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Mammography refers to a standard diagnostic and screening technique that is used to screen breast tissues for the presence of malignant tumor. Mammography involves the use of low-energy X-rays for early detection of breast cancer. On the basis of technology used, the mammography market can be classified as film-screen or digital. Initially, conventional screen-film mammography (SFM) was the only technique available in the market, which involved high-spatial resolution for producing images. Film cassettes are used in screen-film mammography, while electronic x-ray detectors are used in digital mammography; better images can be obtained using the latter. In digital mammography, photons are converted to light, which travels to a device that converts this into a digital signal to display on a computer monitor. The global market for mammography is expected to increase at a significant rate. This is due to increasing prevalence of breast cancer cases and rising awareness about the same. The market for mammography is highly regulated. Various acts have been passed worldwide, such as the Mammography Quality Standards Act (MQSA) to ensure good quality care in mammography.

Hydrogen is small the stumpy mass and is readily available in the atmosphere. Good efficiency and eco-friendly nature of hydrogen are factors driving the growth of this market across the globe. Hydrogen can either be used as a chemical or a fuel. Initially, hydrogen was only used in industries such as chemical processing, petroleum recovery & refining, metal production & fabrication, and aerospace. Hydrogen is emerging as a popular fuel, and, in turn, is expected to creat opportunities for this industry in the near future. As a fuel, hydrogen is either burned directly or used in fuel cells. Hydrogen has high calorific value which is used to generate electricity through its reaction with oxygen in fuel cells. Hydrogen fuel cells are considered to be eco-friendly as the reaction occurs in electrochemical cells, wherein the only byproduct is water.

Oilfield process chemicals are used in exploration and various extraction stages such as surfactant flooding and caustic flooding at oil and gas refineries or reservoirs. Oilfield process chemicals are used in separating gas from oil or separating oil from gas. Further Oilfield process chemicals control corrosion, fluid loss, waxes, bacteria, hydrogen sulfide and foam. It is also responsible for removal of water vapor, acid gas separation, and heavy hydrocarbon separation from the gases.

Protein crystallography is a technique used to visualize protein structure and enhance understanding about protein function. The process of protein crystallography includes protein purification, protein crystallization, protein crystal mounting and protein crystallography. Protein crystallization is a process of formation of protein crystals. Protein crystallization technique helps to identify three dimensional structure of protein. Protein crystallization is used by researcher during drug discovery and development. In addition, the technique is also used in protein engineering, drug designing and other applications. Various techniques used during protein crystallization technology are ion-exchange chromatography, high-performance liquid chromatography (HPLC), gel-electrophoresis, x-ray crystallography and nuclear magnetic resonance (NMR). On the basis of methods of crystallization, protein crystallization technique includes vapor diffusion method and high through-put method. Protein crystallization technique is used in various sectors such as biotechnology, pharmaceutical, chemical industries and others.

Western blotting is a technique used in cell and molecular biology that helps to detect and analyze a specific protein molecule from a mixture of proteins. It is done by using specific antibodies. Western blotting technique is used by pharmaceutical and biotechnology companies, diagnostic laboratories, research institutes and others. In western blotting technique, a mixture of proteins is separated based on molecular weight and type, using gel electrophoresis. Western blotting technique involves three steps including gel electrophoresis, membrane transfer and blocking. After separation of proteins by size and transfer to a solid support, the target protein is marked by using a proper primary and secondary antibody for visualization. Western blotting is also known as immunoblotting due to the use of antibody to detect its antigen. Western blotting is used in various applications including diseases diagnosis, agriculture, biochemical, biomedical research and others.

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.

Ataxia is a neurological condition, characterized by lack of voluntary coordination of muscle movement. Ataxia causes head trauma, stroke, Transient Ischemic Attack (TIA), tumor and toxic reaction. Progressive ataxia and weakness disorders are related to damage, degeneration or loss of neurons of the brain which leads to muscle coordination disability.

In-vitro diagnostics is a method of performing a diagnostic test to detect disease, condition or infection in an artificial environment. Molecular diagnostic is one of the major segments of in-vitro diagnostics market. Molecular diagnostics is used to measure and detect the presence of genetic material associated with specific disease. It is used to identify DNA and RNA at molecular level. Molecular diagnostics is a tool to improve clinical outcomes and medical decisions. Molecular diagnostic includes all tests used to identify a disease, by analyzing molecules such as DNA, protein or RNA in a fluid or tissue. Nowadays molecular diagnostics is used in early detection of infectious diseases, cancer and genetic disorder, by using molecular and genetic technologies. Molecular diagnostics is also used in detection of abnormalities in pre-natal stage. In addition, molecular diagnostic kits are used in pharmacogenetics testing and blood donor screening.

Biosimilars or follow-on biologics are biopharmaceutical drugs that are similar to approved biological drugs. Biosimilars are different from other generic drugs in terms of raw material and their manufacturing process. Generic drugs are composed of small molecules. However, biosimilars are composed of more complex molecules, such as human insulin and monoclonal antibodies. Many biosimilars are derived from plants, animals, bacteria, viruses and yeast. It is produced by recombinant DNA technology and controlled gene expression methods. Biosimilar drugs are used in prevention and treatment of various severe diseases such as cancer, diabetes, autoimmune diseases, heart attacks, rheumatoid arthritis, oncology, growth hormone deficiency, chronic kidney failure, hematological disease and infectious disease. Biosimilars offer less costly treatment than other biological drugs and synthetic drugs.

Immunochemistry is a branch of science that deals with the study of the immune system. Immunochemical methods do not require extensive and destructive sample preparation and expensive instrumentation. Most immunochemical methods are based on simple photo, fluoro or luminometric detection. These methods have rapidly replaced chromatographic techniques in clinical diagnostics and offer fast detection of antibodies associated with specific diseases, hormones, disease biomarkers, and pharmaceuticals. Most commonly used assays in clinical immunochemistry involve either quantitative or qualitative formats using enzyme-linked immunosorbent assays (ELISAs), immunochromatography in the form of lateral-flow devices like dip-sticks and test strips, and Western Blot assays used to interpret data from protein analysis with gel electrophoresis. Moreover, it is also used in food safety assessment, environmental analysis, and the target chemical structures cover the widest range of molecular weight approximately hundreds of kilo Dalton (kD). Immunochemicals also develop antibody assays for cholera, anthrax, and diphtheria toxins.