Demand for Bio-Pesticides Coupled with Food Security to Boost Chinese Azadirachtin Industry : Ken Research

According to the study “China Azadirachtin Industry Situation and Prospects Research report”, China is encouraging and supporting bio-pesticides development to avoid harmful consequences with the use of chemical pesticides. This has led to stabilizing the Chinese azadirachtin market with a positive growth over the recent years. It was observed that there are many registered producers or distributors who promote azadirachtin in China. Yu Rong Chang, Green Gold, Agro, Ozone Biotech, Vanashree, Yash Chemicals, and The Himalaya Drug Company are the leading players in China’s azadirachtin market. Azadirachtin is extracted using various methods such as solvent extraction, supercritical fluid extraction and microwave extraction. Other than agricultural needs, azadirachtin is also used in personal care products, deworming products and others.

Azadirachtin is a botanical pesticide or bio-pesticide that is safe for humans and other mammals living on Earth. It is a secondary metabolite present in neem tree seeds. Azadirachtin is a yellowish powder extracted from the neem seed kernels and is used for management of agriculturally important pests, after extracting neem oil. Pesticide azadirachtin, belongs to tetracyclic triterpenoid compounds and is recognized worldwide as a broad-spectrum insecticide. The pesticide has high efficiency, low toxicity, easy bio-degradation and less residue. Azadirachtin is used to prevent more than 400 pests of 10 orders in agriculture, forestry, warehousing and health. Due of its special effect on lepidoptera and coleoptera there is no harm to humans, animals and environment.

Azadirachtin is a naturally occurring substance that belongs to an organic molecule class called tetranortriterpenoids. It controls the process of insect metamorphosis in agricultural farms by stopping insect's or pests life cycle. Residual of azadirachtin insecticide is evident on crops for 7 to 10 days or longer. Azadirachtin is used to control whiteflies, aphids, thrips, fungus gnats, caterpillars, beetles, mushroom flies, mealybugs, leafminers, gypsy moths and others on food, greenhouse crops, ornamentals and turf. Azadirachtin is harmless to spiders, butterflies, and insects such as bees that pollinate crops and trees, ladybugs that consume aphids, and wasps that act as parasites on various agricultural crops.

China’s azadirachtin industry will witness a double digit growth over the next few years due to more consumption in agricultural sector. The affordability of azadirachtin bio-pesticide and increasing sales within China’s azadirachtin market has witnessed a continuing growth. There is an increase in demand for natural and organic biopesticides in Chinese agricultural sector due to the rise in awareness about the use of chemical-free and less toxic pesticides. There is a huge demand for efficient biopesticides and the increase in governmental regulations on the use of toxic chemical-based pesticides is driving the Chinese azadirachtin industry. Moreover, it was observed that there is an increasing demand for food security with the availability of agricultural land that propels the growth of azadirachtin industry. Rise in investments in R&D activities are expected to pose lucrative opportunities in Chinese azadirachtin industry over the next few years.

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Evolution in Fuel-Efficient and Light Weight Aircrafts to Boost Honeycomb Core Industry: Ken Research

Aerospace industry is the most advanced industry and possesses reliable materials that are necessary to ensure optimal safety, longevity, and strength in any aerospace applications. Almost all the aerospace materials should be lightweight to allow for optimal aerodynamics, should possess great strength to ensure the safety of pilots and passengers, to withstand the physical forces of flying, and heat resistant to ensure structural changes which are kept to a minimum during the sudden and extreme temperature fluctuations that occur at high-speed and high-altitude flight. Honeycomb is the most reliable material used in aerospace applications, particularly, aluminium honeycomb, which meets the desired aircraft requirements.

 

Honeycomb materials resemble the structure of beehives which are an excellent solution for various aerospace applications. Production of honeycomb requires multiple steps such as expansion, corrugation, and moulding. Very less metal is needed to produce honeycomb and is an expensive process. Honeycomb is sandwiched between two thin panels of material and effectively combines the light-weight and high-strength qualities which are essential for an aerospace industry. The sandwiched structure is a smooth and flat surface of the panels that allows for easy installation. With the proper honeycomb design, the structures are designed and manufactured with any number of cell shapes, sizes, and configurations for added flexibility and high strength. Aluminium honeycomb has great stiffness which is among the highest of any composite core material available. Its resistance to compression is high, resistance to heat, flexible to temperature fluctuation, recyclable, non-moisture absorbent, resistant to mould or fungal growth and shear, which are key qualities needed in aerospace applications. More than 90% of all aluminium material processed annually is obtained from recycled products, making it a very environmentally friendly option.

