Current and Projected Functional Lipids Market Size in Terms of Volume and Value 2017-2025

Lipids and fats are regarded as important components of foods and may perform essential role in reducing the risk of diseases and promote good health. Functional lipids can be defined as functional foods which are consumed as a part of usual diet and have ability to impose physiological benefits and reduce the risk of chronic disease beyond basic nutritional functions. There has been growing interest in the functional food in the recent past years within the food industry and from the consumers due to their expanded capability to prevent the body against developing certain types of diseases. Foods including, fruits, vegetables, grains, fish and dairy products are extensively studied for their natural health benefits and contribute towards benefits beyond those of basic nutrition. This includes functional foods with modified components such as yogurt with reduced or eliminated levels of fat content, or yogurt enriched with phytosterols. Other examples includes, juices with replaced or enhanced antioxidant content in order to improve the overall function of the product.

The global functional lipids market is expected to witness significant revenue opportunity over the forecast period attributed to its expanded applications in food industry, cosmetic industry and pharmaceutical industry. Increasing prevalence of life style related diseases are further expected to contribute towards the market growth of functional lipids over he forecast period.

Functional Lipids Market Segmentation

Global functional lipids market is segmented on the basis of products type, source, application and region. On the basis of area of product type the global functional lipids market is segmented into, omega-3 fatty acids (alpha-linolenic acid (ALA), eicosapentaenoic acid (EPA), docosahexaenoic acid (DHA)), omega-6 fatty acids (gamma linoleic acid (GLA), and linoleic acid (LA)), conjugated linoleic acid (CLA), medium chain triglyceride oils, and phytosterols. On the basis of source, the global functional lipids market is segmented into plant and animal source. By application the global functional Lipids market can be segmented into, food and beverages industry, cosmetic industry and pharmaceutical industry. The food and beverages segment is further sub-segmented into bakery and confectionary, beverages drinks, dairy industry, desserts and ice cream, meat products, convenience foods and others. Recent past years have experienced a significant improvements in the development of beverage products containing healthier oils and nutritionally active lipid ingredients contributing towards the overall beverages segment of the global market.

On the basis of region the global functional lipids market is segmented into, North America, Latin America, Europe, Asia Pacific and Middle East and Africa. North America and Europe are expected to account for the maximum revenue share in the functional lipids market attributed to increasing consumers demand for healthier food products.

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Functional Lipids Market Global Market Trends and Market Drivers:

Due to rising cost of health care related products and expanding health benefits of functional lipids the food industry is keen to incorporate these functional lipids into various food products thus reducing cost and enhancing the product quality. Increasing prevalence of lifestyle related diseases, such as obesity, hyperlipidemia, atherosclerosis, type 2 diabetes and hypertension, in industrialized countries is contributing towards growth of nutraceutical market. More and more consumers are demanding for health supplements containing healthy lipids and oils which is pushing the market revenues for food products such as fish oils and omega oils thus helping the functional lipids market to grow at a rapid pace. Furtherer more demand for functional lipids is also booming in cosmetic industry where functional lipids are widely explored in the area of skin care products, lip care products, hair care products and others.

Some of factors contributing towards hampering the market growth is found in beverages industry wherein the most common obstacle for the development of beverages containing healthier oils is achieving oxidation stability, particularly food products with extended shelf life at ambient conditions.

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Functional Lipids Market Key Players:

Variety of functional Lipids have been introduced by the manufacturers and some of the global market players manufacturing functional lipids market include; Sigma-Aldrich Co. LLC., Royal DSM ABF Ingredients, Stepan Company, Bioiberica S.A, Berg + Schmidt GmbH & Co. KG, Enzymotec, Nucorp Technologies and others.

