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The report provides a strategic analysis of the global GaN industrial devices market. The global GaN industrial devices market has been segmented on the basis of types, applications and geography. Furthermore, GaN HEMT (High Electron Mobility Transistor) has been bifurcated on the basis of their application areas. The cross sectional analysis of global GaN industrial devices market across the five major geographical segments has also been covered under the purview of this report. Increasing application of GaN based industrial devices in various areas such as automotive, defense, information and communication technology, military, aerospace and power distribution systems is primarily driving the growth of the market. GaN is being widely implemented in radio frequency (RF) devices, light-emitting diodes (LEDs) and power electronics, owing to its ability to operate at high frequency, power density and high temperature.

Large power transformers connect electrical networks or systems of different voltages to allow power exchange between them. Large power transformers are used for power generation, power transmission, electro-intensive industrial applications and consumer applications. The industrial applications include mining, paper and cement mills, chemical plants, substations and power generation. Various applications of large power transformers include hydel power station, thermal power station, and nuclear power plant among others.

The study on the biomaterials market for implantable devices takes into consideration all the materials that constitute this market, their applications, geographical reach and degree of success in the market. The report segments and studies the global biomaterials market for implantable devices by the following types: Metals, ceramics, polymers, and natural-origin biomaterials. For the purpose of this market study, each of these materials is further analyzed according to the application type as: Cardiology, dental, orthopedics, ophthalmology and the others segment that includes neurology, urology, and gastroenterology. For a bird's eye view of the regional market dynamics, the report also analyzes the biomaterials market for implantable devices in Europe, North America, Asia Pacific and Rest of the World (RoW).

Demand for car fresheners in North America is projected to increase due to rise in consumer confidence, result of economic recovery, and strategic marketing efforts by key market players. Car freshener has now become an important product in the automotive after-market in North America. Spending on discretionary consumer goods increased in the region between 2012 and 2013 due to recovery of the economy in the U.S. and Canada. This trend is likely to continue in these markets over the next six years, which would drive impulse buying of car fresheners in North American consumers. Furthermore, growth in the car air freshener market will be supported by constant product innovations and innovative marketing strategies by key players across North America. Demand for organic/natural car-freshener products would drive the innovations in product offerings by large players in this market. Furthermore, longer hours spent in cars and trucks have created a need for attractive and chemical-free car freshener products among consumers in North America.

This report on the opioid induced constipation treatment market studies the current and future scenario of the global market. Large number of chronic pain sufferers is responsible for rising opioid consumption. Severe chronic constipation is a major side effect of consumption of opioid and shows resistance to traditional laxatives. Hence, novel targeted therapy has been prescribed to treat opioid induced constipation. Rising number of OIC sufferers, launch of targeted medicines, and growing awareness about the therapy are the major drivers of the market.

Metalworking fluids are also known as cutting fluids. They are used as coolant and lubricants in metalworking processes such as machining and fabrications. They are different types of metalworking fluids employed in different applications such as metal removal, metal forming, metal protecting and metal protecting fluids. Based on the applications metalworking fluids are segmented into different types. Metalworking fluids are manufactured from different process and different raw materials such as petroleum distillates, animal fats, plant oil, air and water.

A portable gas detector is a safety device that detects and monitors the concentration of gases in the air. A portable gas detector uses a control system, incorporating a sensor that detects the presence of toxic and/or combustible/flammable gases in its immediate vicinity. Thus, detectors are increasingly used for a wide range of applications (gas level monitoring, portable gas detection, etc.) in multiple end-use verticals, including industry, oil & gas, mining, and building automation, to provide adequate safety for working personnel. Portable gas detectors are battery-operated devices that are used to detect gas leaks and transmit warnings using audio and visual signals even when the recipient is on the move. The demand for portable gas detectors is rising for mining activities. In mining, which occurs in a confined space, portable gas detectors are increasingly preferred over their wearable counterparts, because they can be carried around for portable gas detection. In confined spaces, access is often infrequent and the danger may be greater from oxygen deficiency than from the presence of combustible gases, requiring continuous fixed monitoring.

Nano-technology field has a potential to make significant impact on healthcare by delivering disease diagnosis, monitoring, implants, regenerative medicines and drug delivery, drug discovery for biomedicine. Since last few years, significant progress has been made in the field of nano-medicine (i.e. nano-technology), resulting in a number of products, including therapeutics and imaging agents, enabling more effective and less toxic therapeutic and diagnostic interventions. This progress have resulted in development of innovative diagnostic and therapeutic personalized nano-medicine treatment. Rapidly expanding areas of research and development to develop novel nano-medicine is expected to drive the market growth in future. Moreover, one of the major factor assisting market growth is the rising prevalence of infectious diseases and cancer, developing nanotechnology research, and rising demand for novel drug delivery systems. However, high cost coupled with stringent regulatory scenario hampers the market growth to some extent.

Dried soap stock adds nutrient value as feed improves pelletizing and provides flexibility in utilization and processing. It is often treated with a strong mineral acid and is converted into a crude mixture of fatty acids, known as acidified soap stock. This mixture is widely used as a calorific component in animal feed. However, factors such as increasing feed prices, food shortages, and shrinking water resources are likely to hinder the growth of the dried soap stock market in KSA. In addition, pure acid oil is cheap and acts as a good source of biodiesel. Both palmitic and stearic acids add hardness to soaps and is widely available in Saudi Arabia. The market for both the acids is expected to develop further in the future. Moreover, increasing concern towards prevention of various diseases coupled with low price of dried soap stock is likely to fuel the growth of this market in Saudi Arabia during the forecast period.

Computer aided detection (CAD) is a clinically established tool that helps in the diagnosis or detection of cancers, and cardiovascular and neurological diseases. These systems assist physicians to decrease false negative rate, detect cancer at early stages, reduce mortality rates caused due to cancer and other diseases, and improve inter and intra reader variability. Additionally, CAD systems are extensively used to help physicians in numerous tasks that include providing a second opinion to the diagnostic and detection outcomes and automatically recognizing all non-calcified lesions doubted of malignancy at images. A CAD system helps in diagnosis, detection, and risk assessment. The purpose of using a computer and CAD tools is to help in medical image diagnosis. Technologically advanced CAD systems provide a moderately trained physician the same diagnostic skills as an experienced radiologist. CAD has also been used to increase the sensitivity of diagnostic imaging in medical investigation and differential diagnostics.