According to the study “North America Commercial Aircraft Honeycomb Core Industry Situation and Prospects Research Report”, aluminum honeycomb core is used in various commercial aerospace applications such as critical substructures in rockets, aircraft, jet engines, and propellers. It is used in non-aerospace structures, such as wind turbine blades. Also, aluminium honeycomb is used in sensitive applications such as aircraft heating, ventilation, and air conditioning systems. The honeycomb core structure is very and does not buckle easily when bent due to it is lightweight property. Airplanes such as Boeing 787 Dreamliner use honeycomb core structure in its wings, tail fins, and parts of the fuselage. There is an increasing demand for lighter aircraft such as the Boeing 787 and Airbus A350 which drive the growth in commercial aircraft honeycomb core market. There are multiple numbers of vendors in aircraft honeycomb core materials and are highly competitive. The leading vendors in commercial aircraft honeycomb core industry are DuPont, EURO-COMPOSITES, Hexcel, Plascore, Rockwell Collins, Argosy International, Indy Honeycomb, TRB Lightweight Structures and Tubus Bauer.

It was observed that there is an increasing demand to replace older and fuel-inefficient aircraft with more economical single-aisle models in North America. Advanced technology coupled with honeycomb core materials has enhanced and retrofitted aircrafts with improved comfort and safety for the passengers. These new trends have enabled airline operators to improve their revenues. Modern commercial aircraft manufacturers demand for aluminium honeycomb core because it is lightweight and also improves fuel economy. This encouraged the aerospace structure and component manufacturers to focus on using materials that will reduce overall weight of the aircraft and improve fuel efficiency, thus demanding for honeycomb core materials.

North American commercial aircraft honeycomb core market majorly consists of two materials such as Nomex and aluminium. Nomex honeycomb core materials account for a major share in the North American market. It is made with aramid fiber paper and are sometimes fused together with Kevlar which improves its weight, strength, fatigue, and stiffness. Nomex honeycomb core materials are used for aircraft interiors and provide high-performance in aerospace interior components category due to low density, high mechanical properties, and long-term stability. Nomex is expected to witness a larger consumption due to its lightweight and very good mechanical properties needed in various aerospace applications.

Aerospace is the largest consumer in North American commercial aircraft honeycomb core industry. Emerging trends that are impact the dynamics of the honeycomb core material industry are addition of lightweight rubber membranes in honeycomb cores to reduce noise in aircraft and cost-efficient production of honeycomb core with homogenous skin bonding. The future of North American commercial aircraft honeycomb core market is attractive with opportunities in the aerospace, defense, and marine, and other industrial applications. The honeycomb core composites provide excellent mechanical performance with robust growth in the end use industries. The rising need for fuel-efficiency and the need to reduce overall weight of an aircraft will drive the growth in honeycomb core industry in North America over the next few years.

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Water Efficient Maize For Africa (Wema) Market Outlook-Ken Research

One of the most amazing applications of agricultural technology is drought tolerant crops. As climate change persists water efficient seeds can help farmers produce food while using less water. Africa is a drought prone region making farming risky for millions of farmers who mainly rely on rainfall for water. Market research reports for seed reveal that maize is the most widely grown staple crop in Africa with more than 300 million people depending on it for food and it gets severely affected by drought. Thanks to plant breeding technology Africa’s main food source can now be produced with drought tolerant traits protecting the crop during unpredictable environment stress.

Recent research has led to the development of new agriculture and seed technology as suggested by seed industry research reports. The WEMA project is a unique public private partnership led by Kenya based African Agricultural Technology Foundation (AATF) and funded by the Bill and Melinda Gates Foundation, Howard G. Buffett Foundation and USAID. WEMA uses breeding techniques and biotechnology to develop drought tolerant seeds.  Mozambique harvested its first genetically modified maize in August 2017 which led to further experimentation.  The work is being done by the Institute of Agrarian Research (IIAM) which is one of the founders of the WEMA project and includes participation of sub-Saharan countries such as Tanzania, South Africa and Uganda through their respective agrarian research institutes. Genetically modified seeds from the US are also being tested under research projects of WEMA to develop drought tolerance in seed industry.