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Paprika Oleoresin Market to Witness Steady Growth During the Forecast Period 2017-2025

Oleoresin are highly concentrated pure extracts of spices or herbs. These are naturally occurring combination of oil and resins extracted from plants. Oleoresin can be obtained from various plant sources including, chilli, turmeric, valerian, paprika, clove, coriander and others. Paprika oleoresin is an oil soluble extract obtained from the dried and ground sweet pepper pods also called as fruits of Capsicum annum Linn or Capsicum frutescens with the prime function in food coloring and flavoring industry. Capsicum annum Linn is widely consumed as vegetable across the globe and is native to North America and northern South America. Paprika oleoresin is highly viscous and possess coloring properties due to presence of natural carotenoid pigments, especially capsanthin and capsorubin. Apart from this paprika oleoresin also contains capsaicin, which is the main flavoring compound giving pungent taste in higher concentrations. The global Paprika Oleoresin market is expected to witness significant revenue opportunity over the forecast period attributed to its expanded applications in food industry, cosmetic industry and pharmaceutical industry. Increasing demand for natural colours across the globe ispushing the marker revenue growth of the overall paprika oleoresin market.

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Paprika Oleoresin Market Segmentation

Global paprika oleoresin market is segmented on the basis of application, sales channels and region. On the basis of application the global paprika oleoresin market can be segmented into, food and beverages industry, cosmetic industry and pharmaceutical industry. The food and beverages segment is further sub-segmented into bakery and confectionary, sauces and seasoning, dairy industry, desserts and ice cream, meat products, convenience foods, juices and others. While the cosmetic industry is further sub segmented into, skin care products, hair care products and others. The food and beverages industry is the largest industry for paprika oleoresin due to increasing application of paprika oleoresin as a coloring agent in various foods. Food and beverage industries commonly use the oil soluble form of paprika oleoresin for coloring. On the basis of sales channels the global paprika oleoresin market is segmented into, direct sales and indirect sales segment. The indirect sales segment is further sub segmented into, wholesaler, trader and retailer.

On the basis of region the global paprika oleoresin market is segmented into, North America, Latin America, Europe, Asia Pacific and Middle East and Africa. Europe and North America are expected to account for the maximum revenue share in the paprika oleoresin market attributed to increasing production of paprika oleoresin the regions. Owing to growing consumers demand for clean label natural paprika oleoresin the food products manufacturers are bringing transparency in the origin of their food products offerings. This clean label trend is also followed in cosmetic industry wherein the consumers seek cosmetics with minimal side effects.

Paprika Oleoresin Market Global Market Trends and Market Drivers:

The global market for paprika oleoresin is relatively large in European countries particularly due to favorable climatic and soil conditions for paprika growth and further harvesting can be done me mechanically thus, contributing towards considerable domestic production. Globally approximately 7-8 thousand tonnes of paprika oleoresin are produced annually with India, Spain, Peru and China as the main suppliers of paprika oleoresin to Europe. As the global demand for coloring food stuff increases the market for paprika oleoresin also increases. Food products manufacturers increasingly use food stuffs with coloring properties instead of synthetic colors thus enabling them to keep their labels clean. Furthermore, a large proportion of consumers across the globe consume excessive amounts of salt then required. Paprika oleoresin is used to color salt and the demand for products containing less salt is strong. In regards to this various food product manufacturers are using paprika oleoresin in order to other to mask the salt reduction. Also growing demand for organic certified paprika oleoresin is contributing towards the market growth of paprika oleoresin over the forecast period.

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Paprika Oleoresin Market Key Players:

Variety of Paprika Oleoresin have been introduced by the manufacturers and some of the global market players manufacturing paprika oleoresin market include; DDW The Colour House, Holland Ingredients, KANCOR Naturex S.A., Synthite Industries, Chr. Hansen Kalsec Inc., Universal Oleoresins, Ingredientes Naturales Seleccionados S.L. and others.

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Protein Characterization and Identification Market – Positive Long-Term Growth Outlook 2023

Global Protein Characterization and Identification Market: Overview

Proteins form the fundamental component of human life and thus, they are an important subject of study and research. Protein characterization and identification is the basic research process to analyze the contents of a protein-based on their molecular weight and their charge. The demand for protein characterization and identification is high for clinical diagnosis, agricultural and environmental research, and drug discovery and development. The research process finds application across end-use sectors such as pharmaceutical, biotechnology, contract research organizations, and academic research institutes.

