Innovative achievements

1)Rapid quality identification of lipid.

2)Rapid quality identification of fishmeal in six words.

3)The development of puffed pellet feed for large mouth bass (Micropterus
Salmoides) has broken the technical bottleneck during the aquaculture by
use puffed feed instead of icefresh fish.

4)The successful development and promotion of ocean fish concentrates
make the product of Hinter become No.1 in the market.

5)The successful development and promotion of puffed feed for catfish
fish had created a new opportunity for the development of catfish farming.

6)The successful development of catfish feed keeps the natural color of
surface catfish stable.

7)New model development for farming.

Research achievements

Hinter has been committed to the R&D in new techniques all the time.In the last decades we have witnessed that the research center has undertaken lots of R&D work. These are the achivements:


Ⅰ.Nutritional Requirements and Feed Formula

Research on the digestibility of several kinds of freshwater fish to the normal feed raw materials

Research on the demands of fish for various vitamins and minerals as well as the additive process in feed

Research on the optimal proportion between protein and energy in grass carp feed under the condition of same formula cost

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Ⅲ.Feed Materials

Research on the applied technology of unconventional raw materials in freshwater fish feed

Research on the applied technology of animal protein source in high-class fish feed and prawn feed

Research on the applied technology of fermentation rapeseed meal and soya bean meal in aquafeed

Ⅱ.Feed Additives

The function mechanism of bioactive peptides on aquatic animals and the application in aquafeed

The application of research on organic chelate minerals in aquafeed

The function of bile acid in the digestion and absorption of fish feeds and its effects on fish body shape

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Ⅳ.Feed and Healthy Cultivation

The application and demonstration of probiotics in aquaculture

The application and promotion of extruded feed in snakehead fishes

The comparison research on the growth effects of new type marine fish feed and ice freshness

Ⅴ.Feed and Biological Technology

The development and utilization of new type feed protein source

Use biological technology to evaluate the nutrition value of feed materials

Research on the optimized production process of bioactive peptides

Use genetic engineering technology to develop feed additives of a new generation

R&D center will continue to have further studies on the above fields, and concentrate on the development of the following researches

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R&D Projects in 2009-2011

Feed Technique Projects

Studies and improvements on the formula modes of carp, Tilapia and prawn

Studies and improvements on the amino acid balance mode of carp, Tilapia and prawn

Studies on the nutrition of carp, Tilapia and prawn under different prescription modes

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Aquaculture Technique Projects

Studies on automatic production technique and process of photosynthetic bacteria

Research on production process of probiotics with solid-liquid combination and multi-bateria mixed fermentation

Research on traditional Chinese medicine production technology with microbe fermentation

More

Seedling Breeding Project

Research on cultivation techniques of parent pacific white shrimp

Cultivation technology and application demonstration of feeding organism for the seeding of pacific white shrimp

Research and standardization of the comprehensive management technology of water quality for the seeding of pacific white shrimp

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Article Published

English article

  • Bai H W, Huang S Y, U Than L, U Tint S, Dong Q F, Zhang S, Yang Y. 2014. The snakehead fish: a success in Myanmar. AQUA Culture Asia Pacific Magazine, May/June: 20-23.
  • Zhong Y M, Dong Q F, Zhang S, Yang Y. The state of shrimp production in China in 2013. 2014. AQUA Culture Asia Pacific Magazine, March/April: 20-23.
  • Dong Q F, Peng Z D, Mei G S, Zhang S, Yang Y. 2013. Hybrid snakehead fish farming in China. AQUA Culture Asia Pacific Magazine, November/December: 32-36.
  • Ju P, Dong Q F, Zhang S, Yang Y. 2014. Shrimp farming in greenhouses: a profitable model to culture Penaeus vannamei in China. International Aquafeed, January-February: 50-53.
  • Dong Q F, Peng Z D, Zhang S, Yang Y. 2013. An overview of shrimp feed industry in China. International Aquafeed, January-February: 22-24.
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    Chinese article (Chinese version with English abstract)

  • Sun L Y, Wen X M, Yu Na, Chen L Q, Li E C, Peng D X. 2013. Community Structure of Metazoan Zooplankton in Qingcaosha Reservoir, Shanghai. Journal of Fudan University (Natural Science), 52(1): 119-128.
  • Bai H W, Zhang Y, Li X, Sun D J. 2012. Effects of water temperature on feeding, growth and activities of digestive enzymes of juvenile Acipenser schrenckii. Jounal of Fishery Sciences of China, 19(5): 799-805.
  • Du S Q, Feng B, Hou G, Lu H S, Yan Y R. 2012. Age and growth of moonfish, Mene maculata from mouth of the Beibu Gulf, South China Sea. Journal of Fisheries of China, 36(4): 576-583.
  • Gao X Q, Tian Q J, Shi H Y, Jiang Z Q. 2012. Effects of Dietary L-Carnitine on Growth Performance, Body Composition and Blood Parameters of Japanese Flounder (Paralichthys olivaceus) Juvenile. Journal of Guangdong Ocean University, 32(1): 39-46.
  • Huang Y L, Xia Z S, Wang J W, Huang L Y, Wu T P, Zou C X, Tang Q F. 2012. Effect of dietary fructooligosaccharides on rumen fermentation functions of water buffalo in vitro. Livestock and Veterinary Physician, 44(12): 13-15.
  • Li B W, Song Z R. 2012. The feeding effect of the little electrolysis of the nanocatalyst on larvae and juveniles of penaeus vannamei. Fujian Journal of Agriculture Sciences, 27(S1): 89-93.
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