East Coast Fever training curriculum and manual for vaccinators

East Coast Fever (ECF) is a serious, often fatal, disease of cattle that causes major economic losses across 11 countries in eastern, central and southern Africa. Caused by single-celled parasite, the disease is transmitted by the brown ear tick, which is found in hay or standing grass. ECF is a significant constraint to livestock farmers in affected countries with one animal being lost every 30 seconds and more than 25 million cattle at risk.

ECF can be prevented by using the Muguga Cocktail vaccine, which is manufactured by the Centre for Ticks and Tick-Borne Diseases in Malawi and distributed by local companies, Ronheim and PharmaVax in Tanzania.

GALVmed – a not-for-profit company that makes livestock vaccines accessible to smallholder farmers – and its partners has launched an initiative to standardise training provided to ECF vaccinators. A standardised training curriculum and manual originally developed by Kenya Agricultural Research Institute, and later with input from the International Livestock Research Institute, GALVmed and Tanzanian stakeholders including the Directorate of Veterinary Services, the Veterinary Council of Tanzania, and Tanzanian distributors is now being used for the training of ECF vaccinators.

View the podcast’s script here.

Building a strong community animal health care system in rural India

Livestock keepers in rural and tribal areas of Odisha, India are often unaware about deworming, vaccination and other health care concepts to protect their livestock from mortality. Livestock plays a vital role in livelihood security for these rural and tribal populations. Many government and non-governmental organisations are working towards livelihood improvement through livestock in Odisha. There are two major challenges – a lack of trained professionals working in the local animal health care services and limited availability of affordable products in tribal areas.

To address these challenges, the Global Alliance for Livestock Veterinary Medicines (GALVmed) has partnered with the western India-based Hester Biosciences Limited  to develop and distribute customised livestock vaccines and health care products to rural areas of Odisha. To strengthen animal health care services with quality community animal health workers, GALVmed-Hester has collaborated with the Professional Assistance for Development Action (PRADAN) and Pathe Pathsahala in Odisha.

Each partner plays a crucial role in increasing the distribution of animal health care products throughout Odisha. The availability of vaccines and animal health products is ensured by the establishment of an efficient supply chain and a dedicated sales team at the biotech company, Hester Biosciences Limited.

PRADAN, a voluntary organisation that works to promote and strengthen livelihoods for the rural poor, selects the community animal health workers, raises awareness  of vaccination and improved management practices of backyard poultry and small ruminants, as well as vaccination and service delivery in five districts of Odisha (Koraput, Rayagada, Kalahandi, Kandhamal and Anugul).

Pathe Pathshala provides professional development training for the community animal health workers. The organisation conducts classes on a variety of farm and rural community skills for farmers, pastoralists, students and women, at their place, in their time and in their language to ease their daily toil.

Since June 2016, 106 community animal health workers (CAHW) have been trained – the majority, 99, who are women. Through this partnership, 21,994 backyard poultry have been vaccinated against Newcastle disease, 9,088 goats vaccinated against Peste des petits ruminants and 6,333 goats vaccinated against Goat Pox in rural parts of Odisha. This initial development indicates an exciting future for this project, its partners and above all, the farmers and CAHW who increase their quality of life.

By: Rahul Srivastava, GALVmed’s Marketing Officer for South Asia

Vaccinating chickens leads to better nutrition for communities in Jharkhand, India

For 33 year old Amrita Kunjur, vaccinating her poultry against Newcastle Disease (ND) has brought an added value to her family. Amrita who lives in the rural hinterland of Ranchi, the capital city of Jharkhand state in India, has always owned chickens. But due to the prevalence of Ranikhet Disease (Newcastle Disease), the flock never grew to a large enough size to earn a bit of extra income and for regular consumption.

“Earlier, we would hardly eat chicken regularly. We did not earn enough money to buy chickens,” says Amrita.

Amrita and her family exemplified the general condition of tribal families in Jharkhand. Many of their chickens were being wiped out mainly by ND and hardly had enough chickens to eat, let alone sell. For most of India’s tribal families, agriculture is the primary source of livelihood. But due to long dry spells, farming has not been as productive as desired and they often resort to buying food that they once produced. With inadequate income, most families find it extremely challenging to have proper nutritional intake, especially eggs and chicken. Buying chicken for consumption is not prioritised in comparison to other basic household needs. For families to afford to eat chicken, they must be able to keep free range chicken, free from diseases.

