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Cinnamic acid or (E)-3-phenylprop-2-enoic acid is an aromatic organic compound which has crystalline structure and is freely soluble in various organic solvents. Cinnamic acid has odor similar to that of honey which makes suitable as flavoring agent. Cinnamic acid occurs naturally in several plants including cinnamon. The major applications for cinnamic acid include synthetic indigo, flavoring agent and preparation of various esters, amides and cinnamoyl acids which find range of pharmaceutical uses especially in diseases like malaria and tuberculosis. The derivatives of cinnamic acid are used as main components in anti-oxidants, anti-diabetic and anti-cholesterolemic medicines. The market for cinnamic acid is governed by its major application in perfume industry and as a flavoring agent which are in greater demand across Asia-pacific region. The other drivers for cinnamic acid include its derivative preparations which are mostly used in various medicinal preparations including that of tuberculosis and malaria which are predominant in developing countries like India and Brazil. Cinnamic acid's application in skin care products (usually sun screen products) makes it grow across developed countries like the U.S and Western Europe as these countries are major consumers of cosmetic industry across globe.

Lime is one the most versatile materials used in industry which finds its major application in steel manufacturing industry mostly for removal of impurities. When limestone is drilled for production of lime in the rotary kilns, a dust of fine particles is obtained as a co-product. This important co-product so obtained is lime kiln dust. The lime kiln dust is contained in the filtering agents of rotary kiln and removed once these are filled. As lime kiln dust is blend of lime and lime stone it contains high amount of calcium content making lime kiln dust suitable for several applications like soil stabilization, industrial waste stabilization, soil drying or conditioning and agricultural uses. The production of lime kiln dust is majorly dominated by Asia-pacific countries like China and India, followed by Europe and the U.S. As the lime industry thrives the production of lime kiln dust continues.

Monoethanolamine or ?-Aminoethanol is an organic compound which is colorless, flammable, and toxic by nature emitting odor similar to that of ammonia. Monoethanolamine depicts the unique blend of properties from both the groups, namely amines (alkaline) and alcohols (hygroscopic). For most of the industrial applications Monoethanolamine is largely used in pure form while in aqueous form it is used as gas scrubbing absorbent. Monoethanolamine also finds its intermediate application in detergents and cleaning and as a solvent in pulp and dye industry. Other applications mainly include pharmaceutical industry and pH controller in cosmetics. Monoethanolamine is basically used due to its large spectrum of uses directly as well as an intermediate. The market for monoethanolamine continues to flourish across the U.S., Europe and Asia pacific countries largely due to rise in pesticide consumption in agricultural activities however is expected to be price competitive with colossal expansion in production quantities across all global countries.

Organomagnesiums belong to class of organometallic compounds which contain carbon-magnesium and other halide bonds. Organomagnesiums are one of the major reagents used in organic synthesis, mostly used to transfer organic group through nucleophilic addition. Organomagnesium compounds should be handled only under inert gas environment for safety purposes. Inert gases like nitrogen or argon are usually used for this purpose. Addition of acids, water or any oxiding materials to organomagnesium compounds mainly due their high reactivity. Organomagnesiums find large number of industrial applications primarily due to their nature to bind with halogens and other halides through single electron transfer process. Organomagnesiums are commonly found as Grignard reagents like ethylmagnesium bromide phenylmagnesium bromide and several others. Phenylmagnesium bromide is a strong nucleophile as well as a strong base. It reacts with carbon di-oxide to give benzoic acid which has numerous applications such as precursor for plasticizers and sodium benzoate (for preservatives). The market for organomagnesium is largely dominated by the U.S, followed by Europe and then Asia-Pacific region. The organomagnesium market is largely affected by increased prices of raw materials and cheaper substitutes. The application in form of catalysts acts as a prime driver for organomagnesium market.

