АР19680173 Development of technology and safety substantiation of synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E.coli39-SN)

About the project

Relevance
Industrial fish farming is actively developing in Kazakhstan. Sealed water supply system, increased level of organic pollution and increase of opportunistic microorganisms in aquatic environment leads to weakening of fish immunity.
These systems should have nutritional value, quality and optimal technological properties: high stability in water and hardness of pellets during feeding.
Stricter requirements for the environmental safety of aquaculture products have changed many methodological approaches to the development of safe new generation formulations.
Promising forms of new generation preparations for aquaculture include sorbed forms of probiotics containing bacteria immobilised on solid substrate particles. In this regard, the development of synbiotics for aquaculture based on natural minerals and probiotics is highly relevant.

Purpose
Development of technology and safety substantiation of synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E.coli39-SN)

Expected and achieved results
The project's main research result is the development of technology and safety substantiation of synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E. coli 39-SN).
The project's quantitative characteristics are the production of two new synbiotics based on natural minerals (zeolite, vermiculite) and a probiotic strain (E. coli 39-SN).
The project's qualitative characteristics are the use of a unique technology to create a synbiotic based on a labelled probiotic strain (E. coli 39-SN) and prebiotics (zeolite and vermiculite).
The creation of synbiotics based on zeolites, vermiculites and probiotic will allow economic benefits from the added value of the new product.
The forms of realisation of actual results within the framework of the project will be the publication of articles in foreign peer-reviewed scientific journals:
- technology for preparation of synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E. coli 39-SN).
- in the area of substantiation of safety of synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E. coli 39-SN on the organism of laboratory animals and fish;
- in the area of histological studies of internal organs of laboratory animals, fish when using new synbiotics;
- in the area of veterinary and sanitary assessment of fish products when using new synbiotics.

Information for potential users
In the structure of the cost of fish products up to 70 per cent of the total costs are fodder. Creation of synbiotics for fish farming in Kazakhstan based on available local mineral raw materials and labelled probiotic strain will solve the problem of import dependence on foreign countries supplying fish feed, allow to get economic effect from the surplus value of new products - synbiotics for aquaculture based on Kazakhstani minerals (zeolite, vermiculite) and probiotic strain (E. coli 39-SN) and ensure the safety of fish stock. The team has experience in commercialisation and implementation of technology for production of aquaculture feed additives based on Kazakhstan minerals.

Members of the research team
Sarsembaeva Nurzhan Biltebaevna
Degree, title: Doctor of Veterinary Sciences, Professor
Scopus Author ID: 55928669100
Researcher ID: FXP-2929-2022
ORCID: https://orcid.org/0000-0002-3501-3720

Kirkimbayeva Zhumagul Slyambekovna
Degree, title: Doctor of Veterinary Sciences, Professor
Scopus Author ID: 56273059600
Researcher ID: FCY-1524-2022
ORCID: https://orcid.org/0000-0001-8820-9260

Dinara Amangeldievna Sarybayeva
Academic degree, title: PhD
Scopus Author ID: 56271818700
Researcher ID: FUF-1064-2022
ORCID: https://orcid.org/0000-0001-7081-1632

Saule Kurmanovna Sherimova
Academic degree, title: PhD
Scopus Author ID: 57713530100
Researcher ID: GMG-5188-2022
ORCID: https://orcid.org/0000-0002-0436-5467

Akkozova Ardak Sabyrzhanovna
Academic degree, title: PhD
Scopus Author ID:57223276219

Urgenishbaeva Zhansulu Iklaskyzy
Academic degree, title: masters

Contacts