Vaccine leads to better nutrition

With the introduction of the Lasota ND vaccine in 2015, backyard poultry has flourished. Amrita’s family, who only managed to keep up to ten chickens before, have now increased their flock size to nearly fifty. As a result, the family can now afford to consume at least one chicken every week, giving them the much needed protein. Plus, considering the market value of one chicken at INR 300-400 (US$ 4.5 – 6) within the locality, the family is saving about INR 1500 (US$ 23), or about 60 percent of their present monthly food budget.

Another case is that of 32-year old Mariam Karkatta, who owns a flock of about 70 chickens, ten times more than she owned before she started vaccinating her chickens.

Being an early adopter, she was one of the first in her community to embrace the vaccination programme. After experiencing the benefits of vaccination first-hand, she actively promoted the vaccine in her village, which resulted in substantial increase in chicken population.

Consumption increases with growth in chicken flock

While Mariam’s family could only consume a few chickens the whole year previously, consumption has gone up to about two chickens every month.

For Mariam, the main concern has been the nutrition of her children. Apart from serving the children a regular diet of chicken, she also serves them chicken soup when they are ill. Additionally, eggs are added into their diet. “My son used to catch the flu easily but now he is healthy,” she remarks with a smile, pointing to her school-going son.

With the growth of her flock, Mariam keeps a healthy food budget. As she doesn’t have to buy chickens, she spends about INR 4000-5000 (US $ 60 – 75) on food every month.

With more and more families vaccinating their poultry against ND, it is evident that nutritional intake is slowly improving as families are now able to add chicken and eggs to their regular diets. This is a major boost to the health of community members, particularly children. It is a proof that, even supporting one parameter such as vaccination, goes a long way in improving the lives of poor rural families.

Written by Prasenjit De of Alternatives for GALVmed

Chicken vaccine broadening economic avenues in Jharkhand, India

Silanti Linda lives in a village, about 15 kilometres away from Ranchi, the capital city of Jharkhand state in India. Silanti and her family are part of the tribal community that has traditionally depended on farms, forests and livestock. They are however increasingly having to seek additional sources of income due to reduced productivity of the land and deforestation.

Many of the community members have taken up blue-collared jobs in nearby urban areas. Migration to big cities out of the state is also a common phenomenon.

Silanti’s husband works as a driver for a privately owned organisation in Ranchi. He earns about INR 4,000 (US $ 60) per month. Because of the high cost of living, this income is not sufficient hence the family’s need for an additional source of income.

Vaccine brings new opportunities

The introduction of the LaSota vaccine against Newcastle Disease (ND) has brought them a new economic opportunity. They can now keep and sell chickens because they are no longer being wiped out by the deadly ND (known locally as Ranikhet). “As we can get some income from chicken sales now, we can even save some money,” says Silanti Linda, a 32-year-old woman highlighting the economic benefit of vaccination against ND.

Keeping backyard poultry has been a traditional practice but the widely prevalent ND has regularly wiped out most of the chicken population during outbreak episodes. Silanti had three to four chickens at any given time. Now, one year after starting vaccination, she owns 40 to 45 chickens at a time. In the last 3 months, she has earned about INR 4,000 (US $ 60) from chicken sales. Although still a modest amount by any standard, it is an increase of about 33% to the average monthly household income. The additional income not only helps in meeting the increasing food expenses, but also helps in giving better education to their only child and takes care of medical expenses of the family. Even after all these expenses, she still manages to save some money.

For Silanti and other people who live below the poverty line, the economic benefits they have achieved due to the introduction of the Newcastle Disease vaccine is significant. She, like many others, has been able to revive a dormant occupation – chicken rearing.

Regular poultry businesses benefit too

However, the benefits are not limited to the poor alone. People in the regular poultry business have also been able to better manage and grow their existing businesses with the introduction of the vaccine. Before the vaccine was popularised, their trade survived marginally. They managed to negate the effects of ND by constantly buying new chicks from the market. But this meant additional “working capital” was constantly needed to offset low profit margins. Also, the farmers needed to spend more time on poultry management, leaving them with less time for other occupations.

