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Increasing oil and gas demand to meet the industrial and non industrial energy requirements has boosted drilling activities worldwide. Increased drilling activities for extracting from the hydrocarbon reserves can have direct implications on the laser drilling market. Abundance of oil and gas reserves all over the world can significantly augment demand of laser drilling. Several research laboratories around the world are currently working on examining the feasibility of laser drilling technologies for the oil and gas industry. According to researchers, laser drilling can penetrate rocks with higher precision and at a faster rate. Use of high power lasers in both geothermal and the oil and gas industry can make it a useful option in high precision drilling activities. Use of lasers in oil and gas and geothermal applications can be helpful to drill or cut through rocks and stones by causing minimal environmental degradation. Laser drilling is currently used in printed circuit boards and aerospace related applications. Increasing demand for portable electronic devices that require a greater precision for the purpose of designing can boost the laser drilling market in near future.

Multiple sclerosis (MS), which is also referred as disseminated sclerosis, is an inflammatory disease of the nervous system. It is mainly characterized by the disruption of the nerve cells of the spinal cord and the brain of an affected individual, which results in the loss of ability to communicate along with various other physical, mental as well as psychiatric problems. Primary progressive multiple sclerosis (PPMS) is a type of MS in which the neurological functioning steadily deteriorates with no distinct relapses (also known as attacks or exacerbations) or fixed period of remissions. The rate of progression of PPMS may differ from person to person as well as over time, that may show signs of temporary improvement, however, the disease progression remains consistent.

Viral exanthem refers to rashes observed in infants followed by high fever. Determining of the exact cause of rashes is difficult as look similar in most of the cases. Hence, other symptoms (such as headache, diarrhea vomiting etc), facilitate the physicians in identifying the type of virus responsible for onset of the disease. Exanthema subitum means a sudden rash and usually affects children below two years of age; sometimes this disease can occur in adults (18 years) but are limited to the transient rash period and mild fever. This condition is also termed as roseola infantum and is positioned as a sixth rash causing disease in children since, this condition is caused by human herpesvirus 6 (HHV 6). Similar condition is caused by other viruses as well resulting in development of rashes all over the body. These rashes are visible from head to toe and are red and blotchy in appearance. Infants suffering from common viral infections such as cold and sore throat are at the highest risk of acquiring viral exanthems.

Familial amyloid polyneuropathy (FAP) or transthyretin (TTR) amyloid neuropathy is a genetic disorder caused by the deposition of insoluble amyloid fibrils around the peripheral nerves and in various tissues, including the heart muscle. Transthyretin is a transporter of retinol and thyroid hormone; majority of which is made in liver and small amount of the protein is made in brain and eyes. The prevalence of familial amyloid polyneuropathy is very low across the globe. According to a review article published in The Lancet Neurology, although FAP cases has been reported throughout the world, but in Europe there exists strong genotypic heterogeneity. The article also mentions that 30 different TTR gene variants are reported in Japan and France.

Subsea manifold systems are an integral part of the subsea infrastructure which connects oil and gas production wells to onshore storage facilities. These systems are used to combine the output obtained from numerous subsea wells and to manage the distribution of injected water, chemicals and gas into the production wells. The increasing production activities in deep offshore locations have led to the increasing development of the global subsea manifolds market. Depending upon soil properties and seabed conditions, subsea manifolds have to be designed according to the need of the exploration companies. Many major market players are thus designing such manifold systems which can accommodate a wide variety of configuration requirements according to the need of the exploration companies. The manifold systems are manufactured to offer solutions to the flow-control challenges presented by today’s subsea production environments. The working pressure and optimal temperature compatibility are the major design specifications which have to be kept in mind while designing manifolds for deepwater locations. The market for subsea manifold systems is anticipated to rise at a substantial pace in the predicted period owing to increasing demand from deep offshore oil and gas drilling activities.

Coil coating is the process of coating coil structures, predominantly metal coils. Metal has to be cleaned and treated for processing and before being employed in the production of end user applications including building & construction, automotive and electronics among others. Cleaned and treated surface of metal is prone to rust and is easily reactive with acids that degrade the quality of the metal surface. Therefore, a coating has to be done over the metallic surface to increase durability and efficiency of the product. Coil coating is among the most dominant processes employed in the coating of metal.

A membrane filter is primarily a selective barrier that allows the quick passage of constituents present in a liquid. The liquid that flows through the membrane is called as the permeate while the influent of the membrane is called as the feed-stream and the constituents that are retained in the membrane is either known as a retentate or a concentrate. The primary criteria for the selection of a suitable membrane include the membrane pore size. Based on the pore size, membranes can be classified as microfiltration, ultrafiltration, nanaofiltration and reverse osmosis and reverse osmosis membranes. The thickness of a membrane is also taken into consideration, either with homogenous or heterogeneous structure. In some cases, membranes can be either neutral or charged and the flow of particles is either active or passive.

Nanocellulose a versatile material derived from wood fiber. Owing to some unique properties, nanocellulose has applications in various sectors. Nanocellulose is renewable, biodegradable, and non toxic material. Various forms of nanocellulose are manufactured and have different applications, Major forms include Nanofibrillated cellulose (NFC), Nanocrystalline cellulose (NCC), Bacterial cellulose (BC). NCC is found to be stronger than carbon fiber and also possesses unique optical and electrical properties.

Polyvinyl alcohols are colorless, synthetically manufactured resins or polymers. It is synthesized by dissolving polyvinyl acetate polymer in an alcohol to replace acetate group by hydroxyl group. Properties and applications of polyvinyl alcohols depend upon molecular weight and degree of hydrolysis present in the resulting polymer. Depending on degree of hydrolysis; polyvinyl alcohols are classified as fully hydrolyzed grade having 98-99% hydrolysis, intermediate grade have 97% hydrolysis and partially hydrolyzed grade have about 88% of hydrolysis. Properties of polyvinyl alcohols include good barrier properties, bio-degradable, high bonding capacity, excellent film formation, no health hazards. The applications of polyvinyl alcohols include textiles, polyvinyl butyral resins, adhesives, paper and specialty paper, polymerization, cleaning agents, PVC production, emulsions, ceramics, cosmetics, wood primers and construction.

According to a new market report published by Transparency Market Research "Chromatography Systems Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast 2013 - 2019" the global chromatography systems market was valued at USD 6,982.3 million in 2012 and is estimated to reach a market worth of USD 10,364.2 million in 2019 growing at a CAGR of 5.2% from 2013 to 2019.