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    Applications of Irradiation Technology in

    INDIA

    FOOD PRESERVATION PROGRAMME

    Aims:

    Preventing microbial contamination.

    Extending shelf-life under recommended conditions of storage.

    Overcoming quarantine barriers in international trade.

    IRRADIATION &CONVENTIONAL METHODS

    Basis to fix the Doses :

    Low-dose applications (less than one kGy)

    Medium dose (one to ten kGy)

    High dose (above 10 kGy)

    Food Irradiation in India- Applications

    Delayed ripening of fruits

    Disinfestation of grains

    Preservation of sea foods

    Microbial decontamination of spices

    Cost of Irradiated Food

    From Re 0.25 to 0.50 per kg. For a low dose

    Rs 1-3 per kg for high dose application

    The cost of plant could be between Rs 50-100 millions

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    Technology/Assistance Available

    Bhabha Atomic Research Center (BARC)

    Back-bone of Indian programme

    Research reactors

    Standardization of dosimeter procedure.

    Nodal agency

    Training to the staff.

    Board of Radiation and Isotope Technology (BRIT):

    Centre for Advanced Technology

    Ministry of Food Processing Industries (MFPI):

    To promote the commercial use

    Development of Infrastructure facilities

    REGULATIONS:

    The Atomic Energy (Control of Irradiation of Foods) Rules, 1996 .

    The Prevention of Food Adulteration (Fifth Amendment) Rules,

    1994.

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    REGULATORY BODIES :

    Department of Atomic Energy (DAE)

    The Atomic Energy Regulatory Board (AERB)

    Food Package Irradiator in Food Technology Division, BARC

    Defense Laboratory, Jodhpur

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    Food items approved for radiation preservation by the Ministry of

    Health & Family Welfare under Prevention of Food Adulteration Rules,

    1955

    NAME OF

    FOOD

    PURPOSE MINIMUM

    DOSE (KGy)

    MAXIMUM

    DOSE (KGy)

    Onion

    Potato

    Ginger

    Garlic

    Sprout inhibition

    0.03

    0.06

    0.03

    0.03

    0.09

    0.15

    0.15

    0.15

    Mango Disinfestation

    (Quartine)

    0.25 0.75

    Rice,

    Semolina,

    Wheat flour,

    Maida

    Disinfestation

    0.25

    0.25

    0.25

    1.0

    1.0

    0.75

    Meat & meat

    products,

    Rasins , Figs,

    Dried Dates

    Shelf life

    enhancement &

    pathogen control

    2.5 4.0

    Spices Microbial

    decontamination

    6.0 14.0

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    Additional food items recommended by the Central Committee for Food

    Standards for approval

    NAME OF

    FOOD

    PURPOSE MINIMUM

    DOSE (KGy)

    MAXIMUM

    DOSE (KGy)

    Pulses & Dried

    Sea food Disinfestation 0.25 1.0

    Fresh sea food Shelf life

    enhancement 1.0 3.0

    Frozen sea food pathogen control 4.0 6.0

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    Consumer Responses and Opposition

    Lethal effects have been found from the feeding of irradiated food

    to mice

    Some animals fed irradiated food have been found to have reducedgrowth, change white blood cells, and kidney damage

    Polyploidy - has been observed in children, monkeys.

    Conclusions

    BARC process on food irradiation below and above 10 kGy is well

    understood and establishedIt follows safety and nutritional adequacy of foods irradiated and

    produced under Good Manufacturing Practice

    Irradiation is established as a versatile, environmentally-friendly

    treatment of foods

    Experimental trials of irradiated foods in the areas prone food

    borne disease could be useful in order to provide evidence for the

    usefulness of irradiation on controlling such disease incidence.