The LaSota vaccine has helped these poultry keepers by decreasing their expenses on new chicks. The profit margins of the local poultry businesses have gone up. Umesh Lohra, a 54-year-old man, and his wife have been managing poultry for the last few years. They managed to grow an average flock size of 400 to 500, despite high mortality rates. They earned about INR 5,000 (US $ 75) per month from chicken sales. But now, after initiating vaccination, they earn INR 7,500 (US $ 112), or 50% more from chicken sales. As there is reduced chicken mortality after ND vaccination, they do not need to stock up on new chicks regularly. This saves substantial capital costs.

“We simply do not need to spend the amount of time we used to earlier. Hence, the management of poultry has become flexible,” says Umesh. The total family income now is almost INR 14,000 (US $ 209). Poultry sales is about half of total family income.

In 16 districts of Jharkhand state, where the vaccine was introduced, the effect is palpable in the economic lives of the people.

Written by Prasenjit De of Alternatives for GALVmed

Regulatory harmonisation: Improving access to safe, effective and quality veterinary medicines across East Africa

The costs of animal disease

In Africa, millions of people depend on livestock for their livelihoods. However, the high prevalence of livestock diseases, such as East Coast Fever and Newcastle disease, to name just a few, are a major constraint to increasing smallholder incomes and enhancing agricultural development, food security and resilience. Accessibility and distribution of high quality veterinary medicines is therefore the best tool to combat animal diseases and help curb economic losses.

Cross-country registration of veterinary medicines

Registering veterinary medicines in Africa through the currently established processes is cumbersome and time consuming, requiring considerable technical information from applicants. Harmonisation of the registration system for veterinary medicines across nations simplifies the process, saves time and resources and helps to ensure drug quality, safety and efficacy.

In 2012, a GALVmed initiative ‘Harmonisation of Registration Requirements for Veterinary Immunologicals and Development of a Mutual Recognition Procedure (MRP) in East Africa’ was launched to provide support in this critical area. The enterprise was undertaken to assist the East African Community (EAC) in harmonising registration requirements in the established regulatory authorities and strengthening their veterinary vaccine regulatory systems. GALVmed’s work commenced with a workshop in Nairobi, involving regulators from eight East African countries – Burundi, Djibouti, Ethiopia, Kenya, Rwanda, Sudan, Tanzania and Uganda. Only three countries already possessed a recognised registration system (Kenya, Tanzania and Uganda). Participants were asked what would be needed to achieve a harmonised system for registering veterinary vaccines and it was concluded that the development of a set of harmonised technical documents was required.

As a result of the workshop, a technical working group (TWG) was formed consisting of participants from the national regulatory authorities of Kenya, Tanzania and Uganda. Rwanda, Burundi and the EAC Secretariat are also members of the TWG whose role was to work on and develop the following registration documents: a harmonised application form to send to EAC Regulatory Authorities when applying for marketing authorisations; harmonised product information templates to be included in the summary of product characteristics, product labels and package leaflets; a guide to the structure of a registration dossier for a veterinary immunological product; a guide on the data required in the registration dossier to demonstrate product quality, safety and efficacy.

Progress of the Mutual Recognition Procedure (MRP)

The rationale for the MRP is to obtain marketing authorisations for a particular product without incurring long delays. An assessor in one country is responsible for evaluating the registration dossier before writing the assessment report. The same report is then shared with all other regulatory authorities where the applicant seeks marketing authorisations. This eliminates the need for separate applications and time consuming assessments by each country.

Gilly Gowan, GALVmed’s Regulatory Affairs Consultant said, “MRP saves time, effort and is predictable. Assessors and inspectors from different Regulatory Authorities will build trust in each others’ work enabling valuable veterinary vaccines to be registered quickly and simultaneously in as many EAC countries as the applicant wishes. Once the harmonised Marketing Authorisations are granted there are other advantages for applicants. No longer will they need to wait for the last approval from a Regulatory Authority before making a change to the production, testing or label claims of their product. The approval process will happen simultaneously in all the countries that were involved in the MRP.”