India is also developing techniques to combat drought situations that are frequent in states such as Jharkhand, Orissa and Chhattisgarh. Experts say that future production will mainly be from the use of seeds that can perform under stressed conditions like drought. Sahbhagi Dhan is a drought tolerant variety of rice. As compared to conventional rice it produces nearly double the yield (in drought conditions), requires half as much water and matures much faster. DuPont Pioneer has developed around 5 hybrid seeds keeping in mind the depleting water table and uncertainty of monsoon in India. The innovative science driven solutions have enabled certain hybrids like Pioneer Millet Hybrid 86M66 and 86M88 to tolerate severe drought conditions, low or negligible rainfall and poor irrigation conditions. As a result of this there was a 45% increase in productivity of Pearl Millet and its production has increased by nearly 20%.

WEMA project has successfully completed several years of research and the result has been promising. Authorities have also shown their support. Tanzanian scientists have recently released their promising research on biotechnology. During meetings and discussions held for the WEMA project these researchers were supported by their government to carry on with the field trials of transgenic drought tolerant seeds. Recently the Tanzanian government amended the Environmental Management Regulations by removing strict liability to provide a better environment for conducting research. Uganda has also made significant contributions. The WEMA project has developed drought resistant maize hybrids which are sold under the brand name DroughtTego.

WEMA has led to further developments. The project coordinators have announced the next set of actions which will focus on ensuring that Kenya, Uganda, Tanzania among others initiative on commercialization of the improved maize by 2023. India is also contributing significantly in this respect.

To know more, click on the link below:

https://www.kenresearch.com/agriculture-and-animal-care/seed/SC-104-20.html                

             

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Innovative Furniture Design Market Outlook: Ken Research

The furniture industry is innovating rapidly in order to keep up to consumers’ expectations. From updating designs to building and experimenting with new materials, this industry is rapidly undergoing change starting from its smallest element, coffee tables. Market Research Reports for Furniture indicate that there is a rising demand for innovative furniture and many e-commerce companies that have invested in such projects are reaping benefits.

Coffee tables have been built using metal, wood and some other materials but now they are being modified in various ways. There are now designs available that suit the consumers’ personal style from modern – stylish designs to intricate stone work, all are aimed at attracting more customers. Developments are also changing the materials used in the setting up of these items as more than one material is being used for the purpose.

•                    These days oak is in popular use and has been combined with metal to form the round cage design which is extremely popular among customers.

•                    Colours have become very prominent in furniture innovation evident by Furniture Industry Research Reports which reveal developments like ombre glass elliptical coffee tables. This incorporates the use of coloured glass.

•                    Overlapping coffee tables are a hot trend these days and are developing constantly as they not only look stylish together but each unit can be used independently thereby increasing functionality. For instance-

1.                  Rock Coffee tables developed by Rafa Garcia are among such popular tables that interact perfectly with each other to create a contemporary set up.

2.                  Oslo Nesting End Tables are the perfect edition to any room needing to conserve space. These are 2 small tables that have a combined size smaller than an average coffee table. These can be separated when needed and then nested together afterwards.

3.                  Levels are coffee tables that have a serene design by being built from oak. Each table surface is topped by glass giving a classy finish to the product. One set usually constitutes 3 tables that can slide apart whenever needed.

4.                  The Syro tables give the impression that an ancient sliced fossil has been converted into the perfect coffee table. Unique shades and layouts grace the surface of different variants creating dynamic visuals.

Most of the innovative furniture is being developed and outsourced by e-commerce giants like Amazon. Such companies are developing their operations to incorporate design innovation in their products. Debenhams is a British multinational retailer that is reputed for having innovative designs in coffee tables. The Sofa and Chair Company is among UK’s leading luxury furniture designers. De Castelli is another reputed company that is known for harboring innovative furniture designs.

Carrying out an analysis of the range of products that these companies offer and taking into account the recent trends we can safely assume that coffee tables are at the forefront of innovative furniture design. This can be attributed to two factors; the first is the simple structure of the item which makes it easy to experiment on having no complex use. Secondly, coffee tables are widely used by people hence, they are an excellent way to attract public attention and expand business. Innovative designs appear to be building on the concept of style in simplicity and increasing functionality.

