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    World Health Organisation (WHO) has recommended that farmers and the food industry should stop using antibiotics routinely to promote growth and prevent disease in healthy animals as this promotes spread of the drugs resistance among the animals.

    “Over-use and misuse of antibiotics in animals and humans is contributing to the rising threat of antibiotic resistance. Some types of bacteria that cause serious infections in humans have already developed resistance to most or all of the available treatments, and there are very few promising options in the research pipeline,” read WHO’s statement.

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    The new WHO recommendations aim to help preserve the effectiveness of antibiotics that are important for human medicine by reducing their unnecessary use in animals. In some countries, approximately 80% of total consumption of medically important antibiotics is in the animal sector, largely for growth promotion in healthy animals.

    “A lack of effective antibiotics is as serious a security threat as a sudden and deadly disease outbreak,” says Dr Tedros Adhanom Ghebreyesus, Director-General of WHO. “Strong, sustained action across all sectors is vital if we are to turn back the tide of antimicrobial resistance and keep the world safe."

    A systematic review published in The Lancet Planetary Health found that interventions that restrict antibiotic use in food-producing animals reduced antibiotic-resistant bacteria in these animals by up to 39%. This research directly informed the development of WHO’s new guidelines.

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    WHO strongly recommends an overall reduction in the use of all classes of medically important antibiotics in food-producing animals, including complete restriction of these antibiotics for growth promotion and disease prevention without diagnosis. Healthy animals should only receive antibiotics to prevent disease if it has been diagnosed in other animals in the same flock, herd, or fish population.

    Where possible, sick animals should be tested to determine the most effective and prudent antibiotic to treat their specific infection. Antibiotics used in animals should be selected from those WHO has listed as being “least important” to human health, and not from those classified as “highest priority critically important”. These antibiotics are often the last line, or one of limited treatments, available to treat serious bacterial infections in humans.

    "Scientific evidence demonstrates that overuse of antibiotics in animals can contribute to the emergence of antibiotic resistance," says Dr Kazuaki Miyagishima, Director of the Department of Food Safety and Zoonoses at WHO. "The volume of antibiotics used in animals is continuing to increase worldwide, driven by a growing demand for foods of animal origin, often produced through intensive animal husbandry.”

    RELATED ARTICLE: Livestock farmers to save Sh160 with cheap foot and mouth vaccine

    Many countries have already taken action to reduce the use of antibiotics in food-producing animals. For example, since 2006, the European Union has banned the use of antibiotics for growth promotion. Consumers are also driving the demand for meat raised without routine use of antibiotics, with some major food chains adopting “antibiotic-free” policies for their meat supplies.

    Alternative options to using antibiotics for disease prevention in animals include improving hygiene, better use of vaccination, and changes in animal housing and husbandry practices.

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    Nandi farmers have devised a new way to control the deadly foot and mouth diseases (FMD) in their livestock by using ‘kangara’, a mixture of molasses and maize flour from which chang’aa, a traditional home-brewed spirit; popular in Kenya is distilled.

    The kangara is fed to cows, goats or sheep with the virus and within four days, the livestock is cured.

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    A cow affected by foot and mouth disease

    Related article: How to contain the deadly foot and mouth break-out

    In the neighboring Uasin Gishu County, more than 400 herds of cattle died within a period of three weeks following an outbreak of the foot and mouth disease in October 2017. The outbreak has so far been reported in several North Rift and Western counties including Trans Zoia, Vihiga, Bungoma, Busia and Kakamega.

    According to the statistics from the Ministry of Agriculture, livestock diseases in Kenya lead to losses of more thanSh24 billion annually.  Due to this, in September 2017, Bungoma and Busia counties banned livestock trade over the disease followed by Vihiga in October which imposed quarantine in all the five sub-Counties of Emuhaya, Hamisi, Luanda, Sabatia and Vihiga. The quarantine and closure of livestock markets has affected several businesses in the region.