Subsequent to the initiative’s conception in 2011, encouraging progress has been achieved in the EAC, where a harmonised veterinary medicines registration system is currently being set up. The following accomplishments have been made:

  1. Harmonisation of technical documents – Development and refinement of the technical documents across Kenya, Tanzania and Uganda. Kenya, Tanzania and Uganda have stopped using their previously established guidelines to be part of the regional MRP process. Uganda has already registered products using the new guidelines. Rwanda and Burundi also see the significance of MRP and are currently establishing their own regulatory bodies to use the harmonisation documents for immunological veterinary product registration.
  2. Acknowledgement of the process – The value of MRP has been identified in other regions. Requests have been received from the economic communities of the South African Development Community (SADC) and Economic Community of Central African States (ECCAS) to assist them in introducing a similar system
  3. Adoption of MRP – In 2013, heads of regulatory authorities in the EAC region met with GALVmed and the African Union Pan African Veterinary Vaccine Centre to recommend the harmonisation process and MRP concept to the EAC Council of Ministers. The process was adopted by the EAC Sectoral Council in September 2014 and by the EAC Council of Ministers in December 2014.
  4. Training in good manufacturing practices (GMP) – GMP inspectors from four countries have received training in appropriate inspection of veterinary vaccine manufacturing. The training is on-going and a joint, mock inspection is planned for October 2016 to provide inspectors with confidence in each other’s inspection methods.
  5. Registration dossier assessment – Twenty assessors from six countries attended training in assessing registration dossiers for veterinary vaccines. By the end of the course they all declared that they are able to train other regulators in the process. Such joint assessment will provide assessors with confidence and trust so that they can accept assessments made by regulators from other EAC countries during MRPs.

Who benefits from MRP?

Dr Zelalem Gebretsadik of the Ethiopian regulatory authorities said:

“Harmonisation and MRP of vaccine regulation benefits local farmers, product applicants, vaccine producers and regulators. Farmers will enjoy increased availability of safe, effective, quality vaccines at affordable prices in the market for livestock diseases. National medicine regulatory authorities will be better equipped to register medicines in a cost-effective and timely manner by improving regulatory processes and making better use of scarce technical skills. Vaccine producing companies and their local representatives/agents will benefit from simplified and standardised regulatory approval processes. It will become possible to submit dossiers for much-needed medicines simultaneously in multiple countries, and evaluation turnaround times will improve.”

 

Written by Sophie Reeve, WRENmedia

Produced by WRENmedia for GALVmed

Photos by GALVmed/Sephi Bergerson

Reflections from the field: On the trail of Pestes des Petits Ruminants

On a recent trip to India, I had the opportunity to visit Manda Pandey in Moradabad, Uttar Pradesh. I was traveling with my colleague Rahul Srivastava who is the Marketing Officer for our South Asian programmes. Rahul and I were going to visit a new project that GALVmed is launching in the area to protect small ruminants (sheep and goats) against PPR (Pestes des Petits Ruminants). Here, 90% of tested animals were positive for exposure to PPR, yet livestock owners are oblivious to the problem that they face. The Sharif Gramudyog Vikas Kendra (SGVK) PPR vaccination project has thus been launched to deal with the disease.

Herders have access to pasture on land rented by goat keepers from land owners.

PPR is a disease that mostly affects goats and to a lesser extent sheep. The disease is present in many parts of Africa and Asia. It is rapidly fatal in young animals. Most deaths are likely to occur 3-4 months after peak kidding and lambing, after maternal antibody levels drop to ineffective levels; 55-85% of affected animals die. The animals most at risk are those below one year of age. If an animal recovers, it has lifelong immunity [i].

PPR is initially characterised by a number of symptoms that appear between 6-7 days after contact with infected animals. These include a high fever, dullness, sneezing and serous (watery) discharge from the eyes. These are then followed a day or two later by lesions in the mouth, and discharge in the nose and eyes which becomes pus-like. Diarrhoea will develop 3-4 days after the onset of a fever.  Respiratory signs (laboured breathing and coughing) follow and become more severe when there is a secondary bacterial pneumonia.

Vaccination against PPR only works before the animals get the disease. Vaccination prevents disease and consequent loss of productivity (poor growth, drop in milk production, death).