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Ontario Student Assistance Program (Osap) Market Outlook : Ken Research

Canada is one of the most educated nations in the world and has almost 100% literacy. Most educational services are easily affordable and with options such as OSAP, students in Canada are well looked after. According to a Canadian education industry research report Ontario Student Assistance Program (OSAP) is a financial aid program that helps students pay for college or university. OSAP offers two types of aids, the first in the form of a grant which is money that is not required to be repaid and second is a student loan which is to be repaid. Once an application has been approved, the applicant is considered for both grants and loans irrespective of his/her personal choice which is taken into account shortly thereafter.

The field of education is increasingly receiving more and more aids and OSAP proves this. Post secondary education means a financial strain for many Canadians and around 50% report having a student debt. This program caters to these desperate circumstances and is also undergoing several changes to help education become more affordable. Recent developments in this respect are-

·         The modernization of OSAP through significant consolidation of existing OSAP grants aimed to provide timely and transparent assistance.

·         In 2019, OSAP will collaborate with universities and colleges to introduce ‘net tuition billing’ which will help students calculate their net cost of education.

·         New OSAP rules will make tuition free for most students (including mature students and adult learners).

·         Adult learners with kids will receive child care grants ensuring that everyone who makes an effort to get educated is taken care of.

·         New OSAP policies consider the family size of the student applying for financial aid and it will extend its grants accordingly.

·         For the academic year 2018-19 OSAP has reduced the amount parents and spouses are required to contribute thus, further easing the financial burden.

The student aiding initiative taken up by the Ontario based OSAP is helping lower and middle income students to achieve educational excellence. Market research reports for education estimate that about 150,000 people in Ontario will be eligible to receive free tuition as a result of the improvements to OSAP the provincial government is making. Recently Ontario recorded surge in grants and loans to students which shows the enormous demand for educational financial aid. The OSAP changes made mean that more than 80% of all those who receive OSAP will graduate with less provincial debt.

Financial aid services are more important these days as the disparity between classes is a constant hindrance to the spread of education. Ontario is a great example of how financial aid can greatly benefit students in a community which will lead to a more educated society. Recent   changes in OSAP are expected to further Canada’s excellence in the education sector.

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https://www.kenresearch.com/education-and-recruitment/education/SC-99-81.html

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How Singapore Dental and Medical Clinics Market will Shape up in Future?: Ken Research

Expansion of service portfolio by major public and private clinics, rising focus on geriatric care services and increased adoption of asset light model were the key factors driving growth in Singapore clinics Market.

As per Ken Research’s Market Report titled, Singapore Medical and Dental Clinics Market Outlook to 2022 – Led by Inorganic Expansion of Major Clinics and Expansion into More Specialized Services, the dental and medical clinic market will grow at a robust CAGR of 11.8% in revenue till 2022.

Medical Clinics Dominated by Private GP Clinics

Singapore clinics market inclined at a positive CAGR during 2012-2017. The market is dominated by the private GP clinics which offer specialized and integrated services.

Macro trends positively affecting the clinics market include ageing population, rising chronic disease prevalence; escalating healthcare needs and shift towards preventive care services. In order to provide integrated healthcare services, major hospital groups such as IHH Healthcare Berhad, Raffles Medical and Health Management International have expanded their service offering to include primary healthcare services through GP clinics. Rising complexity of diseases and growing affluent population has led to increased demand for specialist wellness services. Increasing number of clinics such as Singapore Medical Group has adopted the asset light model though it still remains a relatively new concept. Investors find it more risky due to revenue concentration risk from a few doctors, and high dependence on mergers & acquisitions which poses higher execution and integration risk. In spite of the risks involved; such players are able to achieve high rates of growth and are better able to consolidate the market due to rapid expansion and increased cross selling opportunities.

Expected Consolidation in Future

Major players  such as Q&M dental,  have undertaken various mergers and acquisition  in the past few years in order to widen their scope of services and increase their geographic presence which has increased accessibility in underserved areas. For instance, HC Surgical Specialists Limited expanded into medical-related services with the acquisition of Medical L & C Services Pte Ltd. It provides home care and palliative care to both private and government subsidized patients. Other players such as TalkMed and Singapore O&G have implemented various organic growth strategies. For instance, Singapore O&G established its dermatology segment in 2016 and pediatrics segment in 2017.