The report on the global protein characterization and identification market encompasses all the important parameters of the market and its affiliated industries. The key trends and opportunities presented in the report are useful for existing as well as new players in formulating viable growth strategies. Besides, the detailed coverage of business strategies and latest developments of the leading companies in the market makes the report a reliable business tool. The report also sheds light on market segmentation on the basis of various criteria, including geography and application.

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Global Protein Characterization and Identification Market: Drivers and Restraints

To ensure sustainable growth, pharmaceutical and biotechnology companies are paying high attention to research and development activities. As a result, they are pouring large fund into such activities, which has a direct positive impact on the growth of the global protein characterization and identification market. In addition, rapid advancements in technology are facilitating improvements in research processes, thereby augmenting the market.

The robust growth of the biologics and proteomics sectors is also one of the key factors stoking the adoption of protein characterization and identification. Besides this, several governments worldwide are investing large sums in proteomics research, which is providing a fillip to the global market.

However, the high cost of instruments used in protein characterization and identification is acting as a major impediment to the growth of the market. Moreover, the dearth of skilled and qualified personnel is hindering the growth of the market. Nevertheless, the emergence of biomarkers along with the booming biomarker identification segment is rendering the global protein characterization and identification market highly lucrative.

Global Protein Characterization and Identification Market: Geographical Segmentation

The key regions reviewed in the report are Asia Pacific, North America, Europe, and Rest of the World. Asia Pacific will be a prominent market for protein characterization and identification. The region is a home to a large number of companies manufacturing biotechnological analytical devices. The increasing investments by governments of emerging economies in research and development activities are leading to the greater uptake of protein electrophoresis equipment in the region. The growth of APAC can also be attributed to the easy availability of raw materials and reagents. Japan and China will be major revenue contributors to the growth of the market. Europe will also represent a large share in the market during the forecast period, with France and the U.K. being sights of high growth rate.

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Global Protein Characterization and Identification Market: Competitive Landscape

The global protein characterization and identification market is a highly fragmented arena in nature. Research and development play a vital role in the protein characterization and identification industry. Therefore, companies are investing sizeable funds in these activities. In addition, players in the market are looking upon mergers and acquisitions as a viable strategy to enhance their research facilities. Some of the key participants in the global marketplace are Proteome Factory AG, CBS Scientific Company Inc., AB Sciex Pte. Ltd, Alphalyse Inc., LabRepCo., Serva Electrophoresis GmbH., Lonza Group Ltd, Sigma-Aldrich Co. LLC., and Hoefer Inc.

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Automated Microbiology Market Assessment and Industry Size Analysis Report till 2024

Global Automated Microbiology Market: Overview

Automated microbiology is an advanced technique in the field of microbiology that enables the delivery of more accurate and quicker results. The advent of automation in microbiology is likely to boost productivity, reliability, and efficiency in molecular testing. The expertise of professionals that was previously engaged in repetitive tasks can now be directed in more important areas.

Based on end users, the global market for automated microbiology can be segmented into biotechnology industries and clinical laboratories. By diagnostic technologies, detection techniques, DNA sequencing, monoclonal antibodies, DNA and RNA probe technology, and immunoassays are some of the major segments. The detection techniques can be further classified into non-isotopic and radioactive methods. The DNA and RNA probe technology segment includes amplification methods and labeling techniques.

The report offers a succinct overview of the overall market landscape. The key challenges, growth drivers, recent developments, and growth opportunities in the global market for automated microbiology have been analyzed in the report. The Porter’s Five Force analysis is leveraged to assess the level of competition among the players. The market size, value chain analysis, market attractiveness, and technological advancements pertaining to the market have also been studied.