Rajasthan goats

The PPR/SGP vaccination project is aimed at small holder goat keepers. The aim is to get the livestock keepers to routinely vaccinate their goats and deworm. The project also aims to improve the community knowledge base and rearing practices to develop goat rearing as a viable livelihood activity. By the end of 12 months, over 92,000 PPR vaccinations will have been done, sixteen people trained to provide animal health services and two outlets supported to provide animal health inputs.

Milking buffaloes being fed supplements.

During this particular trip we also had the opportunity to visit a buffalo dairy and goat farm in Joya, Amroha also in Uttar Pradesh. The farm is owned and managed by Mr Azam Abbas. The farm has 17 buffaloes and 40 Rajashtan goats. This farm gets INR 40 per litre for their buffalo milk compared to INR 36 per litre that is the market rate. Goat milk is considered to be of medicinal value and sells at INR 2,000 [ii] per litre. Goats for meat are sold at 4 months of age weighing approximately 16-18kg with a killing out percentage of 45-48%. A Rajasthan buck weighs as much as 175kg.

Access to market is the main challenge for goat keepers and often at the mercy of traders who often manipulate the market for their own benefit.

[i] Radostits, O. M. et al, Veterinary Medicine.

[ii] 1 Indian rupee ~ 1.5 Kenya shillings

 

By Abdallah Twahir, Director of Market Development and Access

Dairy farmer cooperatives find innovative ways to vaccinate members’ cattle against ECF

Ask any dairy farmer in Kenya what livestock disease they dread most and the repeated answer is East Coast Fever. The disease raises fear amongst cattle keepers because it has such a high fatality rate – it remains the single biggest killer of cattle in 11 countries in eastern and central Africa, putting more than 25 million cattle at risk. Vaccination offers the best protection for cattle as treatment options are expensive and there is no guarantee that the animal will not be affected again.

For many smallholder farmers, vaccination still remains a challenge due to lack of awareness, logistics and costs associated with the vaccination. The ECF Muguga Cocktail vaccine costs from US $6 to $10 per animal depending on the animal’s size. This is considered a small investment a farmer can make to protect a larger investment –cattle. In pastoralists’ areas, ECF vaccinations have taken off a lot faster than dairy sectors.

“Its easier to coordinate vaccinations in pastoralists’ areas because more often than not, many cattle are herded making it a lot easier for the vaccinators to perform the vaccinations at one go rather than rounding animals in small numbers from homestead to homestead as is often the case with dairy cows,” says Dr Rawlynce Bett of AgriHaus in Kenya.

A single straw of the vaccine contains 40 doses, which need to be administered within a few hours of reconstituting the vaccine. For these reasons, 40 animals are required in any single vaccination undertaking.

Many smallholder farmers gathered at the event to learn about the vaccination exercise.

Dr Bett also says that pastoralists with a large number of animals have the option of selling one or two animals to cover the cost of the vaccination compared to dairy farmers who own few and more expensive animals. One dairy cow can cost up to KSh 250,000 (US $ 2,500).  This makes the vaccination of dairy cows ever so crucial because of the level of investment the farmers put into the animal.

But many smallholder farmers are still struggling with ECF vaccination. It is for this reason that one of GALVmed’s partners in ECF vaccination, AgriHaus, has teamed up with the New Kenya Cooperative Creameries (New KCC) through its wide network of milk collection centres to bring the benefits of ECF vaccine to dairy farmers. New KCC is one of the largest dairy processor in the East and Central Africa and has a network of 22 milk cooling plants and over 30 satellite milk coolers spread across the country. The milk manufacturer has put together an extension services platform comprising field service offices, committees, coordinators, agents and plant managers spread out in various milk collection centres. The platform has brought on board essential service providers who offer continuous services to the farmers including ECF vaccination. AgriHaus is mainly undertaking vaccinations in the dairy areas.

On July 27th 2016, the New KCC Molo Dairy Plant launched its ECF vaccination campaign. The plant which is located in Elburgon town in Nakuru County, north-west of the Kenyan capital Nairobi offers its 11,000 members an all-inclusive package for animal health and financial services. Members are then required to pay a small fee through their milk earnings, which goes towards these services.

