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The Microbial identification is a technique used to get characterization of the microbes and their relation with environment. It is of utmost important as microbes can easily contaminate production facilities, products and raw materials. It has outperformed the conventional culture based methods, which are slow and have high risk of error. This technique is widely used in various stages of drug manufacturing as a part of cGMP, environmental application and in disease diagnostic purpose. Rising food safety concerns, increasing incidences of infectious diseases and technological advancement in products are the major factors driving the growth of the market. Furthermore, high prevalence rate of infectious diseases, rising disposable incomes, government initiatives are also expected to provide growth to the market. The factor restricting the growth of the markets are high cost and stringent regulatory framework.

Acetic anhydride, is a colorless liquid, primarily used in the manufacturing of cellulose acetate. Cellulose acetate is used in production of several products, such as cigarette filters, textile fibers and plastic goods. In addition, acetic anhydride is used for production or manufacturing of resins & polymers, artificial sweeteners, TAED, explosives, agrochemicals, coating materials and others. Acetic anhydride is used to manufacture tetraacetylethylenediamine (TAED), which is utilized as a bleach activator in laundry and cleaning industry. Similarly, acetic anhydride, in addition to its several other applications, is used often in the form of derivatives or sources, amongst which cellulose acetate is the most widely used derivative.

The Ophthalmology cataract surgery devices are used to remove the natural lens of a human eye. Cataract is a state of an eye in which cornea becomes opaque, and causes loss of lens transparency which results in loss of vision or impairment. Cataract is treated without causing harm to cornea using ophthalmology cataract surgery devices. The instruments used in the ophthalmology cataract surgery are Toric Marker, pre-chopper, contact lenses, speculum, phoropter, tonometers, and others.

Cell counting is a method of counting cells for medical applications, and plays an important role in research and clinical activities. Cell counts in liquid media is expressed in cells per unit of volume or concentration. Numerous treatment procedures necessitate cell counting to carry out further procedures. For instance, the concentration of red blood cells or while blood cells provide vital information about the condition of health of a patient. In research activities, cell counting determines the amount of reagents and chemicals to be added in a solution. The improvements in healthcare infrastructure present new avenues in the cell counting market.

Prepacked columns are ready-to-use columns for chromatography testing procedures in hospitals. It eliminates tedious & laborious column packing, cleaning & sterilizing, and reduces time for testing, validation & documentation. Small size prepacked columns are useful for method optimization and parameter screening. Robust design and validated prepacked methods enable consistency and flexibility in operations of prepacked column.

The Computerized physician order entry is a process of entering prescription and an information about medical services into computer systems by medical practitioners. This information is communicated to medical staff and other departments through a computer network. Faster transfer of prescription to other departments, electronic records of prescription, clinical decision support systems, and economic efficiency are benefits of computerized physician order entry system over traditional hand-written or verbally communicated methods. The system is gaining prominence due to reduction the errors, such as poor handwriting in ordering and transcribing medicines to the patients.

Epigenetics, in the field of genetics, involves study of cellular and physiological trait variations initiated by external or ecological aspects which swipe genes on and off and affect how cells read genes contrary to being affected by changes in the DNA classification. It is responsible for skin cells appearing dissimilar as compared to brain cells or muscle cells. Epigenetics changes are influenced factors, such as age, surrounding environment, lifestyle, and disease state. If epigenetic changes occur in sperms or egg cells, it can be passed down to future generations. The three systems such as DNA methylation, non-coding RNA (ncRNA)-associated gene silencing, and histone modification are implemented to sustain epigenetics change. The recent studies discovering the significant role of epigenetics in treatment of various diseases presents new avenues in this market.

Orthobiologics are substances, found in human body, used for faster healing process of injuries such as, broken bones, injured muscles, and ligaments. These substances are made up of substances found in human body. When orthobiologics are used in higher concentration, they help in accelerating healing process. The faster recovery process, reduction in number hospital visits, and accelerated healing are the benefits due to which orthobiologics are gaining prominence.

Protein purification is the process of isolating proteins from the complex mixtures of cells, tissues, or organisms based on differences in their physical properties. The protein purification process aims to isolate the huge amount of functional protein with least contaminants. The process isolates proteins and non-protein parts in the mixture to separate desired protein. It is beneficial for the characterization of the function, determining structure, and interactions of the protein to be studied. Technological innovations create new pathways in the protein purification and isolation technologies.

Genotyping is the process of studying DNA sequence to determine genetic constitution in the genotypes of living organisms, such as humans, plants, animals, and microorganisms. Human genotyping helps in determining fatherhood or motherhood. Genotyping of micro-organisms, including viruses and bacteria, helps in prevention of spreading of pathogens by tracking down the origin of outbreak. Traditionally, genotyping was partial due to technological limitations, which means doctors and scientists were able to determine only small fraction of genotype. But, technological advancements in recent years present new avenues in the genotyping process by providing whole-genome genotyping.