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Global Automated Microbiology Market: Trends and Opportunities

The increasing demand for laboratory testing and the dearth of labor in the field of lab testing have been driving the growth of the global market for automated microbiology. The switch to liquid-based microbiology is one of the most influential technological innovations in the area of microbiology. Additionally, the rising number of patients who receive indwelling devices, which might lead to infection, has triggered the need for laboratory services. The aging workforce in laboratory testing, greater demand for high quality laboratory services, and increasing necessity of timely results will bring about the expansion of the global market for automated microbiology over the forthcoming period.

On the other hand, the hefty price tags and large footprints of these systems might hinder the growth of the market. The inadequate number of skilled professionals to handle these systems is another key restraint faced by the global market for automated microbiology. However, the emergence of new technologies such as liquid transport media, mass spectrometry, automated identification and susceptibility systems, and molecular techniques might lead to greater standardization of this technology, ensuring the market’s growth.

New systems are increasingly being developed by leading companies to amplify their profit in the automated microbiology market. For instance, in April 2017, bioMérieux, a leading company offering in vitro diagnostics solutions, announced that it received the approval of the U.S. Food and Drug Administration (FDA) for its innovative, fully automated blood culture system. With BacT/ALERT® VIRTUO™, personnel of any skill level can handle the loading of bottles on the instrument, offering reduced hands-on time and quick incubation. The new system also features superior optics, high thermal stability, and powerful proprietary algorithms.

Global Automated Microbiology Market: Regional Outlook

By geography, the global market for automated microbiology has been segmented into Asia Pacific, Europe, North America, and the Rest of the World (RoW). North America is likely to emerge at the fore, driven by increasing incidence of diseases and disorders leading to a greater need for laboratory tests. The U.S. and Canada are likely to represent a significant portion of the market in North America. Europe will also register steady growth. The growing geriatric population and the high disposable incomes of the people in Europe and North America have been aiding the growth of the automated microbiology market in these regions.

Emerging economies such as Africa, Latin America, and Asia Pacific are slated for substantial growth during the forecast period. With the growing healthcare expenditures, supportive government initiatives, advancement of technology, and a stupendous patient pool, the automated microbiology market in these regions is likely to reach new heights. In October 2015, for instance, the first state-of-the-art automated microbiology laboratory was set up in Durban, Africa. This development brought the region one step closer to revolutionized patient diagnosis.

Key segments of the Global Automated Microbiology Market

Global Automated Microbiology Market, by Diagnostic Technologies

  • DNA Sequencing
  • DNA and RNA Probe Technology
  1. Labeling Techniques
  2. Amplification Methods
  3. Others
  • Detection Techniques
  1. Radioactive Methods
  2. Non-Isotopic Methods
  3. Monoclonal Antibodies
  4. Immunoassays
  5. Others

Global Automated Microbiology Market, by End User

  • Clinical Laboratories
  • Biotechnology Industries
  • Others

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Companies mentioned in the research report

Beckman Coulter, Bio-Rad Laboratories, Inc., Affymetrix, Inc., Abbott Laboratories, bioMeriux, Inc., and Agilent Technologies, Inc. are some leading players operating in the global market for automated microbiology.

Recent Research: Vertical Axis Wind Turbine Market Analysis to 2024

Global Vertical Axis Wind Turbine Market: Overview

The rising focus of key players towards the installation of renewable energy is one of the primary factors contributing towards the development of the global vertical axis wind turbine market. In addition, the increasing research and development activities in this sector are projected to accelerate the demand for vertical axis wind turbines across the globe. The increasing innovations and developments are further estimated to augment the growth of the market in the near future.

The research study has provided a detailed analysis of the global vertical axis wind turbine market, focusing on the product segmentation and geographical segmentation. To provide a strong understanding of the market, the research study has made use of several analytical tools to present the key growth prospects and opportunities in the market. In addition, the challenges and limitations faced by the leading players in the market have been highlighted in the research study. Furthermore, the key segmentation of the global market for vertical axis wind turbines has been included in the scope of the research report to give a clear picture and guide the leading players in making strategic business decisions.