Growing Outpatients

The market is expected to witness an increase in number of outpatients due to rising focus on preventive care services and growing awareness about various medical diseases and prevention.

For more information on the research report, refer to below link:

https://www.kenresearch.com/healthcare/general-healthcare/singapore-medical-dental-clinics-market/149666-91.html

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Technological Improvements And Increase In Sophisticated Medical Treatments To Boost Asia’s Biochemical Reagents Market : Ken Research

According to the study “Asia Biochemical Reagent Industry Situation and Prospects Research report”, biochemical reagents market is categorized based on types such as drug discovery, drug development, forensic studies, and disease diagnosis. The biochemical reagents products market is categorized into chromatography reagents, cell and tissue culture reagents, PCR reagent kits, electrophoresis reagents, flow cytometry reagent kits, and others. Biochemical reagents are used in contract research organizations, hospitals, clinical laboratories, forensic laboratories, research institutions and academic institutions. Asian countries are witnessing a drastic development in medical sector which is driving more alertness among patients, sophisticated medical infrastructure, and increased health care spending. The prominent players in the Asia biochemical reagents market are Thermo Fisher Scientific, Beckman Coulter, Abbott, Merck & Co., Inc., Life Technologies, Bio-Rad, Water Corporation, Sigma-Aldrich, Agilent Technologies Inc., Betcon Dickinson, Roche, AB Analitica, Gesan Production, Medicalsystem Biotechnology Co., Ltd., Promega, PZ CorAugust, SENTINEL CH., Teco Diagnostics and Dickinson & Company.

Asia’s biochemical reagents market is expected to grow drastically due its participation in the development of the future of laboratory medicine. A wide range of biochemical reagents are used to differentiation between bacteria, identification of specific metabolisms and identification of microorganisms. Most of the detection is based on how an enzyme reacts with a particular substrate. Therefore, complex building techniques or methods are practiced for detecting specific metabolites through chemical reaction. The biochemical reagents market in Asia is strengthened by medical biotechnology sector prospering due to early-phase diagnosis and treatment of diseases. It was observed that there is an increasing demand for mycoplasma kits and reagents, cell-viability kits and reagents, biological detergents, biological buffers, and biochemical reagents for antibiotics which predicts a significant growth in Asia’s biochemical reagents market over the next few years.

Biochemical reagents are usually the basic components of organisms extracted from an organism or chemically synthesized. With the continuing development in life sciences, biochemical reagents are categorized into a large class of chemical reagents with more than 10,000 kinds of commodities. Biochemical reagents are highly sensitive and are short shelf lived when they contact heat, moisture and light. Majority of the biochemical reagent enzymes cannot withstand high temperatures and are stored at 0 ~ 5 ℃, while some enzyme reagents used as genetic engineering are stored at -20 ℃. Biochemical reagents are divided into amino acids, peptides, proteins, nucleotides, nucleic acids, enzymes, coenzymes, carbohydrates, esters, and hormones. According to biological studies, biochemical reagents are divided into electrophoresis reagents, chromatography reagents, immunological reagents, labelling reagents, and organization chemical reagents. There are three methods to produce biochemical reagents; isolation and purification from organisms, chemical synthesis and fermentation. The major technical requirements for biochemical reagent products are content, melting point, freezing point, optical rotation, moisture, spectral characteristics, refractive index, density and bioactivity.

Biochemical reagents are also known as organic compounds or biological materials associated with clinical diagnostics, medical research reagents, and life science research. Most biochemical reagents are widely used in every sector of life sciences and healthcare industries resulting in rapid expansion of biochemical reagents market. The increasing R&D activities, increasing cancer cases, cardiovascular, neurological, infectious diseases, and medical awareness in patients are the major factors driving the development of more biochemical reagents. The biochemical reagents are used in treatment, diagnosis, monitoring of diseases and various disorders. Biochemical reagents are coupled with imaging and detection technologies for better results. Advanced technologies such as sequencing, polymerase chain sequencing and deoxyribonucleic acid biochips are also driving the market for biochemical reagents in Asia.

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