Pad printing has been a conventional method of printing on curved and uneven surfaces for a long time. It involves the transfer of 2D images or texts onto a 3D surface with the help of flexible silicone pads. It is a spin-off of conventional offset printing. Recently, digital printing has paved the way for printing on the surfaces with variable diameter using digital cylinder printing technique. This process directly strews ink over a curved surface which is in a close vicinity to the cylindrical printheads using digital imaging systems. Additionally, this process uses a robot automation system which tracks the surface of the substrate and calculates the angle of inclination with help of a computer-aided software. This ensures that the substrate and the printheads are always less than 5 mm of distance, which is the optimum distance to get a high-resolution print. Thus, digital cylinder printing offers a faster turnaround time than the conventional pad printing method, due to the single-pass mechanism and no requirement of pre-setups for printing. Many companies such as Inkcups, PadJet, Automated Marking, Inc., and BottleJET are offering products to print on curved surfaces. Such developments are going to boost the digital printing ink market in the coming years.

The market dynamics section of the report examines the diverse factors which govern the demand for and supply of storage and memory devices in the NVMe market. This analysis provides an in-depth understanding of the direction in which the market is headed to and the impact of various factors on the same. This section covers the market dynamics – drivers, restraints, and opportunities – in the NVMe market, listing and analyzing several factors that positively and negatively affect the market.

Rising focus on genomics over the past few years, coupled with the advancements in the field of molecular biology, has played an instrumental role in early diagnosis followed by the effective treatment of various diseases. The paradigm shift toward specific treatment along with the growing adoption of precision medicine has escalated the demand for genomic-based medicine by various end users. The incorporation of clinical biomarkers in breast cancer diagnostics aids in the identification of different biomarkers associated with the tumor grade and different cancer subtypes, which specifically reflects an individual’s health status accompanies and risk associated with breast cancer. The use of biomarker-based tests for identification of prognosis and recurrence of breast cancer has high predictive accuracy, minimally invasive, reproducible, and measurable, and is also widely accepted by the physicians and patients. In addition to this, breast cancer diagnostics based on clinical biomarkers have been extensively used for the evaluation of potential drug therapies. With the advancements in the field of biochemistry and medicine followed by omics, the clinical biomarkers appear to hold great potential for transforming medical practices into personalized medicine.

Smart mobility refers to use of available means of transportation to commute from one place to another without using personal vehicles. This includes promotion of sustainable mobility that guarantees accessibility, transport systems, parking management, and solution of environmental problems. Smart mobility has a positive impact on environment as it is considered to be an efficient transportation system at the level of energy consumption and is economic as it maximizes productivity of an individual. The smart mobility market is expected to witness a significant growth over the years, owing to increase in trend for on-demand transportation and demand for intelligent transportation system.

Team collaboration software is developed with an intent to collaborate team communications, information sharing, and task status into one platform. The primary factor for businesses to use team collaboration software is to improve the productivity among its employees who don‟t necessarily work in the same office space, and are working in diversified offices. Collaborative technologies have created online workspace that helps an organization‟s employees to share data and documents. Team collaboration software vary depending upon an organization‟s needs. Trends such as remote working and freelancing has proliferated the demand for team collaboration software from the recent past. The report focuses on the growth prospects, restraints, and market analysis. The study provides Porter‟s five forces analysis of the team collaboration software industry to understand the impact of various factors such as bargaining power of suppliers, competitive intensity of competitors, threat of new entrants, threat of substitutes, and bargaining power of buyers on the market.

Honeycomb sandwich is a structure with three layers, which offers high strength, stiffness, corrosive resistance, and minimum raw material requirement. Increase in space and aviation activities across the world drives the market growth. These materials are widely used in the construction, automotive, and marine industries, as they provide remarkable mechanical properties and are lightweight, thus conserving fuel and reducing the weight of the marine vehicle. However, capitalintensive nature due to high cost of production and raw materials hampers the growth of the honeycomb sandwich material market. Meanwhile, 3D printing of honeycomb panels is expected to provide lucrative opportunities to the honeycomb material manufacturers.

Ammunition is generally identified by measurement. While most of the world uses the metric system, the U.S. commercial market uses the U.S. standard system. The metric system indicates the ratio of diameter to length. For instance, 5.56x45 mm indicates 5.56mm wide and 45mm long. Ammunition come in different types that are used for different applications. Each ammunition is ordinarily referred by its suffix acronym. Following are the different types of ammunition in the global small caliber ammunition market.

Top level executives are inclining toward wireless infrastructure, which is positively impacting the market growth. Mobile network operators are including small cells as a key component of their strategy for 5G network rollouts, as they are important for delivering reliable and consistent experiences for their subscribers. This is primarily due to better spectral efficiency, more reliable coverage, and improved overall network performance & capacity provided by 5G small cell, creating an opportunity to lower cost-per-bit. The adoption of small cells in this pre-5G/LTE-Advanced Pro (LTE-A Pro) transition is increasing, as it provides increased data capacity and helps service providers to eliminate expensive rooftop systems and installation or rental costs, which reduce the overall cost. In addition, it helps improve the performance of mobile handsets. For instance, if the phone is closer to a small cell base station, it transmits at lower power levels, which effectively consumes less battery power of the cell phone and substantially increases its battery life.

With increasing evidence surfacing from the Human Microbiome Project, the coevolution of the hostmicrobiome superorganism and the unperturbed microbial component of the dyad has appeared to render sustainable host health. This coevolution has been proved by a consistently growing body of science to have a significant role in shaping evolving phenotypes in humans. The microbiota ecosystems develop, restricted to their epithelial niches by the host immune system, concomitantly with the host chronological development, providing early modulation of physiological host development and functions for nutrition, immunity, and resistance to pathogens at all ages. As a result of these findings, the human microbiome has often been dubbed as the “second genome”, attracting massive investment and research potential. Followed by globally relevant activities that have delved deeper into understanding the role of the microbiome on human health, the symbiosis between the human host and the microbiome, now deemed as the human holobiont, has emerged as the next frontier of embedding precision care into health regimens.

Methodical understanding of the core and adjacent markets as well as the industry changes, for the critical assessment of business dynamics of the markets in scope, including the drivers, challenges, and opportunities for various players Impact analysis of developments and initiatives made by governments as well as corporate stakeholders that influence the business environment for both market participants as well as customers Examination of competitor’s strategies and their recent developments for effective assessment of market movements at each level of the supply chain, along with supply chain analysis and supply and demand analysis for identifying the key stakeholders in the silicon photonics market Triangulation of the supply-demand gaps with business drivers and challenges to anticipate business opportunities and new revenue pockets, along with industry attractiveness analysis for identifying whether new products, services, or businesses have the potential to be profitable in the silicon photonics market