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Global Vertical Axis Wind Turbine Market: Drivers and Restraints

A large share of vertical axis wind turbine deployments that can be expected in the forecast period is projected to be in the form of decentralized applications and small pilot projects. The high growth of these two segments is expected to contribute significantly towards the growth of the overall market in the next few years. In addition, the growing awareness among consumers regarding the advantages of vertical axis wind turbines is another key factor boosting the demand across the globe.

Furthermore, technological advancements and the rising investments in this sector are projected to accelerate the growth of the global vertical axis wind turbine market throughout the forecast period.

Global Vertical Axis Wind Turbine Market: Region-wise Outlook

The global vertical axis wind turbine market can be classified on the basis of geography into North America, Latin America, Europe, the Middle East and Africa, and Asia Pacific. Among these regions, North America is expected to lead the overall market throughout the forecast period owing to the robust development of vertical axis wind turbines and technological developments in this region. In addition, a large number of deployment and installations is expected to rise at a significant pace, which will contribute extensively towards the growth of the vertical axis wind turbine market in North America.

On the other hand, with the withdrawal of the production tax credit scheme in the U.S., the investment scenario is unclear at present. This is could adversely affect the growth of the market in the next few years. Nevertheless, Asia Pacific and Europe are projected to follow North America and witness substantial growth in the next few years. The rising number of installations of vertical axis wind turbine market is the primary factor augmenting the growth of these regions in the forecast period.

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Key Players Mentioned in the Research Report are:

The global vertical axis wind turbine market is highly competitive in nature and is expected to witness intense competition in the coming few years. However, the increasing number of players is projected to augment the growth of the overall market throughout the forecast period. Some of the leading players operating in the market are Endurance Wind Power Inc., ZKEnergy Technology Co., Ltd., Xzeres Wind Corp., Northern Power Systems Inc., Shanghai Ghrepower Green Energy Co. Ltd., Kingspan Group Plc., Aeolos Wind Energy, Bergey Wind Power Co., and Aerotecture International.

Recent Research: Nuclear Reactor Construction Market Analysis to 2023

Nuclear reactor is utilized for generating electricity in power plants. The energy produced from the continuous fission of atoms in nuclear reactor is harnessed as heat and is further utilized to produce steam. The steam is utilized to drive the turbines which then generate electricity. Power produced through nuclear reactors accounts for a reasonable share of the total electricity produced across the globe. In nuclear power plants, no combustion of any material takes place and no harmful gas is produced such as carbon dioxide or carbon monoxide, which pollutes the environment.

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Currently, there are more than 400 nuclear power reactors operating in the world. In the year 2012 they contributed around 2600 billion kWh, about 12% of the total electricity produced in the world. At present, more than 70 power reactors are being constructed in numerous countries such as Russia, China and South Korea. Each year, the International Energy Agency sets out the target for carbon reduction. After the Fukushima accident, the World Energy Outlook 2011 has laid down certain policies to increase nuclear capacity by 2035. Although the prospects for nuclear power are weaker in certain regions than projected, nuclear power continues to play a key role in providing base-load electricity. Numerous OECD and non-OECD countries are expected to install extra nuclear power plants, though there may be some delays in terms of safety standards as existing and new power plants are reviewed. Worldwide, nuclear power capacity is estimated to rise in the new policy scenario. In the current scenario, IEA projects the share of coal in total electricity to decrease from 40% to 30% by 2035.

It is notable that in the last decade, more than 200 power reactors started up with an average of one in every 20 days. These included 45 in the U.S., 40 in France and 20 in Japan. However, with India and China getting up to speed its nuclear energy, world energy demand is expected to double by 2020. Increase in nuclear capacity in various countries is resulting from the up gradation of its existing nuclear plants. This is a highly cost effective way of increasing its capacity. Numerous power reactors in countries such as Belgium, Germany and Sweden have increased their generating capacity.

