The field of aquaculture has, over the decades, witnessed significant growth owing to the surging demand for aquatic food stuffs, which in turn, has resulted in the increased demand for aqua feed. A report studying the performance of the global aqua feed market has been recently added to the colossal database of Market Research Reports Search Engine (MRRSE). The 88-page research report is titled “Aqua Feed Market – Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2013 – 2019” and is a concise yet information-packed analysis of the global aqua feed market.
Browse Full Report with TOC : www.mrrse.com/aqua-feed-market
The research study highlights the major factors driving the aqua feed market and those that prove to be a hindrance to its development. According to the report, the global aqua feed market is fueled by the escalating consumption of fish and the growth of the aquaculture market. Rising demand for functional and conventional aqua feed from China and other Asian countries is bound to present the global market with strong opportunities for growth. However, the volatile nature of the prices of raw materials is a key factor challenging the development of the aqua feed market.
The aqua feed market is segmented on the basis of end use and region in order to fully understand and interpret the workings of the global market. On the basis of end use, the aqua feed market is categorized into mollusks, crustaceans, salmon, carps, tilapia, catfish, and others. On the basis of region, the aqua feed market is divided into North America, Europe, Asia Pacific, and Rest of the World. Figures pertaining to demand, revenue, volume, and value are provided in the report from 2012 to 2019.
The research report includes a detailed section on the vendor landscape of the aqua feed market, in which leading competitors are identified and profiled on the basis of attributes such as company overview, product portfolio, financial standing, business strategy, and recent developments. A SWOT analysis of each of these companies studies the strengths, weaknesses, opportunities, and threats faced during the forecast period. In addition, the report also makes use of Porter’s five forces analysis to understand the impact of suppliers, buyers, new entrants, substitutes, and rivals.
The most significant players operating in the global aqua feed market include Cermaq ASA, Avanti Feeds Ltd., Tongwei, Alltech Inc., Ridley Corporation, Norel Animal Nutrition, NK Ingredients Pte Ltd., Dibaq Aquaculture, Nutreco N.V., Aller Aqua A/S, Charoen Pokphand Foods Public Company Limited, Cargill Incorporated, BioMar A/S, Nutriad, and Beneo GmbH.
Head – Internet Marketing
An international scientific team led by researchers at Columbia University’s Mailman School of Public Health and Tel Aviv University has identified and characterized a novel virus behind massive die-offs of farmed tilapia in Israel and Ecuador, which threatens the $7.5 billion global tilapia industry. A paper in the journal mBio describes tilapia lake virus (TiLV) and provides information needed to fight the outbreak.
Known in its native Middle East as St. Peter’s fish and thought to be the biblical fish that fed multitudes, tilapia provides inexpensive dietary protein. The world’s second most farmed fish, tilapia is also the basis of aquaculture employment in developing countries in Asia, Latin America, and the Middle East. (The United States is the leading tilapia importer globally.) Since 2009, Israel has seen precipitous declines in tilapia, with annual yields plummeting as much as 85 percent–highly unusual considering the fish is known to be relatively resistant to viral infections. Similar die-offs have been seen in Ecuador and Colombia.
The scientists used high-throughput sequencing to determine the genetic code of the virus from tissue taken from diseased fish in Israel and Ecuador. This process would normally be sufficient to identify the culprit, but in this case, the resulting DNA sequences didn’t match any known virus, with the exception of a small genetic segment, that only remotely resembled a virus associated with the reproduction of influenza C.
Undeterred, the researchers employed other tools from their scientific tackle box, providing ample evidence that the genetic material was the same as the implicated virus dubbed TiLV. They used mass spectroscopy to characterize the proteins in cells growing the virus, which matched those they expected to see based on the genetic sequence. By analyzing the structure of viral DNA, they went on to observe 10 gene clusters with complementary endpoints, suggesting a circular form associated with a common type of viral reproduction involving a protein called a polymerase.
Finally and conclusively, healthy fish were exposed to TiLV cultured in a laboratory, resulting in disease that matched with what was seen in those countries: in Israel, the fish had swollen brains; in Ecuador, liver disease. In the coming weeks, the researchers will publish on the link between the TiLV and an outbreak of disease among tilapia in Colombia.
