The market studied is currently being driven by factors, such as the rising incidence of breast cancer, an increasing number of breast augmentation procedures, and technological advancements. Currently, breast cancer is the leading cause of cancer-related deaths among women in the world's developing regions. According to the National Cancer Institute, an estimated number of 252,710 women were diagnosed with breast cancer in 2017. Furthermore, 230,815 American women were diagnosed with breast cancer in 2013. Over 3.1 million American women were affected by breast cancer, as of March 2017. Moreover, it is estimated that the risk of an individual dying from breast cancer may increase in the coming years.

The market studied is currently being driven by factors, such as the rising incidence of orthopedic, cardiac and neurosurgery, increasing number of surgical procedures, and technological advancements. Biosurgery products are used in various surgeries and repair weakened and damaged tissues and bones. Biosurgery has opened a new paradigm in surgical care, wound and tissue management, and regenerative healing. It has even unlocked new potential in regenerative healing with the right mix of biologics and synthetics. The other major factors attributing to the growth of the biosurgery market are increasing geriatric population, rising number of chronic diseases related surgeries, and strong focus on R&D leading to the launch of new and advanced products.

The global biometrics market is anticipated to develop at a significant growth rate, owing to the rising number of terrorist activities, coupled with the increasing theft activities pertaining to crucial data and information that have raised concerns regarding national security. Significant factors, such as growth in the e-passport program, government support, and extensive use in criminal identification, are expected to majorly drive the market’s growth over the forecast period. Organizations across various sectors, where security remains the primary concern, are investing heavily in their security systems, with a focus on access control systems. The defense, law enforcement, as well as government institutions are some of the prominent users of this technology. Moreover, the soaring need to strengthen national security augmented the growth of these systems, globally. Iris recognition is used in various countries for different purposes, such as passport-free automated border crossings. One of the key trends witnessed in the market studied is a model shift in business discourse toward more privacy and fewer security threats. The end users are increasingly looking for integrated solutions, rather than depending on conventional methods.

The global market for rhizobium-based agricultural biofertilizer was valued at USD 256.8 million in 2018, and is projected to reach USD 417.5 million by 2024, witnessing a CAGR of 8.5% during the forecast period. It has been estimated that 40-250 kg of nitrogen per hectare per year is fixed by different legume crops by the microbial activities of rhizobium. In terms of product, rhizobium also accounts for the bulk of the bio-fertilizer production globally. The popular genera used as biofertilizers are Bradyrhizobium, Sinorhizobium, Azorhizobium, Mesorhizobium, and Allorhizobium. Some popular rhizobium-based products are Cell-Tech® (Novozymes), Nitragin Gold® (Novozymes), TagTeam® (Company-Novozymes), Mamezo® (Tokachi Federation of Agricultural Cooperatives), R-Processing Seeds® (Tokachi Federation of Agricultural Cooperatives), and Hyper Coating Seeds ® (Tokachi Federation of Agricultural Cooperatives), among others.

Bio-based lubricants are environment-friendly and do not have any toxic effect on the ecosystem. They do not result in problems occurring from hydraulic leaks or injuries at work, resulting in reduced cost, better production, and profitability. Bio-based lubricants do not cause skin inflammation, which is generally caused by petroleum-based lubricants. Additionally, they have various advantages, such as the reduction in energy usage, reduction in labor cost, increased employee safety, improved environmental conditions, increased machine life, and increased production. With growing environmental concerns and increasing spills from petroleum-based lubricants, both consumers and governments across the world are focusing on using environmentally acceptable lubricants (EALs).

In the energy sector, big data analytics plays a crucial role in reducing energy consumption and improving energy efficiency. The energy sector can optimize power generation and planning, by adopting big data analytics. The scarcity of fossil fuel is giving rise to alternate sources of energy, such as solar, wave, and wind turbines, wherein consumption is increasing at a high pace. Thus, it has become imperative to use advanced tools that use big data-based analytical tools to understand the behavior or adaption of these sources of energy. With the increase in the usage of microgrids control system and other smart grid systems, which enable companies to monitor, control, and analyze grid functioning from a central control center, there is a vast untapped potential of advanced analytics tools and techniques, such as the big data platform.

The rising global demand for batteries is largely due to the rapid increase in portable consumer electronics including phones, laptops, camera, etc. Each year consumers dispose of billions of batteries, all containing toxic or corrosive materials. Some batteries contain toxic metals, such as cadmium and mercury, lead and lithium, which become hazardous waste and pose threats to health and the environment if improperly disposed.  Furthermore, production, transportation, and distribution of batteries consumes natural resources, thereby contributing to an accelerating depletion of natural resources. Although advent of rechargeable batteries has minimized this problem to greater extent, there still remains a large market share for primary batteries that poses huge threat for these resources. Environmentalists and organizations across the world has been showing a rising concern over the proper management of these battery wastes. European and North American countries are at the forefront for such initiatives, as these regions are among the early adopters of the Electric Vehicles and large-scale battery-based Energy Storage Systems (ESS).

The global baby feeding bottles market is analyzed on the basis of its prospects and future growth rate. The report highlights numerous factors that influence the growth of the global baby feeding bottles market. These include market forecast, drivers, restraints, opportunities, and role of different key players operating in the market. The report is analyzed by materials, which include plastic, stainless steel, silicone, and glass. Moreover, it focuses on distribution channel, which includes hypermarkets/supermarkets, specialty storess, and Online Storess. Furthermore, it includes the revenue generated from the sales of baby feeding bottles across North America, Europe, Asia-Pacific, and LAMEA.

In the current scenario, buyers consider the vehicle’s interior as an important feature while purchasing a car, truck, or an SUV. Upholstery is an integral part of the interior. As vehicle interior is becoming more elaborate, with contrasting surfaces and textures used to bring in the decorative and functional effect, automotive makers are considering new materials for the upholstery, with enhanced environmental performance. Fabric coatings, such as Scotchgard, also observed significant growth, as customers work to preserve the upscale interiors that they purchase. In general, the peripheral industries to the automotive upholstery industry are also experiencing steady growth. As upholstery continues to evolve and capture the attention of automotive buyers, the materials and tools used to maintain that upholstery naturally experience an increasing demand. Woven fabrics are used in dashboards, sun visors, seats and interior walls, and represent the fastest growing fabric type in the automotive upholstery market. Woven fabrics often consist of nylon, polyester, wool, or polypropylene, which have excellent performance characteristics. These materials are resistant to ultraviolet radiation and have reduced flammability, making them ideal for extreme environments sometimes found within vehicle interiors.

Inertial systems comprise IMUs in combination with high-performance sensors (gyroscopes, magnetometers, and accelerometers), to provide high-accuracy information about the surrounding environment, through relative movement. The powerful combination of IMUs with other onboard sensors, produces critical data increasing reliability of the vehicles and leading to new automation breakthroughs in automotive applications. The current generation of automobiles highly rely on the collection of data from various sensors used in the vehicle. Gyroscopes and accelerometers provide essential measurements for improving the control and stability of the vehicle. Both these sensors are liable to make significant noise at low frequency, resulting in low accuracy of the measurements, especially under the low-dynamic conditions. When these sensors are deployed in combination with inertial systems, both gyroscopes and accelerometers record accurate data regarding the rotation of wheels. This is very helpful in gathering data on wheel heading, roll and pitch estimation that stand to be key elements in managing the stability of a vehicle.