The global optogenetics market is anticipated to grow at a significant CAGR during the forecast period. Optogenetics is an emerging and powerful technique that enables the control of protein activity in the brain using light. The optogenetics is providing a research tool for studying brain function, which in turn, will drive the growth of the global optogenetics industry. With the recently available techniques, optogenetics can be used in living organisms to control cell activity, for instance, during embryonic development. The increasing use of optogenetics method to control brain activity is anticipated to drive the global optogenetics market significantly.
Browse the full report description of "Global Optogenetics Market Size, Share & Trends Analysis Report By Light Type (Lasers and LEDs), By Technique (Channelrhodopsin, Halorhodopsin, and Archaerhodopsin), By Application (Retinal Disease Treatment, Neuroscience, Behavioral Tracking & Pacing, and Others), Forecast 2019-2025" at https://www.omrglobal.com/industry-reports/optogenetics-market
Additionally, optogenetics techniques also aid in the study of the performances of the brain circuit and registering the activity of the neurons that links the two hemispheres of the cerebrum. In addition to this, optogenetics techniques are being applied widely across the globe for the study of numerous disorders such as depression, mood disorder, and many more. Hence, the increasing population with such neural disorders will significantly drive the optogenetics market.
Furthermore, optogenetic is also used in disorders with no certain cure such as Parkinson’s disease to enhance the efficiency of the treatment and discover a new line of treatments. This is anticipated to significantly aid to the growth of the optogenetics industry during the forecast period.
Moreover, in various new studies, it has been proved that optogenetics can also be used to control diabetes without using any medication. For instance, a group of scientists from Tufts University in the US has demonstrated the successfully controlled glucose levels in diabetic mouse models with the application of optogenetics. The researchers have transplanted engineered pancreatic beta cells into diabetic mice andby exposing them to the light, caused the cells to produce more than double the usual amount of insulin.
With the use of light-switchable cells also called optogenetics, the scientists could successfully compensate for lower insulin production in diabetic mice. The study demonstrated that a potential advancement can be done soon for the treatment of diabetes as the glucose levels have been controlled in a mouse model of diabetes without pharmacological intervention. The new potential diabetes treatment study is anticipated to drive the global optogenetics market during the forecast period.
Optogenetics Market- Segmentation
By Light Type
By Techniques
By Application
Optogenetics Market – Segment by Region
North America
Europe
Asia-Pacific
Rest of the World
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