“As a dairy plant, our main interest is to improve the productivity of our members. We analysed why our members are not getting high milk yields and came up with a number of limiting factors – disease being one of them. We want to try and work with our members to reduce these limiting factors so that we can improve our milk yields,” explains Mr. Bett Hillary, the New KCC Molo Dairy Plant Manager. He explains that this package is paid for directly by the dairy plant to service providers and therefore the issue of lack of money by the farmers to vaccinate the animals doesn’t arise anymore. “We want to be actively involved in the management of our members’ animals, to ensure they receive the best care for optimal production,” he says.

The launch kicked off an intensive vaccination exercise, which will see about 20,000 animals being vaccinated in parts of Nakuru, Baringo and Kericho counties (northwest of Nairobi) over the next two months by AgriHaus. Already, 7,500 animals have already been vaccinated.  Once the animals are vaccinated, they are tagged and given unique identity numbers. They will then be registered to enable farmers access a host of services including finance and insurance.

According to Dr Bett, AgriHaus is targeting to partner with 22 milk cooling plants and over 30 satellite milk coolers across 19 counties owned by New KCC. This will bring the total number of dairy cows targeted for vaccination to 180,000.

Written by: Beatrice Ouma, GALVmed Communications Manager

A novel initiative for a new brucellosis vaccine

A new US $30 million initiative was launched in June 2016 to offer a solution to a sheep and goat disease that is transmitted to over 500,000 people per year worldwide. The prize is one of the largest of its kind and is funded by AgResults, a collaborative multi-donor initiative between the Australian, Canadian, UK and US governments and the Bill & Melinda Gates Foundation. The initiative was set up to encourage the private sector to find innovative solutions to development challenges.

A worldwide competition for a worldwide disease

The brucellosis vaccine initiative hopes to incentivise those in the animal health, biotech and pharmaceutical sectors to develop a vaccine to protect against the sheep and goat disease caused
by Brucella melitensis. Brucellosis is a bacterial and zoonotic disease affecting significant numbers of people worldwide who depend on livestock for their livelihood. It is primarily endemic in North and East Africa, the Middle East, South and Central Asia, Central and South America and Europe’s Mediterranean region. Causing abortions, infertility, decreased milk production and weight loss, amongst other effects, in pigs and ruminants, the disease results in a loss of income and nutrition for many smallholder farmers. In people it may cause fever, fatigue and other debilitating clinical signs, which may become chronic if not treated appropriately. The annual impact of brucellosis to smallholder farmers in South Asia and sub-
Saharan Africa is estimated at US $641 million per year.

Prompting the private sector

The current livestock vaccinations for brucellosis require complex management systems to be effective and may pose a threat of contracting the disease among vaccinators, as the current vaccines contain the live microorganism. Furthermore, due to the thermosensitive nature of the vaccine, it needs constant refrigeration, which for rural or nomadic farmers is not always feasible. Peter Jeffries, CEO of the Global Alliance for Livestock Veterinary Medicines (GALVmed) – an organisation that makes livestock vaccines and medicines accessible and affordable for smallholder farmers in developing countries – says, “Brucellosis is a significant disease for many people in the developing world and it causes human and animal health problems. An effective brucellosis vaccine would have an incredible global impact.”

In order to develop a new vaccine that can be used in countries where the disease is still endemic, AgResults has contracted GALVmed to host the Brucellosis Vaccine Prize Competition. The prize is designed to provide those in the relevant fields with incentives through significant financial awards that encourage them to deliver a vaccine with significant benefits over the current products available.

GALVmed will act as the project manager working with stakeholders, applicants, the technical committee and the judging panel. The technical committee is an advisory panel of brucellosis and industry experts responsible for finalising the contest rules and desired specifications for the vaccine. The judging panel, also a body of brucellosis and industry experts, will then use these specifications to determine at each stage whether applicants working towards creating a vaccine (known as solvers) are eligible for a milestone payment.

How to win US $30 million for a best-in-class vaccine

img_2374The competition is structured in such a way that solvers will only receive money if they achieve key objectives, which are structured into three milestone periods. In the first milestone, up to ten solvers may be awarded the first prize of US $100,000 each, following selection by the judging panel based on a submission of a competitive application to AgResults.

The second stage of the competition focuses on product development. To be eligible for this stage’s associated milestone payment of US $1 million, solvers must test a scaled-up version of the vaccine to prove it meets the necessary efficacy standard.

