Global Plastic Strapping Materials Market to Expand with Advancements in Packaging Industry

The growth of the global plastic strapping market largely relies on advancements in the field packaging and transportation. Plastic straps are used to give strength to packaged materials, and to ensure fool-proof transport of goods. Several industries use plastic strapping as a means to foster greater strength in packaging. Moreover, the need for transporting electronic items and other breakable items across large distances has generated the need for seamless and shock-proof packaging techniques. Therefore, the total volume of revenues within the global plastic strapping materials market is set to increase by a dramatic chase in the years to follow.

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In this blog, TMR Research unravels a range of factors responsible for the growth of the global plastic strapping materials market.

  1. Growth of E-Commerce Channels

The development of seamless channels for distribution of goods and products has paved way for advancements within the global plastic strapping materials market. Furthermore, growth of e-commerce platforms has necessitated the use of high-quality packaging materials across multiple industries. Large cartons are protected from severe damage with the help of plastic strapping. Therefore, it is safe to expect the global plastic strapping materials market to expand at a sturdy pace in the years to follow.

  • Growth of Asia Pacific

The hefty use of plastic strapping materials in key industries such as electronics and healthcare manufacturing has given a thrust to market growth. Furthermore, industrial decision makers are focusing on improving the quality of packaging materials. There is humongous demand for plastic strapping materials in Asia Pacific, majorly due to the presence of key industries in the region.

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Some of the leading vendors operating in the global plastic strapping materials market are focusing on developing high-quality materials. The quest to expand their consumer base has led these vendors to penetrate new regional territories.

Imitating Natural Forces for Green Production of Chemicals and Plastics

Research conducted at Imperial College London developed a new method to generate chemicals from atmospheric carbon dioxide. The researchers imitated the action of natural organisms in producing toxic chemical without harming themselves. Meanwhile, the new method could pave way for greener production of fuels and chemicals. Current methods for production of chemicals, plastics, and fibres involve the use of fossil fuels. However, increased usage of fossils could contribute towards rising level of air pollution and environmental toxicity. The new technique developed at Imperial College reduces the use of fossil fuels in chemical production. The findings of the research published in Proceedings of the National Academy of Sciences journal.

 Problems in Using Fossil Fuels for Chemical and Fiber Production

 Mining of fossil fuels in a labor-intensive and cost-heavy activity. This puts pressure on miners and oil companies to meet the required speed of production. Furthermore, the limited supply of certain kinds of fossil fuels makes it difficult to put them to optimal use. Meanwhile, excessive extraction of fossil fuels is the reason for disturbed carbon cycle of the planet. The researchers looked for solutions to these problems in engineering microorganisms. Cyanobacteria, and other microorganisms, could help in sustainable production of chemicals from atmospheric carbon dioxide. Moreover, these bacteria can be programmed in a way that they do not hamper growth.

 Mitigating Climate Change

 The new method has tremendous relevance in mitigating climate change as it could alleviate environmental pollution. Th proof of concept for the study has been published in Proceedings of the National Academy of Sciences. Researchers believe that advancements in biotechnology shall fortify further research in this domain. The next decade would be crucial in ascertaining the adoption rate of this new technique.

Organoids Market Rides High on the Need to Replace Animals in Laboratory Testing

Traditional methods of drug discovery have proved to be insufficient and are of lesser relevance to the rapid pace of evolving life science research and development. Rise in the number of failures in human pre-clinical trials has prompted researchers and academicians to explore possibilities intxo organoid models. Such new avenues are offer opportunities for potential regenerative mediation research and toxicology research. This generates increased demand for organoids. In addition, a large number of animals are being used for research and testing purposes, which has generated several initiatives and campaigns questioning such a practice on moral grounds.

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Organoids come to rescue at such a juncture. They are likely to replace animals as testing models in laboratories. With increased initiatives and support that limit the use of animals as laboratory testing model, the global organoids market is likely to rise at a considerable growth rate. The growing research and development activities substituting models of animals are other growth factors for the global organoids market.

Replication of Complexities of Organs to Foster Growth of Organoid Market

Scientists have figured out ways to culture organ-specific tissues from stem cells, which could totally change the way diseases are treated and studied. Organoids are self-organized, tiny and three-dimensional tissue cultures extracted from stem cells. These cultures are crafted in such a way that they replicate most of the complexities of an organ or they could produce only certain types of cells or express certain facets of an organ.

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In the last few years, the global organoids market has gathered substantial traction amongst the research groups working on advanced 3D cell culture. Attainment of greater degree of similarities with certain cell structure of a specific organ is one of the key growth factors for the global organoids market. Organoids are utilized screening of cell toxicity, organ specific cell functions, and cell-based assays. Ability to replicate certain cells of organs is one of the major growth factors for the global organoids market.

Motion Sickness Drugs Market – Lowdown on Growth Factors

One of the most interesting organs in the human body is the brain. Having an infinite capability of soaking in information in its various compartments, it deals with humongous loads of data every day. And, just sometimes, it overlaps information from different sources, dizzying itself and nauseating the person carrying it. And, this is when people experience motion sickness.

On adventure rise, boat rides, and travel routes on curvy mountainous roads, the visual input is not in sync with that provided by the vestibule. And, it is because, the circular motion is not directly observable.

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As more and more people opt for an outdoorsy recreational experience, and are attracted to travel itineraries like fishes to worms, the market for motion sickness drugs market is all set to see an upward growth curve over the forecast period.

Players have been quick to pick up the trends and drivers and thus one notes nauseogenics coupled with information technology in the market, catering to ever dynamic and ever evolving needs of the modern consumer. These aren’t just critical for postural stability but also for decoding processes relating to sensory motors. This is a significant contributor of growth in the global motion sickness drugs market.

Besides, there is the factor of easy availability of these drugs as OTC. Rising awareness coupled with this leads to notable contributions to market growth over the forecast period.

Additionally, it is pertinent to note that the market is a fragmented landscape and Baxter International Inc., GlaxoSmithKline Plc, Johnson & Johnson Services Inc., Pfizer Inc., and Prestige Consumer Healthcare Inc., are the prominent players in the global motion sickness drugs market.

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Regionally, North America and Europe will chart solid growth statistics over the forecast period, owing to a terrain that leads to motion sickness, presence of strong players and high levels of awareness.