new technologies are gradually emerging on the basisof electrophysiology and other probes for quantifying biologicalfunctionalities. Biophotonics is also beginning to play a vitalrole in the food sciences sector for ensuring food safety, wherethe technology is being deployed in infrared and mass spectroscopyto detect contaminants in foodstuffs. Biophotonics-based imagingtechnology is also finding increasing application in diverse fieldsof study including nano-biotech, cell biology, cell or animal GFP,and non-linear microscopy. Live cell imaging, involving the studyof protein expression, protein-to-protein interactions andlocalization, as well as transgenics for channel photoactivationare some of the most vibrant end-use application segments. The United States represents the single largest region forbiophotonics technologies, capturing a sizeable chunk of the globalmarket, as stated by the new market research report on Biophotonics.
Asia-Pacific, powered by emerging markets of India and China ispoised to grow at an impressive pace of over 23% through 2018. Byend-use, Medical Applications market represents a major segment for biophotonics, primarily inthe field of diagnostics and therapeutics. Developed regions ofNorth America and Europe comprise the largest markets forbiophotonics medical applications. Non-Medical applications ofbiophotonics are currently the subject of intense research and areexpected to gain significant mileage over the ensuing years. Key players profiled in the report include AdvanDx, Inc., AndorTechnology Plc., Becton, Dickinson and Company, BioTek Instruments,Inc., BIOLASE Technology, Inc., Caliper Life Sciences, Inc., CarlZeiss MicroImaging GmbH, Epi-Light Limited, HORIBA, Ltd., LumenisLtd., Ocean Optics, Inc., Olympus America, Inc., PerkinElmer, Inc.,PicoQuant GmbH, Technolas Perfect Vision GmbH, Zecotek Photonics,Inc., Zenalux Biomedical, Inc., among others.
The research report titled Biophotonics: A Global StrategicBusiness Report announced by Global Industry Analysts Inc.,provides a comprehensive market overview, current market trends,key growth drivers, end-use analysis, recent industry activity, andprofiles of major/niche global market participants. The reportprovides annual revenue estimates and projections for the years2010 through 2018 in value (US$) terms for geographic marketsincluding, US, Canada, Japan, Europe, Asia-Pacific and Rest ofWorld. Key end-use applications analyzed include Medical(Therapeutics, Diagnostics and Others) and Non-Medical. The studyalso provides historic data for an insight into market evolutionover the period 2004 through 2009.
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