    Related article:Understanding the Foot and Mouth disease

    Peter Butuk, a dairy farmer in Kilibwoni division, Nandi County says six of his ten cows have so far been affected by the disease and he has incurred huge losses purchasing vaccines such as FMD which have not been effective and has a short immunity span.

    Related article:Livestock farmers to save Sh160 with cheap foot and mouth vaccine

    “I have resorted to using kangara, a trial and error preventive measure which has proved effective to my animals. I feed it to the affected cows twice a day, in the morning and in the evening and since then three of the affected cows are on their way to recovery with the rest showing signs of improvement,” said Butuk.

    The Kenya Veterinary Vaccines Production Institute (KEVEVAPI) has also introduced a new novel purified oil-based FMD vaccine which has a longer shelf life and confers a longer immunity of up to 12 months. Farmers can now protect their animals against FMD by vaccinating animals over two years old only once a year, with cattle below two years of age getting a booster six months after vaccination. A dose of this new oil-based vaccine costs Sh360. This means that farmers will make a cost saving as compared to when they used the water-based FMD vaccine, which costs Sh645.

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    Newcastle disease is the major cause of death among local chicken killing about 90 per cent of the affected birds.

    According to the Kenya Agricultural and Livestock Research Organization (KALRO) Newcastle Disease is a major constraint to indigenous chicken productivity in Kenya and often causes 80 per cent to 100 per cent mortality in unvaccinated flocks.

    Related article: Newcastle resistant chicken breed, which also produces more eggs now in the market

    Research by KALRO acknowledges that vaccination should be done under controlled conditions, which are easy to learn and apply. Heat kills the virus, so vaccines should be kept in a cold place at 4°c (maximum period: I month), or at -20°C in a freezer (up to two years).  A vaccinated chicken will not contract Newcastle disease for six months.

    Related article:Farmers play extension officers, halving Newcastle disease and earning from it

    Chickens suffering from Newcastle disease show nervous signs, diarrhoea and die in large numbers. The disease is spread by sick birds usually brought in from the market or by other birds from the neighborhood. Visitors, dogs and wild birds can also spread the disease.

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    Free range indigenous chicken

    Farmers can get vaccines from a chemist's shop or a veterinary office.  There are various types of vaccines which include I-2 ND Vaccine which is available in chemist's shops or veterinary offices.

    Chicks should be vaccinated one month after hatching. Adult birds need to be vaccinated every 6 months or 2 weeks before an expected outbreak. It is advisable to vaccinate in the evening when birds are easy to catch and only healthy birds should be given doses. Sick birds should not be vaccinated.

    Requirements

    • Vaccine
    • 5 ml plastic syringes
    • Disposable needles
    • 10 Cc sterile distilled water for every 100 doses
    • Plastic cool flask

    Vaccine dilution

    • Draw 4 cc of sterile water into the syringe.
    • Lift the metal cap off the vaccine bottle.
    • Pierce through the center of the rubber top.
    • Do not apply pressure because the vacuum in the bottle might suck in the water.
    • If there is no suction your needle might be blocked, or air has leaked into your vaccine bottle
    • If air has leaked into the vaccine bottle do not use it.
    • Mix water and vaccine by shaking.
    • Tear off the metal cap, remove rubber top.
    • Draw all vaccine into the syringe.
    • Put the mixture into the 6 cc distilled water.
    • Mix vaccine by shaking.
    • By now you have 10 cc vaccines ready for use.
    • Store in ice and use Within 2 hours.

    How to administer the vaccine

    • Fill syringe with 1 cc (1 ml) of the vaccine at a time.
    • Hold the syringe between your first and second fingers.
    • With your other hand secure the chicken under your arm-pit
    • Secure the head and administer a drop in each nostril or eye
    • Place the chicken away from the rest.
    • Birds of all ages receive the same amount of vaccine.
    • At the end of vaccination, count the chickens to make sure you have vaccinated all of them. • If you face any difficulty, consult your local veterinary office.
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