“The TiLV sequence has only minimal similarity in a small region of its genome to other viruses; thus, the methods we typically use to identify and characterize viruses through sequencing alone were insufficient,” says first author Eran Bacharach, a molecular virologist at Tel Aviv University.
“It appears to be most closely related to a family of influenza viruses called orthomyxoviruses; however, we still don’t understand much about its biology,” adds Nischay Mishra, associate research scientist at the Center for Infection and Immunity at Columbia’s Mailman School.
Importantly, the findings provide the genomic and protein sequences necessary for TiLV detection, containment, and vaccine development.
“We are shifting our focus now to implementing diagnostic tests for containment of infection and to developing vaccines to prevent disease,” says Avi Eldar of the Kimron Veterinary Institute in Bet Dagan, Israel.
The team of 18 researchers represent five institutions in four countries: the Center for Infection and Immunity and the New York Genome Center in the U.S., Tel Aviv University and Kimron Veterinary Institute in Israel; the University of Edinburgh, Scotland; and St. George’s University, Grenada, West Indies.
“The New York Genome Center was excited to join in characterizing this novel virus and contribute to this important environmental and globally impactful research,” says Toby Bloom, the Center’s deputy scientific director.
“Gumshoe epidemiology, molecular gymnastics and classical microbiological methods were required to link this new virus to disease,” says Ian Lipkin, senior author, director of the Center for Infection and Immunity and John Snow Professor of Epidemiology at the Mailman School. “Resolution of this mystery was only possible through the concerted efforts of this talented group of international collaborators.”
While best known for identifying viruses behind human disease, the Center for Infection and Immunity, pinpointed the virus beyond a disease that decimated salmon farms in Europe in 2010. They have done similar work with seals, sea lions, and Great Apes.
The current research was supported by grants from the United States-Israel Bi-National Agricultural Research & Development Fund (BARD IS-4583-13), the Israel Ministry of Agriculture & Rural Development Chief Scientist Office (847-0389-14), U.S. National Institutes for Health (AI109761), USAID PREDICT, and a fellowship to J.E.K.T. from the Manna Center Program in Food Safety and Security at Tel Aviv University. The authors declare no conflicts.
Tilapia has been identified as one of the most desired species for aquaculture farming throughout the Center for Tropical and Subtropical Aquaculture (CTSA) region. Although most farming technology is available, the development and expansion of tilapia farming still faces regional challenges. One of the highest priorities in recent years has been stock improvement, and much work has been done in that area. CTSA encourages studies to continue improving the productivity of tilapia farming, and has identified the following top priorities for FY2016:
1) Develop protocols to ensure the quality of the final products.
2) Improve regional access to disease-free tilapia with high-quality genetic traits.
Center for Tropical and Subtropical Aquaculture
41-202 Kalaniana’ole Highway
Waimanalo, HI 96795
Paraiso Springs Aquaculture Guatemala is Latin America’s first company qualified to offer four-star Best Aquaculture Practices (BAP) tilapia, the Global Aquaculture Alliance announced in early March.
The company became eligible to offer four-star BAP tilapia with the BAP certification of its hatchery. Its new processing plant and farm — located in Caserio Los Angeles, San Luis Peten, Guatemala — are already BAP certified, as are the feed mills from which it sources feed, Areca Feed Mill in Guatemala and Cargill de Honduras.
Four-star BAP status denotes that the product originates from a BAP-certified processing plant, farm, hatchery and feed mill. It’s the highest achievement in the BAP program.
“We are very proud of the hard work our crew put forth to obtain BAP four-star certification. It certainly is an accomplishment for a small family-run operation like Paraiso Springs. This is a big part of our quality commitment to our clients and community,” said Alejandro Palomo, president of Paraiso Springs Aquaculture Guatemala.
Currently, worldwide, there are 74 BAP-certified tilapia processing plants and 68 BAP-certified tilapia farms, representing more than 175,000 metric tons annually.
A division of the Global Aquaculture Alliance, Best Aquaculture Practices is an international certification program based on achievable, science-based and continuously improved performance standards for the entire aquaculture supply chain — farms, hatcheries, processing plants and feed mills — that assure healthful foods produced through environmentally and socially responsible means. BAP certification is based on independent audits that evaluate compliance with the BAP standards developed by the Global Aquaculture Alliance.