Polybenzoxazole fiber (commercially also known as Zylon), is one of the strongest synthetic fiber having properties like high thermal stability, flame resistance and high tensile strength making it suitable for range of applications. Polybenzoxazole fibers belong to the group of synthetic fibers which exhibit excellent mechanical properties of high strength and low self weight making them appropriate as reinforced materials. As these fibers absorb very less moisture it makes them apt for high humidity working conditions. The applications for Polybenzoxazole fibers largely include military application (Body armor), space elevators, motorsport applications (tyre affixing), conductive textiles and others including standing rigging used in sail boats. These fibers are manufactured by Japanese company named Toyobo and the primary market includes the North America, Europe and Asian Countries like Japan which nearly hold three-fourth of polybenzoxazole fibers followed by rest of the world.

Trimethylolethane or 2-hydroxymethyl-2-methyl-1,3-propanediol is a colorless non-toxic organic compound. The chemical structure of trimethylolethane mainly contains 3 hydroxyl groups in a compact neopentyl structure. Trimethylolethane largely finds its application as an intermediate in the production of polyester resins, powder coating resins, stabilizers for plastics, and synthetic lubricants based on polyol esters. Through process of nitration it is used in preparation of trimethylolethane trinitrate which acts as a liquid explosive similar to that of nitroglycerin. The major regions that dominate the market the market for trimethylolethane and other neopentyl polyhydric alcohols are Europe, followed by Asia and the U.S. and then rest of the world (RoW). The prime reason behind this is the continued requirement in the coatings sector followed by requirements in various other sectors.

Orthopedics market is witnessing high growth rate globally. High incidence of obesity, osteoporosis, osteoarthritis and aging population are some of the key factors driving the market's growth. Osteoporosis is a condition in which bone mineral density (BMD) decreases, leading to increased risk for fracture. Osteoporosis is a genetic disease and is also termed as "silent disease", as no symptoms shown in this disease. Osteoporosis drug refers to a medicine that is used to maintain BMD of 2.5 standard deviations below a patient's expected peak bone mass. BMD decreases with age, therefore aged population is at increased risk for osteoporosis. Based on drug classes, the market has been divided into bisphosphonates, selective estrogen receptor modulators (SERMs), RANK Ligand Inhibitors (denosumab), parathyroid hormone therapy (PTH), calcitonin and others. Osteoporosis is more common in women as compared to men.

A coating is generally referred to as the substrate, is a covering that is applied to the surface of an object. The new technologies in aerospace coating which provide significant value advantages to the aviation industry in terms of longer service life, light weight products and improved application efficiencies. Growth in the aerospace industry can be driven by an emergent middle class in emerging economies and more and more people being able to travel for leisure. To fulfill this demand various airlines are trying to adapt strategy accordingly. Resulted in the increase in demand for aircraft and associated services. Indirectly boost the demand for aerospace coating market. Research and development plays an important role in aerospace coatings market. The leading companies such as AkzoNobel N.V and PPG Industries Inc. of aerospace coating market focus on research and development in response to the market growth and rising demand from customers. The leading companies are investing huge amount for future advancements and improved technology for aerospace coating to reduce coating's life cycle, engineered materials, improved performance and to meet the new demands coming from various types of end-user industries. For instance, PPG Industries Inc. launched Solar Heat Management (SHM) coatings. These coatings allow the reduction in air conditioning requirements while the aircraft is on the ground in warm conditions.

Microbial identification is scientific method of precise and definitive detection of microorganisms, such as bacteria, pathogen, and viruses. Microbial identification method is widely adopted in heath care and treatment such as disease diagnosis, infection treatments and identification of disease epidemic related with microbial infections. Some of the other applications of bacterial identification include microbial forensics, food safety, potable water safety, crime detection and investigations, bioterrorism identification and various other environmental studies such as soil pollution and air pollution.

Cardiac Marker Analyzer, also known as Cardiac Reader Systems, provides high point-of-care testing solutions for the diagnosis of myocardial infarction and other cardiac-related diseases. It performs all cardiac monitoring tests, such as myoglobin and cardiac troponin tests, through immunochromatographic assays. A Cardiac Marker Analyzer increases its efficacy and accuracy with special features, such as software, which provides an internal standard to diagnostic procedures and built in LCD displays for the visualization of practices. Cardiac Marker Analyzers are important for the prevention of the misdiagnoses of cardiac conditions.