On an average, nuclear power plants had a life of 20 to 30 years, but some assessments have established that they can operate for many more years. In U.S, more than 60 reactors have been granted license to extend their operating lives from 30 out to 50 years. The economic and technical feasibility of replacing important reactor components, such as steam generators and pressure tubes in heavy water reactors has been demonstrated successfully.

On the other side, regulatory, political and economic considerations have led to the closure of some power reactors before their life span, especially in the U.S, where reactor numbers have decreased from 125 to 1117. Growing population and emerging economies are some of the key drivers of the nuclear reactor market. However, difficulty in procuring raw material for generating nuclear energy can hamper the growth of the market. Large amount of opportunities are there for nuclear reactor market as demand for electricity is increasing at a rapid rate in Asia Pacific countries such as India and China.

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Some of the key companies in the business of Nuclear Reactor Construction are Southern Company, Westinghouse Electric Company LLC, TerraPower LLC, AREVA Group, Florida Power & Light Company among others.

Recent Research: Oil & Gas Vessel Decommissioning Market Analysis to 2023

Ship decommissioning usually occurs some years after the ship has been commissioned and is a means by which a vessel that has become too old or too obsolete can be retired from the operating fleet. Decommissioning of a vessel may also occur for safety reasons (such a ship\’s nuclear reactor and associated parts reaching the end of their service life), depending on the type of ship being decommissioned. In a limited number of cases a ship may be decommissioned if the vessel in question is judged to be damaged beyond economical repair. Although, the increase in offshore exploration has led to several new oil and gas discoveries, it has also laid a negative impact on the environment. The non-functioning offshore oil and gas platforms and other installations pose a threat to the marine environment and are a major source of marine pollution. The increasing need of offshore exploration activities combined with stringent environmental regulations imposed by governmental organizations has augmented the need for marine vessel decommissioning. Moreover, heavy penalties imposed by governments on any negligence by exploration and production companies have resulted in companies investing further in offshore installation decommissioning.

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Recent uptrend in the number of deepwater installations, stringent environmental regulations imposed by different countries, the increase in number of non functional and outdated vessels are the major drivers of the oil and gas vessel decommissioning market. The associated costs involved in decommissioning a vessel and negligence on the part of exploration companies act as major restraints for the market. Rapid depletion of land based resources has led to a rapid shift towards offshore exploration, an activity that presents a significant opportunity to vessel decommissioning service providers.

The segmentation of the oil and gas vessel decommissioning market can be done on the basis of decommissioning procedure and the geographical location of the major offshore oil and gas exploration sites. There are varied processes by which vessel decommissioning can be undertaken. Offshore vessel decommissioning depends on factors such as vessel capacity, operating weather conditions, construction and the product that the vessel handles. The decommissioning of vessels can be broadly classified into substructure, and equipment and topside decommissioning. Substructure decommissioning involves the total or the partial removal of the substructure from the vessel. Topside decommissioning involves recycling and reuse of the equipments and other parts from the vessel. The total decommissioning is the most preferred method and involves the removal of each and every asset from the vessel. The service companies take all the necessary steps from licensing to removal of equipments from the vessel. Partial decommissioning is done in cases where vessels are too complex to be dismantled. These vessels may constitute any concrete installations that are fixed to the hull.

Regional segmentation of oil and gas vessel decommissioning market can be done by identifying the major ports where decommissioning is primarily performed. Major areas include the offshore areas around United States, Canada and Mexico in the Atlantic Ocean and Gulf of Mexico and North Sea in Northern European region. Offshore areas around China, Indonesia, and Malaysia form part of the Asia Pacific region and offshore areas around western Africa constitute Rest of the World.

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Some of the major players in the vessel decommissioning market involve companies such as Wood Group, PSN Limited, AMEC, TSB Offshore, Inc., Derrick Services (UK) Ltd. and Worley Parsons Ltd.