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Digital pathology is the process of managing, analysing, interpreting and storing digital information. It is also known as virtual pathology or virtual microscopy. It is useful for automated biomedical laboratory testing and diagnosis. Digital solutions are used to convert glass slides into digital slides with a scanning device. A digital slide scan enables interpretation and analysis of digital pathology images. The necessity of digital pathology has arrived out of concern to save time, capital and lives. Digital pathology finds applications in areas such as oral pathology, forensic pathology, cancer care and veterinary pathology.

With the increase in use of renewable energy and distributed energy sources, use of traditional transformers has increased the complexity of the electrical power grids. In order to overcome this complexity, there is need to adopt newer technologies to ensure better control and more reliable operation of the grid. Transformers are fundamental components of any power distribution system. However, this system does have certain drawbacks such as voltage drop under load, sensitivity to harmonics and performance degradation under system disruptions and overload. The need to cope with these disadvantages is gaining importance as supply of quality power is one of the major issues in today's scenario. A solid state transformers (SST)is considered a key enabler for power grids, as they provide better control over the system, with high load handling capacity as well as efficient bi-directional power flow.

A flat-panel display is a very thin and light weight display screen used in laptops, monitors, televisions, smartphones, digital cameras and other portable devices. These displays are deployed in a variety of electronic visual display devices. These are lighter and thinner than traditional CRT (cathode ray tubes).The panel size is dependent on the device in which it is mounted. Flat-panel displays mostly use LCD (liquid crystal display) technology. With the introduction of more innovative technology based solutions, flat-panel displays are replacing traditional CRT-based consumer and industrial display systems.

Organic electronics is a branch of electronics that deals with design, formulation and application of organic materials that possess electrical properties. The organic materials used are basically organic compoundsthat exhibit considerable electrical properties like conductivity.These materials are made up of tiny molecules or carbon-based polymers, hence also called polymer electronics or plastic electronics. Organic electronics offer the benefit of low-cost manufacturing as compared to conventional inorganic electronics. Organic electronics is environment-friendly and offers better resource utilization.

Mobile phone accessories are accessories that complement the performance, maintenance and features of mobile handsets.These include earphones, bluetooth headsets, portable travel chargers, protective covers and screen guards.Mobile phone accessories represent a moderate volume and high growth market due to changing lifestyles, technological innovations and the need for effective maintenance of costly instruments. The mobile phone market is dynamic in nature with frequent launchesin new features, accessories and handsets, giving rise to the need for custom-made screen guards and protective covers. Due to high profit margins and an increasing demand for mobile phone accessories, many players in the mobile handset market are launching their own accessories. Companies like Samsung, Apple, LG, Sony and Nokia are offeringaccessories fortheir handsetsas acombo pack to boost sales.

Future Market Insights (FMI) announces the release of its new research report titled "Global Produced Water Treatment Systems: Market Analysis and Opportunity Assessment 2014–2020". FMI forecasts that growth in the global produced water treatment systems market will open up opportunities for mobile rental system operators and companies that rent out equipment specific to this industry in the near future. This report provides a detailed collation of market data, and offers a snapshot of 2013 market conditions. According to this report, the market for produced water treatment systems is estimated to grow at a robust CAGR of 6.1% during the forecast period.

Future Market Insights (FMI), in its latest report titled, "Global Bio-plastics Market Analysis and Opportunity Assessment, 2014–2020",estimates that the global bio-plastics market is expected to account for $43.8Bn by 2020, registering a CAGR of 28.8% during the forecast period. A growing beverage packaging industry,government support for adopting bio-based materials, and rising consumer acceptance for bio-plastics are expected to contribute to the growth of the global bio-plastic market over the forecast period.

Future Market Insights (FMI) released its latest report titled, "Biophotonics: A New Boulevard for Healthcare Investments, Global Market Analysis and Forecast; 2014 to 2020". According to the report, the global biophotonics market was valued at US$ 31.4 billion (Bn) in 2014. The market is expected to reach US$ 59.7 Bn by 2020, registering a CAGR of 11.3% between 2014 and 2020.

Future Market Insights (FMI), in its latest report titled, "Global Bio-plastics Market Analysis and Opportunity Assessment, 2014–2020",estimates that the global bio-plastics market is expected to account for $43.8Bn by 2020, registering a CAGR of 28.8% during the forecast period. A growing beverage packaging industry,government support for adopting bio-based materials, and rising consumer acceptance for bio-plastics are expected to contribute to the growth of the global bio-plastic market over the forecast period.

Ferro aluminum is an alloy that belongs to the category of ferroalloys. Ferro aluminum is produced by combining iron with aluminum. The manufacturing process of ferro aluminum is highly energy intensive in nature. Ferro aluminum requires large amount of electricity during its manufacturing process. Ferro aluminum manufacturing process involves production of aluminum from synthetic cryolite or bauxite. The processed aluminum is then further transformed into aluminum oxide by using Bayer's process through electrolysis. The resulting aluminum oxide is then mixed with iron oxide at extremely high temperature. Ferro aluminum is further purified to make it available in several grades. Though ferroalloy contains about65% of aluminum alloy, it exhibits the properties of about 40% alloy in terms of density. Pure ferro aluminum usually contains aluminum at the range of 30% and 75%. Ferro aluminum is usually supplied in granular, powder or in pieces of different sizes. Ferro aluminum is primarily used as a de-oxidation agent for steel manufacturing process. Ferro aluminum is also used for moulding applications in combination with carbon steel and carbon steel. Ferro aluminum is stable at room temperature however; it burns at extremely intense exothermic reactions.