In the last milestone, the first solver to register a vaccine that meets the minimum viable product standards will be awarded a grand prize of US $20 million. These standards require that the vaccine must be safe to administer and more effective in target animals than present vaccines. Organisations have up to ten years to register the new product. An additional prize of US $5 million will be awarded to the solver, which may be either the final prize winner or a different solver, who develops a vaccine that meets the ‘Best in Class’ criteria of the target product profile. While currently being finalised, this may include the use of innovative technology to ensure superior safety in people and animals, protection against more than one Brucella species in small ruminants, and a reduced reliance on refrigeration.

This approach of setting out a prize for finding a highly innovative solution for an old problem, also known as ‘pull mechanism’, has already been successfully used in other areas, but is completely new to the livestock and animal health sector. It may therefore not only bring new and better vaccines to smallholder farmers and prevent diseases, but it may also trigger similar initiatives and further innovation.

Register for the competition

Visit the Brucellosis Vaccine Prize Competition website: www.brucellosisvaccine.org

For more information email: brucellosis@galvmed.org

Written by Sophie Reeve, WRENmedia

Produced by WRENmedia for GALVmed

THE AGRESULTS INITIATIVE IS A PARTNERSHIP BETWEEN:

                            

Vaccines boost backyard poultry rearing in western Kenya

The graduate poultry keeper

In Homa Bay County, located in western Kenya, poultry vaccinations provide a new lease of life for the indigenous village poultry sector. Spearheaded by the Global Alliance for Livestock Veterinary Medicines (GALVmed), vaccines have transformed traditional indigenous poultry keeping into a thriving enterprise attracting people of all ages due to the improved income it now offers.

James Guma Ojwang is a 26 year old communications and media graduate, and a full-time indigenous poultry farmer. He began rearing indigenous chickens in 2014 at his father’s home in the Wangcheng Location of Homa Bay County. Previously, Guma had worked on short-term contracts as a researcher for Population Services International, Kenya. To earn extra income, Guma decided to rear chickens, which take up little space compared to goats or cows. “The land here is not mine so rearing other animals can be challenging,” he said. Guma began with five chickens, which increased to 94 by hatching the conventional way using a hen and fertile eggs. But his early success was cut short in 2015 after losing 60 chickens to poultry diseases.

Since then, Guma now diligently vaccinates the chickens against Newcastle, Gumboro, and Marek’s diseases. He spends approximately KSh 5,000 (US $49.40) on vaccines over the course of four months’ worth of protection.

Today, Guma has 70 indigenous chickens of the improved Rainbow breed – 15 cocks and 55 hens with 135 six-week-old chicks. He rears his chickens in a metal house built of iron sheets where the chickens stay at night. Chicken mesh fencing extends around a small compound with pawpaw trees where the chickens can roam freely during the day.

According to Guma, regular vaccinations have increased his chickens’ survival and productivity. He vaccinates the chicks at one-day-old, two weeks and up to a month. And Guma enjoys the earnings – in a good month he makes KSh 12,000-15,000 (US $119-148) selling eggs when laying is at its peak. During the 2015 Christmas period and into early January 2016, Guma made KSh 80,000 (US $792) selling 140 chickens at the market. “Chickens, unlike electronics, aren’t liabilities. I earn from them and that’s why I value rearing them,” said Guma. He explains that unlike most youths who spend their money on buying the latest technological gadgets like phones, he would rather have a long-term outlook and invest his money on poultry with guaranteed income returns.

The positive economic impact of rearing chickens means Guma has chosen not to look for other jobs. Instead he sees his poultry enterprise as a viable source of income to provide start-up funding to enable him to expand. In the long-term, Guma plans to supply organic markets with indigenous chickens. “I aim to rear chickens in an organic way to target consumers in that niche market,” said Guma.

The motorcycle-taxi driver turned poultry keeper

Within the same county in Kubuya East Sub-Location, 25 year old Kelvin Odhiambo, a motorcycle-taxi operator (boda boda), also agrees his future has been improved by indigenous chicken rearing. He began rearing chickens in February 2016 after transporting chicken feed to a client’s home and admiring the flock. Odhiambo bought 100 day-old chicks from Kukuchic Breeding Farm in Rakwaro, his hometown, and credits timely vaccinations to all of them surviving to five months old. “I have vaccinated the chicks about five times so far since February,” he said.

Odhiambo consistently vaccinates his chickens against Gumboro, Newcastle Disease and Fowl Typhoid. He also understands how important hygiene is. Before anyone enters the chicken shed, they must wipe their feet in a disinfectant to avoid spreading possible infections. Since he started rearing chickens four months ago, vaccinations and medicines have cost him about KSh 4,000 (US $39). Once the chickens are five to six months old, he will start collecting eggs and sell them locally. Odhiambo aspires to rear 1,000 chickens and quit working as a boda boda operator, which he hopes will happen soon.

Odhiambo rears his chickens in a metallic shed with an adjacent chicken-mesh area. The shed, which cost him KSh 70,000 (US $693) to build including feeders/drinkers, surrounds a small compound with a tree where chickens freely roam during the day. Drinkers with water and feed hang from the tree. Odhiambo feeds the chicken at 8am and 1pm each day. “I value rearing chickens more than cows because in a few months I will get the eggs, but cows take about three years before getting anything from them,” he said.

The pastor turned poultry keeper

For 40 year old Newton Onyango Atela, pastor and father of five, improved indigenous chicken rearing economically sustains a home he runs for 187 disadvantaged children. Survival (and vaccination) of his 1,500-2,000 chickens matters, especially after he lost three-quarters of his 700 chickens to diseases preventable by vaccination in 2014. The chickens are reared free range and roam in a chicken mesh-enclosed compound. There are also iron sheet sheds where chickens stay at night, and the mud huts are used for brooding.

To ensure the chickens don’t succumb to Newcastle, Gumboro or Fowl Typhoid diseases, Onyango vaccinates them every two to three weeks up to eight weeks old. Medication and vaccines cost him up to KSh 15,000 (US $149) every four to six weeks. Hygiene practices are also maintained in the sheds, which have reduced disease outbreaks. “We are very serious on vaccines but we give medicine only when there is a disease,” said Onyango. That has reduced deaths to 2%, which mostly occur in the brooder.

Revenue at Onyango’s 12 hectare farm is generated by bulk sales of chickens to individual buyers or institutions such as colleges. During good months – such as festive periods – chicken sales are worth up to KSh 200,000 (US $1,980) and in bad months are worth about KSh 100,000 (US $990). Buyers also purchase chicks from the farm aged from one day old to over three weeks old. But eggs from the 350-360 layers are for the children in the home. Onyango has treasured chickens since he began rearing them two years ago; at times they have gotten him out of financial difficulties. “I have satisfaction having them. It’s something golden to me,” he says.

The tailor turned poultry keeper

Onyango’s view is shared by 54 year old Hellen Atieno Rudolph who values her flock of 28 improved indigenous chickens above any other possession. She has been a tailor in her hometown of Kakwaro for 20 years and as a tradition, kept local indigenous chicken. Still she never imagined the chickens would out-earn her tailoring business.

That changed in 2014 when, after training by the NGO, Technoserve, in her village, Atieno switched to rearing improved indigenous Rainbow breed chickens. She learned the importance of vaccinating her chickens against diseases like Gumboro, Newcastle Disease and Fowl Pox. Today, with 0.4 hectares, the widowed mother of three earns about KSh 1,200-1,500 (US $12-15) per month from selling a single chicken.

Atieno currently collects five eggs a day and locally sells one egg for KSh 10 (US $0.10). “In a week I can alter and repair one or two dresses but the chickens bring in a lot more than tailoring,” she says. Atieno vaccinates her chickens every three weeks until they are eight weeks old. On her piece of land she also grows groundnuts, maize, millet and vegetables on a subsistence basis. “Most of the food I eat I get from my farm. I don’t rely on buying from the local markets,” says Atieno.

According to a report by the Kenya Institute for Public Policy Research and Analysis, Kenya has about 31.4 million indigenous chickens being reared by farmers in rural areas. Indigenous chickens account for 84.1% of all poultry reared in the country.

Photos and story by James Karuga, WRENmedia correspondent

Produced by WRENmedia for GALVmed