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The rising need for accuracy, precision, and errorless execution within life sciences is expected to boost demand within the global life science analytics market. Life sciences involve the study of organisms inclusive of plants, animals, and human beings, and is characterized by several interdisciplinary aspects of molecular biology and biotechnology. In recent times, scientists have started focusing on detail and scrutiny of several domains within life sciences in order to conduct errorless research. This has brought the market for life science analytics to the fore, and is expected to continue escalating demand within the market. The findings and discoveries made through the study of life sciences have widespread applicability across an array of fields, which makes it imperative to have a sound system of analysis. Life science analytics make it easy to process third party data and decrypt the complexities relating to the organizational setup of the life science industry. Moreover, analytic tools and techniques have become an indispensable part of pharmaceuticals, biotechnology, and other related industries.

Radio-frequency identification (RFID) technology has completely revolutionized the way companies do business. A type of wireless communication technology that uses radio waves to track and identify objects, RFID has minimized the pressure on several manual processes, enhanced the efficiency of operations, reduced costs, increased asset traceability and visibility, and improved reliability.

Given the demand to improve stability and balance in unfavorable weather conditions, ballast water in a ship's ballast tank has been an essential component for the safe operations of ships. Other than just adjusting the overall weight of the vessel to distribute it evenly throughout the ship, ballast water management becomes all the more important during loading and unloading, thereby, providing more stability and maneuverability during transit.

An optical fiber is a transparent fiber made of glass threads with a diameter slightly greater than that of a human hair. These glass threads are capable of transmitting light between the ends of the fiber, which serves in transmitting signals for communication purposes. Fibers have replaced metal wires, due to their salient features, such as reduced losses, immunity against electromagnetic interference, high bandwidth and long distance range. Many industries are switching from traditional metal wires to fiber optics and the aerospace industry is adopting this transition as well.

Metals, being an indispensable part of fabrication and automotive industry, are available in abundant quantity. Supply of metals is ensured primarily by extraction from natural resources and secondarily by recycling of used metals. Recycling of metals not only supports sustainability but also provides environmental and industrial benefits, such as it saves energy, minimizes waste volume and reduces pollution. Above all, recycling of metals reduces cost.

Resilient flooring is the term used for the type of flooring that lies in between soft floors such as carpet and hard floor such as stone. Resilient flooring is made from materials that are essentially elastic in nature. The demand for resilient flooring is anticipated to grow significantly over the forecast period owing to the numerous advantages such as durability, impact resistance, water proof, odor proof, scratch resistant and is easier to clean. Moreover, resilient flooring is flexible in nature and removes the slight bumps and gaps. The increasing number of renovation, reconstruction and new construction projects have boosted the demand for resilient flooring.

Closure of the incision location after surgery or tissue / skin injury in emergency or trauma is a critical step in order to avoid blood loss and for tissue rejuvenation. This is achieved by many techniques like suturing, adhesive tapes, adhesive staples and tissue adhesives (chemicals). Tissue adhesives were introduced in 1980's for the closure of the incisions and injury or trauma sites. High viscosity tissue adhesives are widely used during surgeries also to stop the bleeding, which is not possible by techniques like suturing, electrocoagulation, etc. Among tissue adhesives available today, high viscosity tissue adhesives are used mainly for closure of wounds, injuries or traumas and post-operative incisions. High viscosity tissue adhesives have their own advantages such as ease of application, less time consumption, less risk of dehiscence, reduced infection, no scars, etc. The high viscosity tissue adhesives are different compounds / combinations of Cyanoacrylate. There are three major cyanoacrylate compounds available in market for high viscosity tissue adhesives viz. 2-Octyl Cyanoacrylate (2-OCA), n-2-Butyl Cyanoacrylate (n-2BCA) and 2-Ethyl Cyanoacrylate. All these variants differ in their characteristics like polymerization at specific temperature, strength, etc. 2-OCA and n-2BCA are commercially marketed by major suppliers, and mixture of the two is also marketed by several companies. Gelatin based gels of human fibrin were also in consideration for the surgical application in high viscosity tissue adhesives but are not available commercially.

Increasing investment by healthcare service providers to improve service quality and patient safety is the key factor contributes the growth of global healthcare safety and risk management solutions market. Healthcare safety management is predominately focused on reducing medication errors, human errors and also to optimize the various healthcare process. Healthcare safety and risk management is a software solution, which delivers real time visibility into quality and safety management processes to the designated stakeholders across the enterprise. Prominent healthcare safety and risk management solutions include infection prevention management, surveillance management, risk management, audit management, claims management, incident reporting, and analytics solutions. Healthcare safety and risk management solutions are available as standalone and bundled solutions, also delivered as customised solution based on the specific needs and supporting infrastructure of an organization.

A diamond wire comprises micron-sized particles such as diamond beads or grains adhered to a solid core wire. These diamond beads or grains have different shapes and sizes such as cylindrical beads and conical beads, depending on their numerous applications. A diamond wire is used as an abrasive cutting tool for several hard-material-cutting applications including slicing, bricking, cropping, squaring, and cutting. Diamond wires are used in the stone & marble industry for cutting purposes, pier/tower/bridge demolition, and heavy construction. Diamond wires are also used in cropping, wafering, and lapping/grinding processes in electronics applications. Usage of diamond wire as a cutting tool offers improved cutting efficiency, increased reliability, and reduction in waste.

As more and more people are moving towards urban centres, modern transportation systems are increasingly strained. For city dwellers, smart bicycle present a cheap and convenient way to navigate ever-busier streets. In some cities, public transportation infrastructure simply isn't a viable means of transport.