LAS VEGAS, NV–(Marketwired – Mar 14, 2016) – Alkame Holdings, Inc. (OTC: ALKM), a publicly traded health and wellness technology holding company with a focus on patentable, innovative, and eco-friendly products, is pleased to announce positive results in Aquaculture farming using its patented water treatment technology.
Alkame Holdings Inc. teamed up with Keeton Industries, Seaworth Farms, Alpine Aquaculture and Wellington Operating Company, and constructed a research system in Wellington, Colorado and studied the effects of Alkame’s patented technology when applied to intensive recirculating aquaculture systems. The research was conducted with Tilapia, and according to Wikipedia, Tilapia is currently the fourth most popular type of fish behind tuna, salmon and Alaskan Pollock, and the third most popular aquaculture or farm raised seafood product behind shrimp and salmon globally. More than 80 nations produce and farm tilapia, including the United States. The US produces 10 thousand tons of Tilapia against a consumption of 2.5 million, with Americans consuming over 1 pound of tilapia per person each year. Farmed tilapia production is about 1.5 million tons annually, with an estimated value of $1.8 billion (USD), about equal to that of salmon and trout.
Testing of the Alkame Technology is led by scientist and consulting biologist, Jim Keeton, a proven expert in this field. Jim Keeton and Keeton Industries has remained at the forefront of developing aquatic technology for successful fish farming, and has actively been involved in experimentation, design and manufacture of various components and equipment of sustainable design and engineering of intensive aquaculture systems, operations, and manufacturing solutions, with more than 40 years of experience.
“The major advantage of Alkame technology is that it can completely or partially destroy organics in water by converting them into various harmless intermediates and end products,” stated lead scientist Jim Keeton. “Alkame’s advanced system and design ensures that high concentrations of dissolved oxidants are released to the water when circulated across the cells, reducing Nitrites by 50 %. Clarity and solids were also substantially reduced from 4 inches to over 20 inches after oxidation within 48 hours. Tannins and Lignin’s from feed leaching were removed with the Alkame process along with organic solids creating clearer and healthier water conditions. These factors could substantially reduce the size and costs of bio-filtration design for intensive recirculation systems.”
“Our studies show that the Alkame Technology aids in the overall health of the water, which in turn creates a healthier environment to raise the fish. The Tilapia benefit by lowering the mortality rate (less than 2% mortality), accelerating growth (1 gram to about 38 to 50 grams in less than 60 days), and by reducing the size and cost to the bottom line of bio-filtration efficiency. Producing a cleaner healthier water for the Tilapia is a game changer for Aquaculture systems, and the industry as a whole worldwide,” stated Alkame CEO, Robert Eakle. “After many months of research, and gathering up all of this encouraging hard analytical data, we can now begin to move towards exploiting our technology in this massive industry through various partnerships and joint ventures or licensing arrangements. We are very much looking forward to the pursuit of this application for our IP,” Eakle added.
About Alkame Holdings, Inc.
Alkame Holdings, Inc. is a publicly traded health and wellness technology holding company, with a focus on patentable, innovative, and eco-friendly consumer products. The Company’s wholly-owned subsidiaries market and distribute enhanced waters utilizing an exclusive patented formula and technology to create water with several unique properties, enabling an increase to available oxygen content, optimized pH levels, as well as the added benefits of electrolytes, and enhancement of antioxidant properties, equating into many potential health benefits, such as a reduced structure for permeability, improved metabolic efficiency, a boosted immune system, improved cardio respiratory function, and a decrease in lactic acid for faster muscle recovery. The organization is diligently building a strong foundation through the launch and acquisition of appropriate business assets, and by pursuing multiple applications to utilize its Intellectual Property by placement into several emerging business sectors, such as the growing aqua-culture industry, consumer bottled water and RTD products, household pet products, horticulture and agriculture applications, as well as many other various water treatment solutions to both new and existing business platforms.
For more information, visit www.alkameholdingsinc.com
Aquaculture Symposium taking place on 24 of March all day at Meeting Room 2 (3rd floor) of SECC in Ho Chi Minh City Vietnam which focus on Infectious diseases of Tilapia & Strip catfish invite 4 Fisheries experts from Veterinary Pathobiology, Faculty of Veterinary Science, Chulalongkorn University Bangkok, Thailand and the specialist in Tilapia from Vietnam to join the session.
