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Loader cranes find applications in the construction, forestry, waste management, oil and gas industries, etc. Loader cranes are curtail load handling equipment. One of the major advantages of loader cranes is that they facilitate the transfer of goods without the intervention of a second equipment. The global Loader Cranes market is estimated to be pegged at around US$ 3,673.2 million in 2018 and is expected to register a CAGR of 4.6% over the forecast period (2018–2026).

As the name suggests, metal roofing is a roofing system made of metal or tiles. Metal roofs have a lifespan of approximately one hundred years and majority of manufacturers provide a 50-year warranty, which reflects positively on the sales of metal roofing and is expected to continue doing so during the forecast period.

A hydraulic excavator is a bulky vehicle that is utilized and designed for excavation and demolition purposes. Moreover, hydraulic excavators can be used efficiently for moving large amount of minerals and materials from one place to other. Hydraulic excavators are also termed as diggers, 360­­0 excavators or JCBs. Hydraulic excavators consist of various devices, which include chassis, bucket and boom and it is moved via wheels or tracks. Hydraulic excavators are mainly used for construction activities such as foundation digging, drilling shafts and grading. All the movements and functions of the hydraulic excavators are done by the help of hydraulic cylinders, fluids and motors. Hydraulic excavators find applications in mining, infrastructure and other similar sectors. Modern hydraulic excavators come in a wide range of sizes. Smaller sized are termed as compact or mini excavators. Large sized excavators are termed as crawler hydraulic excavators. Hydraulic excavators have various advantages such as they are available widely in the market and can be purchased new as well as used, and they are available in various sizes, which makes the users choose appropriate one to work on defined tasks within a project area and can also be shifted from one place to another by the help of trucks. However, the hydraulic excavators are very expensive and use a large amount of fuel. They are also difficult to repair owing to the large size and moving parts.

Combi oven or combination oven is relatively a new cooking equipment to the restaurant industry and for the individuals also. Combi oven was first introduced about 15 years ago as a combination steam and convection oven. Considering the unique method of its cooking process Combi oven immediately gained popularity in hotel and high-volume restaurants, both large and small.

Bio-microsystem is a group of miniaturized and integrated devices for biological or biochemical reactions in diagnostics, monitoring, therapy, and research and development. Some of the advantages of bio-microsystems are parallelism, integrated intelligence, low cost, speed, complexity and redundancy. Biochip is one of the examples of technical development of bio-microsystem. Biochip is a collection of microarrays arranged on a solid substrate which allows hundreds or thousands of complex biochemical reactions such as decoding genes in few seconds. Biochips are used in variety of applications such as research application in biotechnology such as genomics and proteomics, drug screening and development and molecular diagnostics. It also offers other diagnostic applications such as microfluidic technologies, microarray and biosensors. Biochip is also used to analyze organic molecules associated with living organisms. Biochip helps in identifying gene sequences, airborne toxins, environmental pollutants and other biochemical constituents. There are various types of biochips such as DNA chips, lab-on-a-chip and protein chips. Chip based analysis is mainly used in on-site diagnostics.

Biomarkers are molecular or cellular diagnostic tools, measured in biological samples such as blood, saliva and urine. It is used as an indicator to measure and evaluate biological processes, pharmacological response and pathogenic processes. Some of the major types of biomarkers are prognostic, predictive, pharmacodynamic and efficacy response biomarker. A variety of biomarkers are available for biological systems such as immune system, cardiovascular system and metabolic system. Biomarkers are used to detect, predict disease susceptibility and monitor disease progression for infectious diseases, cancer, metabolic diseases, central nervous system disease and autoimmune diseases. Biomarker technologies have its applications in diagnosis and prognostic treatment for exposure of harmful chemicals, drug formulation and development and increasing implementation in disease diagnosis. Many drugs fail in clinical trials due to metabolism, toxicity, absorption, etc. Biomarkers are special tools usually used in clinical studies to determine the effects and desired results of drug in early stages of development. Biomarkers are cost effective and reliable for developing, monitoring and predicting efficiency of drugs.

Biomaterial is any substance or combination other than drugs which may be synthetic or natural in origin. These materials can be used at any period of time which replaces totally or partially any organ, tissue or function of the body to enhance the life of individual as stated by American National Institute of Health. The study of biomaterials is known as biomaterials science, which consists of elements such as biology, medicine, chemistry and tissue engineering among others. Biomaterials either occur naturally or are synthesized in the laboratory by using variety of chemical approaches by using metallic components such as ceramics, polymers or composite materials. They often have medical applications and thus they have the ability to comprise a part or whole of the living structure or biomedical devices.

Biosimilar is a biological product highly similar to a biologic i.e. reference products; however not identical to it. Biosimilars are not generics and are never treated as generics by manufacturing companies and suppliers. Alternatively referred to as bio-pharmaceuticals or follow-on biologics, biosimilars differ from generics in the entire manufacturing process, right from the raw materials used in their manufacturing. Generally derived from plants, bacteria, yeast, animals, and viruses, biosimilars are produced essentially by the two key processes, controlled gene expression and recombinant DNA technology.

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.

Next generation sequencing is defined as a process of DNA sequencing decide the exact order of nucleotides inside a DNA molecule. Next generation sequencing allows rapid sequencing and produces a million DNA molecules and RNA sequences using next generation sequencer. Next generation sequencing is a high throughput sequencing. Next generation sequencing includes various modern sequencing technologies like Illumina sequencing and Roche 454 sequencing. Next generation sequencing is not very costly and gives a high throughput for DNA sequencing compared to traditional Sanger's sequencing method. Next generation sequencing applications are in the field of genetic disease research newborn sequencing metagenomics, personalized medicines, biological drug discovery, agriculture research, animal research and cancer research.Also identification of binding sites on transcriptional factor, non-coding RNA expression profiling and re- sequencing of targets are some more applications of next generation sequencing.