The interesting topics are Franciscellosis, Streptococcosis, Columnaris disease in Tilapia and Strip catfish and Concurrent infection & Miscellaneous diseases, Antibiotic resistance in Aquaculture, Vaccine for Tilapia and Strip catfish and close session with Viral Nervous necrosis in Tilapia. This class is special for fish farmer to understand and study how to solve the infectious diseases of Tilapia and strip catfish in Vietnam. FAVA believe that this class will create the valuable knowledge for all delegate and the 120 seats are limited.
All conference program, please visit here
For more information of ILDEX Vietnam 2016, please visit www.ILDEX-VIETNAM.com
Does selection in a challenging environment produce Nile tilapia genotypes that can thrive in a range of production systems?
Authors: Ngo Phu Thoa, Nguyen Huu Ninh, Wayne Knibb & Nguyen Hong Nguyen
This study assessed whether selection for high growth in a challenging environment of medium salinity produces tilapia genotypes that perform well across different production environments. We estimated the genetic correlations between trait expressions in saline and freshwater using a strain of Nile tilapia selected for fast growth under salinity water of 15–20 ppt. We also estimated the heritability and genetic correlations for new traits of commercial importance (sexual maturity, feed conversion ratio, deformity and gill condition) in a full pedigree comprising 36,145 fish. The genetic correlations for the novel characters between the two environments were 0.78–0.99, suggesting that the effect of genotype by environment interaction was not biologically important. Across the environments, the heritability for body weight was moderate to high (0.32–0.62), indicating that this population will continue responding to future selection. The estimates of heritability for sexual maturity and survival were low but significant. The additive genetic components also exist for FCR, gill condition and deformity. Genetic correlations of harvest body weight with sexual maturity were positive and those between harvest body weight with FCR were negative. Our results indicate that the genetic line selected under a moderate saline water environment can be cultured successfully in freshwater systems.
See full article
Scientific Reports 6, Article number: 21486 (2016)
This work is licensed under a Creative Commons Attribution 4.0 International License.
Agencies / Regulatory
South Dakota Game, Fish and Parks
20641 SD Highway 1806
Fort Pierre, SD 57532
Education and Extension
South Dakota Department of Agriculture
523 East Capitol Avenue
Joe Foss Building, 3rd Floor
Pierre, SD 57501
South Dakota State University
Brookings, SD 57007
State regulations and required permits go through SD Game Fish & Parks Department. The contact person for you would be
Fisheries Program Administrator
Production and Development
South Dakota Dept. Game, Fish and Parks
523 E. Capitol Ave
Pierre, SD 57501
AquaLINC, funded by Germany’s Federal Ministry for Economic Cooperation and Development (BMZ), aims to increase supplies of fish that are more affordable and have a higher nutritional content for consumers in Egypt and Bangladesh. Implemented by WorldFish, the project will focus on developing production models for tilapia that meet the demands of resource poor consumers and are profitable for producers and retailers.
Using feed-additives to increase the Omega 3, and micronutrient content of farmed fish will have significant benefits for all, but especially for resource poor consumers who are more likely to be under nourished.
Recent WorldFish research in Egypt and Bangladesh suggests poor consumers typically prefer purchasing less expensive, smaller fish while aquaculture production systems in both countries are increasingly geared towards producing larger fish. Focusing on a popular farmed fish, tilapia, AquaLINC will examine the business case for how to increase the production and market for smaller fish.
Smaller fish which consume less feed and have shorter lifecycles may reduce the environmental footprint for fish production, another research area for the project.
Nigel Preston, Director General, WorldFish: “We are committed to innovations that will promote pro-poor fish value chains. Increased consumption of fish in nutritionally insecure parts of the world will improve food and nutrition security.”
AquaLINC will establish enabling conditions for the development and expansion of pro-poor tilapia value chains in Bangladesh and Egypt by testing the economic and technical feasibility of producing more nutrient-rich and smaller-sized fish and its acceptance by poor consumers. These innovations are expected to lead to: improved quality of fish; increased consumption of fish by the poor, particularly for nutritionally vulnerable populations (women of reproductive age and young children); and lower environmental impacts in fish production.
The three-year project will build on current research on the nutrition and health benefits of fish. It will also add to the research on increasing the affordability of fish for poor consumers and a growing body of work on the environmental impact of farmed fish production.
For more information or to request an interview contact: