Dr Wendy Talbot BVSc DipECEIM MRCVS, Equine National Veterinary Manager at Zoetis said: “Fast equine faecal egg count results are crucial for the appropriate and timely treatment of gastrointestinal parasites, and to detect the increasingly concerning issue of dewormer resistance in horses.
"This technology is proven to be as accurate at identifying Strongyle spp. and Parascaris spp. as a board-certified parasitologist, delivering fast, reliable and shareable results within 10 minutes.1”
Zoetis says study results have demonstrated the AI capability within the Vetscan Imagyst to be up to 99% in agreement with board-certified parasitologist results1.
This, says the company, allows for rapid identification of high shedders versus low shedders to enable strategic targeted deworming protocols to be implemented.
Reference
The University of Liverpool’s Philip Leverhulme Equine Hospital has installed a standing equine MRI scanner from Hallmarq Veterinary Imaging.
According to the company, information on best worming strategies for foals and yearlings remains largely anecdotal, making it difficult to develop a clear plan for this age group. Zoetis veterinary surgeon Wendy Talbot has therefore reviewed the recent literature to develop an eight-point plan.
Explaining the guidance, Wendy writes:
Foals and yearlings are usually more susceptible to worms than are adult horses because they have had little chance to develop any immunity. They are more vulnerable to related diseases and tend to have higher egg shedding, which increases the risk of infection. The main parasitic culprits in the UK for foals less than six months of age are large roundworms (ascarids). In older foals and weanlings, small and large strongyles, tapeworms (and pinworms) are the main considerations.1 Yearlings may also have a second wave of large roundworm infection at 8-10 months of age.2 Any control strategy will need to take into account the individual circumstances such as stocking density, pasture management and previous disease history.
Guidelines for parasite control in foals suggest a first treatment with fenbendazole at 2-3 months of age, targeting large roundworm, followed by another treatment at 5-6 months. Alternatively, pyrantel may be considered for these doses; however, there may be resistance in some areas and foals with large adult ascarid burdens may be at higher risk of intestinal rupture when this drug is used.4 At weaning (approximately six months of age), it is advisable to perform a faecal worm egg count (FWEC) to determine if treatment for strongyles is also required; the macrocyclic lactone anthelmintics (ivermectin or moxidectin) are expected to have the highest efficacy. At 9 and 12 months of age treatment for stronglyes and a larvicidal dose for encysted stages of small strongyles (moxidectin or a 5 day course of fenbendazole) are indicated. A tapeworm treatment should be included with one of these doses.2,3
For yearlings, two methods have recently been proposed for worm control: the first involves using faecal worm egg counts (FWECs) at more frequent intervals than for adults to guide dosing for strongyles in the grazing season.1 The second suggests three baseline treatments targeting strongyles in spring, summer and late autumn, with FWECs in between to identify and treat any still shedding high numbers of eggs, up to a maximum of six treatments per year.2 Macrocyclic lactones have the highest expected efficacy against small strongyles and should form the basis of treatments; however, pyrantel can be considered for some treatments where it has been shown to have continued efficacy. Both strategies include a larvcidal treatment for encysted small redworm combined with testing or treating for tapeworm in late autumn. The inclusion of one or two doses of a macrocyclic lactone each year (usually already used for small strongyle control) should be sufficient to prevent large strongyle related disease.3
The wide differences in the circumstances of foals and yearlings, together with geographical variations in resistance patterns and a lack of consensus on best practice in this group means it is not possible to define a single approach to a worming plan. An important point to note is that FWECs may give surprising results because higher counts are generally seen in youngstock.
Eight ways to keep clients' youngstock worms controlled:
For further information on worming together with some equine specific CPD visit: https://blog.vetsupportplus.com/
HRH The Princess Royal has opened the Animal Health Trust's new cancer treatment and research facility in Suffolk.
The facility has been purpose-built to treat horses, dogs and cats with cancer. It will also assist in furthering understanding of the disease in animals.
Peter Webbon, Chief Executive of the AHT, said: "2012 marks 70 years of the AHT fighting disease and injury in animals, and the addition of the Cancer Centre is a landmark achievement in our history. We believe this is the first facility of its kind in Europe, purpose-built to treat horses, dogs and cats with cancer. We now have a short commissioning process to undertake but anticipate welcoming the first patients through the doors in early 2013."
The Kennel Club Cancer Centre at the AHT houses a linear accelerator (pictured right) and brachytherapy machine used in radiotherapy treatment, along with a 16-slice CT scanner to aid radiotherapy planning.
The new facility complements the AHT's existing cancer treatment options of surgery and chemotherapy meaning the Suffolk-based charity will be able to offer each and every patient the very best options for their specific case, whatever the diagnosis. With one in four dogs and one in six cats developing cancer at some time in their life the new centre will help many more animals fight cancer.
Peter Webbon, added: "It was thanks to a generous donation from the late Tom Scott, a long-term supporter of the AHT, that we were able to start this development. His donation, along with that from many other AHT supporters, and an interest-free loan of £1.5 million from the Kennel Club has meant this ambitious project has come to fruition so quickly."
It has taken just over a year to build the Cancer Centre which contains more than 2,600 tonnes of concrete and has eight-feet wide solid concrete walls.
On opening the facility, HRH The Princess Royal, President of the AHT, said: "This Cancer Centre is an exciting development at the AHT and will make a real difference for animals with cancer, here and now. It will improve the chances, for many animals, of beating this pernicious disease.
"Countless other horses, dogs and cats across the world with cancer, who will never be seen by an AHT clinician, will also benefit from knowledge gained from research in The Kennel Club Cancer Centre at the AHT."
The AHT has a strong history in cancer research and the Kennel Club Cancer Centre will enhance the charity's well established cancer research programme. Knowledge gained through the treatment of animals in the facility will contribute to the study of cancers, their causes, early diagnosis and treatment, and ultimately hopefully the prevention of some forms of the disease.
Steve Dean, Kennel Club Chairman, said: "I am very proud to be here today to celebrate the opening of the Kennel Club Cancer Centre. Thanks to the expertise available here at the Animal Health Trust, the Cancer Centre will provide advanced techniques for the diagnosis and treatment of cancer, to the benefit of many animals. It is exciting to consider how synergy between the Kennel Club Cancer Centre and the Kennel Club Genetics Centre can help to further the understanding of the inheritance factors that influence the development of cancer."
The scheme uses a traffic light colour system of vaccination reminder stickers which veterinary surgeons can place on the front of passports at each vaccination appointment. If the 6-month pilot is a success, the initiative will be rolled out across the UK in the summer.
BEVA says that despite the best efforts of numerous equine welfare charities to address the obesity issue, a significant proportion of owners are either not recognising obesity in their horses, or not being motivated to take action.
For this reason, the Association decided to try and confront the problem in a different way, using knowledge gained from the Behavioural Insights Team (BIT) – a government think tank specialising in behavioural economics and psychology.
Lucy Grieve, President Elect of BEVA and part of the Association’s obesity campaign working group, said: "Determined to look at new ways to positively engage with horse owners, we harnessed the BIT’s experience of what methods work most effectively and came up with a simple, practical scheme revolving around vaccination visits, which could be affected by vets themselves."
The idea is to use the routine annual or six-monthly vaccination visit as a time to assess a horse’s body condition. After the vaccination is given and the body condition assessed, a colour-coded vaccination reminder is stuck to the front of the passport, both to remind the owner when the next vaccination is due and to start a conversation about body condition.
A green sticker indicates a ‘healthy’ body condition. Amber means the horse is carrying too much fat tissue and needs moderate changes to diet, exercise, management, rugging and clipping regimes. Red implies that the horse is carrying excessive amounts of fat tissue which are placing the horse in morbid danger.
Amber or red stickers provide the opportunity to talk about the potential impact on the horse’s health and what needs to be done.
If there isn't enough time to talk about it during the appointment, the sticker includes a colour-specific QR code which the owner can use to access additional information via their smartphone in their own time.
One of three short, colour-specific videos will explain the reason their horse has been designated the colour of sticker on their passport, leading to a link to more specific advice on what the owner needs to do next. Having swotted up on the background information beforehand, the owner can then discuss the various management options with their vet at a convenient time.
Lucy said: "The first challenge is helping owners recognise when their horse is overweight. Once this has been established then we can make a plan to correct the problem as a team.
"The owner needs to be on board and committed in order to carry out the tough task of reducing the weight of their horse. We hope that owners will be ‘nudged’ by the sticker intervention to consider the information they have been offered and start to tackle the problem before it causes life-threatening disease."
Nine equine veterinary practices were invited to participate in the pilot scheme, including Loch Leven Equine Practice in Kinross. Managing director Liz Somerville said: "We have been focusing on equine obesity for the last couple of years including running a #FitnotFat campaign last year to try to highlight the growing obesity problem in our horses. Unfortunately, it sometimes feels that we are banging our heads against a brick wall so when BEVA came up with a new approach to try and get the message through to our owners it was too good an opportunity to miss."
BEVA says that at the end of the pilot, it will assess how well the project has worked for the vets involved, what proportion of owners used the QR codes, visited the advice pages and sought guidance from their vets.
For more information, visit: https://www.beva.org.uk/Resources-For-Vets-Practices/Clinical-Practice-Guidance/Obesity-in-horses
The objectives of the study1 were to assess the impact of the pandemic on the management of laminitis susceptible horses and ponies, to identify challenges faced in implementing COVID-19 based guidance, and to ascertain areas of decision making and policy development which could undergo improvement in future pandemic or emergency scenarios.
Lead author Ashely Ward, a PhD student at SRUC said: "We discovered that lockdown-associated factors had the potential to compromise the welfare of horses and ponies at risk of obesity and laminitis.
“These included: disparate information and guidance, difficulties enacting public health measures in yard environments, and horses having reduced exercise during the pandemic.
"Our conclusion was that guidelines should be developed for the care of horses and ponies at risk through collaborative input from veterinary and welfare experts. This would help to reduce the negative impacts of future lockdown events in the UK.”
Clare Barfoot RNutr, Marketing and Research and Development Director at Spillers said: “This work carries important recommendations to reduce equine welfare risks during any future lockdowns.
“This summer our primary focus has been on helping horse owners keep their horses at a healthy weight to reduce the risks associated with obesity, in particular laminitis. Until formal guidelines are developed we hope our range of practical advice, available online and via our Care-Line will help, should there be another lockdown."
The study was conducted in tandem with research looking at how the challenges brought about by the Covid-19 lockdown affected horse on the human/animal interaction. The conclusion, disseminated by SRUC last week, concluded that the coronavirus pandemic had a negative impact on the mental health and wellbeing of horse owners. https://www.sruc.ac.uk/all-news/horse-power-helps-owners-through-lockdown
Ridgeway Research Ltd has a surplus supply of short-dated Target IgG kits on special offer.
The kits are to test for passive transfer to foals via colostrum. Each kit contains 20 tests and normally costs £74. They have been reduced to £20 to clear. The use by date is end February 2010.
If you are interested, please email jo@ridgewayresearch.co.uk, or ring 01594 530809 for further information.
Four separate studies are included in the collection, reporting novel risk factors for the disease, identifying key differences between EGS and botulism (questioning the hypothesis that EGS is caused by neurotoxins from Clostridium botulinum), reporting a novel diagnostic technique and showing the value of monitoring weight loss to help predict whether individual horses with chronic EGS are likely to survive.
The publishers say that despite more than 100 years of research, supported predominantly by the The Moredun Foundation Equine Grass Sickness Fund (www.grasssickness.org.uk), the cause of EGS remains unknown. Since it almost exclusively affects grazing horses, a pasture derived neurotoxin is implicated. EGS causes gut paralysis as a result of damage to parts of the nervous system that control involuntary functions. Acute and sub-acute EGS is invariably fatal while around 55% of chronic cases can survive and return to a useful working life. The UK has the highest incidence of EGS in the world; indeed it is estimated that the disease kills between 1 and 2% of horses in the United Kingdom annually. Cases are more common in spring.
In terms of risk factors, the study ‘Equine grass sickness in Scotland: A case-control study of environmental geochemical risk factors’ suggests that the high incidence of the disease in Eastern Scotland may be partly associated with the particular composition of macro and trace elements in the soil in the fields on which horses graze. Further work is required to determine whether interventions to alter concentrations of particular elements in soil could potentially reduce the risk of EGS.1
A second study identified key differences between EGS and botulism, which questions the currently favoured hypothesis that EGS is caused by neurotoxins from Clostridium botulinum, a bacterium which commonly inhabits soil. The study ‘Equine grass sickness, but not botulism, causes autonomic and enteric neurodegeneration and increases soluble N-ethylmaleimide-sensitive factor attachment receptor protein expression within neuronal perikarya’ suggests that EGS is unlikely to be caused by neurotoxins from this bacterium and concludes that further investigation of an alternative cause for EGS is needed.2
While the majority of horses with EGS can be readily diagnosed by experienced veterinary surgeons, some cases present a diagnostic challenge. Indeed the only way to definitively diagnose the disease in a live horse is to demonstrate the characteristic degeneration of nerves within biopsies of the intestine. Unfortunately these biopsies can only be collected by performing abdominal surgery under general anaesthesia. In the study ‘Neuronal chromatolysis in the subgemmal plexus of gustatory papillae in horses with grass sickness’ characteristic degeneration of nerves was identified in small biopsies collected from tongues of EGS horses during post mortem examination. Examination of these biopsies accurately differentiated control horses from EGS cases. While further validation of this technique is required, it could potentially provide a relatively non-invasive method of confirming the diagnosis in a live horse.3
While around 55% of horses with chronic EGS survive, objective criteria for predicting survival of these cases are currently lacking. The study ‘Bodyweight change aids prediction of survival in chronic equine grass sickness’ reported that non-survivors had greater rate and magnitude of bodyweight loss than survivors. Survival prediction curves were published to allow veterinary surgeons and horse owners to use body weight data to help determine whether an individual horse with chronic EGS was likely to survive or die.4
Professor Bruce McGorum, Head of the Equine Section at the Royal (Dick) School of Veterinary Studies & Roslin Institute in Edinburgh, has been leading much of the research. He said: "Given that our recent research suggests that EGS is unlikely to be caused by neurotoxins from Clostridium botulinum we are now moving on to determine whether EGS is caused by ingestion of mycotoxins produced by pasture fungi. We are very pleased that The Horse Trust (www.horsetrust.org.uk) has provided funding for this three-year investigation."
Professor Celia Marr, Editor of the Equine Veterinary Journal said: “While the cause of equine grass sickness continues to evade us, these papers present an optimistic step in the right direction for the eventual prevention of this dreadful disease. It is only with the support of the Moredun Foundation Equine Grass Sickness Fund and more recently that of The Horse Trust that our world-leading veterinary researchers are able to continue to unravel the mystery.”
The EVJ equine grass sickness collection can be downloaded at http://bit.ly/2dC7Drr
References
The new resources include the Equine Veterinary Journal’s (EVJ) publication of BEVA’s Primary Clinical Care Guidelines on wound management in horses together with BEVA’s first ever digital CPD course: 'How to Heal Wounds – a masterclass for vets and vet nurses'.
The new guidelines cover three key areas: wound lavage and topical treatments; wound debridement and closure and therapeutics for wound healing.
Sarah Freeman, who led the project, said: "These guidelines are aimed at the vast majority of our membership who are primary care practitioners. Topics covered are voted for by BEVA’s panel of specialists and represent a benchmark in time against the strength and weakness of evidence that support it."
The wound management guidelines follow BEVA’s recommendations on the safe use of analgesia in horses, which were published earlier this year.
BEVA’s new online course: 'How to Heal Wounds' is aimed at mixed and equine practitioners and veterinary nurses who encounter wounds in horses.
Led by Dr Patrick Pollock BVMS, PhD, CertES(Soft Tissue), DipECVS, FHEA, FRCVS along with teaching from leading names including Professor Derek Knottenbelt OBE, BVM&S, DVM&S, DipECEIM, MRCVS, Dr Dylan Gorvy BSc, BVSc, PhD, CertES(Soft Tissue), DipECVS, and Ms Georgie Hollis BSc it will provide key concepts of wound physiology and introduce new treatment ideas and modalities designed to optimise wound healing.
Tim Mair Chair from BEVA’s Education Committee said: “This course is an absolute masterclass for vets and vet nurses. It contains 12 on-demand recorded lectures, together with the opportunity to attend up to three live discussions with the speakers. The final live discussion will provide the opportunity for the delegates to trouble shoot with our speakers after being able to go and practice the skills and knowledge learnt on the course.”
The course will be available from August 2020. It will cost £65 for BEVA members (£130 for non-members), which includes access to course resources for up to a year – meaning if they can’t attend a live discussion, they can watch it later.
Photo: Dr G Quinn.
The BEVA Trust is the Association’s philanthropic arm and in 2015 members decided that it should provide support for voluntary projects to help improve knowledge and welfare.
Since then volunteers have been rolling up their sleeves to help out with castration and welfare clinics in the UK and veterinary training schemes around the world.
Over the past 12 months a total of 42 vets and vet nurses have volunteered their time at seven BHS Education and Welfare Clinics throughout the UK.
They have helped microchip, passport, vaccinate and castrate horses recognised by Welfare Officers as needing help.
So far 598 horses and ponies have received passports and 302 been castrated.
The Trust has seen a further ten volunteers travel across the globe, working on projects in Cambodia, the Gambia, Honduras, Kiev, Nicaragua and the Ukraine.
BEVA President Vicki Nicholls said: "We thank all of the volunteers that make our Trust such a success, with special mention to Luke Edwards from the University of Liverpool and Alice Horne from Ddole Road Veterinary Clinic who have both volunteered at four clinics. We must also remember the good work of our industrious BEVA Council members and our excellent speakers at Congress this September, who are all volunteers."
For further information on BEVA Trust volunteer projects email lara@beva.org.uk to be added to the BEVA Trust mailing list.
Six individuals have been announced as the winners of the second annual Ceva Animal Welfare Awards, honoured for their contributions to the prevention and reduction of animal welfare problems in the UK and abroad.
All winners were originally nominated by friends, colleagues or family. The judging panel consisted of panel chairman and veterinary surgeon Chris Laurence MBE, Ross Tiffin of the International Cat Care (formerly the Feline Advisory Bureau), Dennis Baker, OBE, Chief Executive at Wood Green, the Animal Charity and media vet, Joe Inglis. Marc Abraham also assisted in the Volunteer categories.
Dr. Pascal Raoul, Ceva's Head of Global Pharmaceuticals, said: "Ceva is delighted to host these Animal Welfare Awards as they help to highlight the incredible affection and care that people have for animals. With 6 billion people living in megacities in the future, companion animals will often be their major link to nature. The benefits that animals have on improving human health are well documented; in turn we all have a duty to protect them and this evening we have seen some of the best examples, from professionals, members of the public, young and old as to how that should be done."
Timothy Phillips, a Plymouth-based vet from the Elm Veterinary Group (above right), was awarded the Chris Laurence Vet of the Year Award for his 15 years of charitable work in the Greek Islands with Friends of the Strays of Greece. Tim performs surgeries and other treatments, helping to establish a re-homing system, with dogs fully vaccinated and declared healthy by the vets before being flown out of Greece.
Veterinary Nurse Scott Parry of Bridge Veterinary Surgery was awarded Welfare Nurse of the Year for his work with the RSPCA's Brent Knoll Animal Centre. Scott has spent hours of his own time raising funds and helping with the rehabilitation of a number of traumatised dogs. He also recently assisted in an RSPCA visit to a travellers' camp to vaccinate more than 50 dogs following an outbreak of Parvo Virus on the site.
Other award winners included Logan McKerron, aged 6, who was awarded Young Person of the Year for his fundraising for Hearing Dogs for Deaf People; Kim Taylor, co-founder of the charity Animal Care Egypt, was awarded the Charity Professional of the Year accolade for her work setting up a large animal hospital helping more than 26,000 animals every year; Faye Stacey of People4Ponies in Devon was awarded the UK Volunteer of the Year Award for the large part she has played in stopping ear cutting, notching and tagging of equines in the UK; Jen White has been named International Volunteer of the Year for her work with the Gambia Horse and Donkey Trust.
The invaluable work done by equestrian vets in the UK is to be recognised with a new award sponsored by leading equine insurance provider Petplan Equine at the Animal Health Trust Awards in November. The ‘Petplan Equine Vet of the Year' award people's vote will reflect the huge contribution made by vets to the equine community.
Owners and riders will be able to nominate their equine vet for the award if they feel that they are deserving of the recognition that this accolade would bring. Veterinary practice personnel are also encouraged to nominate a colleague who they feel has gone beyond the call of duty. Leaflets have been sent to practices across the UK outlining how to nominate and people can also register through the Petplan Equine website www.petplanequine.co.uk. A short list will be drawn up from the nominations received and an independent panel will decide the winner, who will receive his or her award at the Animal Health Trust Equestrian Awards in London on November 6th 2008.
This year marks the 20th anniversary of the Animal Health Trust Equestrian Awards, which recognise the outstanding achievements made by horses, riders, owners and trainers throughout the equestrian world. This milestone coincides with Petplan Equine's 20th anniversary and, since 1994 when the Petplan Equine Charitable Trust was founded, it has raised over £5 million, almost £500,000 of which has been donated to the AHT to fund research and development.
Jo Whitaker of Petplan Equine says: "It has been a privilege to be involved with the AHT Awards over the years and we look forward to this exciting 20th anniversary year. Petplan Equine has sponsored the Eventing Award for the past three years but this new award will recognise the commitment and hard work of people within the equine veterinary profession and the service they provide to horse owners. Horse welfare is paramount at Petplan Equine and we are committed to promoting responsible horse ownership, through our wide range of policies, our charitable contributions and our Horse Handbook. This award will give the equine community the opportunity to acknowledge and celebrate the vet who has made the most outstanding contribution to the care of horses."
To nominate go to www.petplanequine.co.uk. The closing date for nomination is 3rd October 2008.
The London Fire Brigade has donated a life-size horse model to the Royal Veterinary College, to be used for student training.
The donation is in recognition of 11 years large animal handling training that the RVC has given firefighters from the London Fire Brigade.
The model horse has been named "Fireman Sam" by the students. Fireman Sam was officially presented to Vivienne Heys, the member of staff who organised and participated in the training throughout the entire 11 years, and to student trainers Vikki Wyse and Emma Howson, by London Fire Brigade Group Manager Andy Cane, Station Manager Mark Spier and Watch Manager Jim Wennell .
Andy Cane said how valuable the training has been for the London firefighters and how much the crews have enjoyed their visits to the Royal Veterinary College.
Vivienne emphasised that this programme would not have been possible without the students who have given their time on Wednesday afternoons to help firefighters learn the skills required when working with horses and cattle, and she also praised the staff who have volunteered their time and skills to keep this programme running for 11 years.
The charity will be carrying out a study about the disease in collaboration with the Universities of Liverpool and Nottingham. However, because funding for research is limited, and because researchers want it to answer questions around PPID that owners and veterinary surgeons actually want to know, they are asking for your suggestions.
The AHT says that it wants to provide owners and vets with practical and applicable advice that will improve the wellbeing of their horses, based on scientific evidence. So whether that’s a question around how the disease is diagnosed, the best way to treat it or what the long term prognosis is, now is your chance to have your say.
If you own or care for a horse/pony with PPID or are a veterinary surgeon that treats them (or you have done in the past) please visit: www.aht.org.uk/PPID, to take part.
If you have any questions, contact the Project Investigator Becky Tatum by email: becky.tatum @aht.org.uk or by telephone: 01638 751000 Ext. 1241
The British Veterinary Association has welcomed the European Commission's Action Plan on Antimicrobial resistance (AMR), launched yesterday on the eve of European Antibiotic Awareness Day.
The Action Plan sets out 12 actions:
However, the association has expressed concern that the Commission has given only qualified support for new antimicrobials for veterinary use. Carl Padgett, President of the BVA, said: "There is much to be applauded in this action plan. In particular the BVA supports the calls for more and better coordinated research, more responsible use of antimicrobials in human and veterinary medicine, and the development of diagnostic tools to quickly and accurately identify the right drug for the right bug.
"The use of antimicrobials in the treatment and control of animal diseases is essential and the BVA supports the strong messages in this plan. Any option for managing AMR must be firmly rooted in sound scientific assessment of the risk.
"While the report recognises the difficulties that have led to the hampering of research into new antimicrobials for veterinary use, we are concerned that there is only qualified support from the Commission for the development of these new medicines for animal use.
"Research into new antimicrobials should be supported in both human and veterinary medicine. We need to ensure the creation of a more predictable regulatory environment to encourage new products for animals to be brought to the market.
"Finally, while the BVA supports the need for a new regulatory framework any new regulations must not impede the ability of veterinary surgeons to prescribe and dispense medicines according to their clinical judgement."
Meanwhile, Jill Moss of the Bella Moss Foundation added her voice to those calling for responsible use of antibiotics, highlighting recent research from the Royal Veterinary College that has established a clear link between pets with MRSA infection and human hospital-associated MRSA. What is less widely recognised, she says, is that resistant bacteria can be passed from human to animal.
The charity is now calling on health and veterinary professionals to work together to achieve a reduction in resistant infections by raising awareness and promoting the responsible use of antibiotics.
Horiba UK is to launch Gluco Calea, a new handheld blood glucose meter developed and calibrated for monitoring sugar levels in the whole blood of cats, dogs and horses, at BSAVA Congress this year.
Horiba says the new product is highly accurate and easy-to-use for the assessment of Type 1 and Type 2 Diabetes Mellitus in animals. It is also designed to be used both in veterinary practice and at home for regular monitoring and subsequent treatment optimisation.
The Gluco Calea uses disposable test strips that can measure glucose from 0.5 µL of capillary whole blood. In addition, its memory will store 300 test results and display blood glucose averages for 7, 14 and 30 days.
Paul Lymer, Veterinary Market Specialist at Horiba said: "Using a meter calibrated for humans when measuring animal blood glucose may result in inaccurate readings and an underestimation of blood glucose. This is because animals and humans have very different blood compositions, notably the concentration of glucose in blood plasma is significantly higher in animals. Therefore, it is essential to use a blood glucose meter specifically developed for animals such as the Gluco Calea."
Horiba is also highlighting 'Gold energy plus liquid sugar', its new vanilla-flavoured gel for hypoglycemia in small animals. The company says it is easy to give, rapid acting and highly effective over a long period.
For more information and a special offer whereby you can claim a free Gluco Calea meter with every purchase of 50 test strips, visit stand 505 at the BSAVA Congress, or www.horiba.com/uk/medical/products/animal-healthcare.
Novartis Animal Health has announced that it will begin marketing and distributing Adequan Equine in the UK from January 2011.
According to the company, Adequan Equine offers equine veterinarians a proven intramuscular treatment option for equine degenerative joint disease, also known as non-infectious arthritis or osteoarthritis. The product is licensed in the UK for the treatment of lameness in horses due to traumatic or degenerative aseptic joint disease and acute superficial digital flexor tendonitis. This is a critical treatment area since equine degenerative joint disease is estimated to cause up to one-third of all equine lameness cases1. It most commonly affects the hocks and coffin joints with the most severe effects on the high-motion knee and fetlock joints.
Esther Rawlinson MRCVS, Global Technical Services Manager for the Novartis Animal Health Companion Animal Business in the Therapeutics & Equine areas said: "Adequan Equine is a leading joint treatment for horses and is widely used by veterinarians in the equine sport industry. Adequan Equine reduces pain and lameness in horses while at the same time stimulating cartilage repair.
Adequan Equine 100mg/ml solution contains polysulphated glycosaminoglycan for intramuscular injection. It is a chondroprotective, meaning it inhibits the breakdown of cartilage in diseased joints while at the same time supporting its repair.
Adequan Equine works by blocking the destructive enzymes formed in the joint as a result of inflammation while stimulating the production of hyaluronic acid to restore the synovial fluid, and the synthesis of cartilage building compounds.
Super early bird tickets are available till 28th May.
Rose’s programme recommendations are:
BEVA Congress programme will be embracing the overarching theme of “use it wisely or lose it forever”, chosen by BEVA President Bruce Bladon.
Bruce said: “Antibiotics is an issue which goes so far beyond equine practice and is one of the genuine threats to humanity.
"We must use these precious and finite resource wisely, or, quite reasonably, regulators will prevent us having access to them.
“But this theme resonates further, to the “social licence” which threatens the future of equine sport.
"Rather than platitudes about horse welfare, we now need to show the positive steps we can take to minimise equine injury.
"We need to be developing screening programmes and to be instrumental in safety programmes.
"Otherwise, we may lose equestrian sport forever.”
Individual super early bird BEVA members prices for a three-day pass are £539 for vets for all three days (with concessionary available for those in their first three years of graduation or earning less than £25,000).
Day tickets and practice passes are also available.
Super early bird ends on 28 May 2025.
http://www.bevacongress.org
MSD Animal Health's equine division has launched a new series of materials to support its Keeping Britain's Horses Healthy Campaign.
For veterinary practices, there's a Vet Reception Pack designed to help receptionists educate owners why they should vaccinate and the benefits of preventive healthcare.
For yards, there are posters giving guidance and advice on prevention of Infectious Respiratory Disease and the steps which should be taken to control a potential outbreak. They can be tailor made for an individual yard.
Peter Young, MSD Animal Health Equine Business Manager said: "Our first wave of support materials focused very much on equine vets and owners - helping raise awareness of the importance of preventive healthcare and driving owners towards vets for advice. This phase of materials helps support yard owners and receptionists, aiming to fill some of those communications gaps where advice and guidelines on individual horse's vaccination requirements and yard protocols can play a vital role in preventing the spread of disease and controlling outbreaks."
Keeping Britain's Horses Healthy is a national campaign to educate horse owners on endemic infectious disease, vaccination, herd immunity and the importance of preventative healthcare. It includes a range of educational materials for veterinary surgeries and direct to owners. The campaign is supported by a national PR, advertising and social media programme, together with a dedicated website www.healthyhorses.co.uk. The website, aimed at driving owners back to their veterinary practices, includes a vet finder, exclusively for equine practices, and healthcare information.
For full details of the launch programme, talk to your account manager, call 01908 685685 or visit www.healthyhorses.co.uk.
Pfizer Animal Health, maker of the equine wormers Equest & Equest Pramox, has launched Stable Mate, a new app to help horse owners manage their daily equine healthcare regime and get maximum enjoyment from their horse.
Pfizer says the new app has been described by testers as 'undoubtedly the best equestrian electronic management system you could wish for'. It includes an organiser in which to keep horses' records and details of their management requirements. It also includes Track My Ride, a GPS mapping and exercise planning service, and a news feed direct from Horse & Hound.
Stable Mate allows users to keep records for up to six horses on their iPhone. They just need to enter the information needed to keep track of each horse's health routine, including worm control, vaccinations, dentistry, farriery and feeding regime. The app then creates a calendar of events, appointments and reminders designed to make it easy for owners to keep their horse's essential healthcare needs on course.
Records can be passed to a yard manager or friends when the owner goes on holiday, making a temporary transfer of care straightforward. Stable Mate also offers general equine health advice, from the essentials of pasture management to understanding vaccination protocols.
Track My Ride is a GPS navigation system that allows owners to map the route, duration and speed of each ride. Pfizer says it's a great device for planning and monitoring exercise programmes, that owners can use it to explore new hacking routes safely and that they'll never have to worry about finding their way back to their horse box again when hunting or doing a long distance ride. Details of each ride are stored in a history log and can be shared with friends through social media.
Paul Blanc, Pfizer's equine brand manager said: "We have tried to develop an app that is all about the horse and their owner, making it as easy as possible for owners to keep their equine health care on track as well as add to the fun and pleasure with their horse. Stable Mate has well and truly surpassed our expectations. We hope that owners and riders find Stable Mate useful and enjoyable."
Stable Mate is currently available only for iPhone with Android and Blackberry coming soon.
Stable Mate is available free from the iPhone App Store http://itunes.apple.com/us/app/stable-mate/id532341393?ls=1&mt=8. To find out more visit www.wormingyourhorse.info.
Academics from the University of Bristol's School of Veterinary Sciences and the neurology team at Southmead Hospital Bristol have published the results of study examining the use of percutaneous electrical nerve stimulation (PENS) therapy as a treatment for headshaking syndrome in horses.
The authors say that the condition, a neuropathic facial pain syndrome, often leaves affected horses impossible to ride and dangerous to handle, and can result in euthanasia. At present there are no consistently safe and effective methods for the treatment of headshaking in horses, and the condition is estimated to affect between 10,000 and 20,000 horses in the UK.
The study, which is published in the Equine Veterinary Journal (EVJ), aimed to discover whether PENS therapy, developed by Algotec Research and Development Ltd, is safe, effective and sustainable for the management of trigeminal-mediated headshaking in horses.
Seven horses diagnosed with trigeminal-mediated headshaking were recruited to the trial. All procedures were carried out in sedated horses with a needle-prick sized area of skin desensitised with local anaesthetic to help probe insertion. A disposable PENS probe was placed just beneath the skin adjacent to the nerve under ultrasonographic guidance. The nerve was stimulated for 25 minutes following a protocol of alternating frequencies and a perception threshold based on human clinical data. The probe was removed and the procedure repeated on the other side. Three or four treatments were used during the protocol, with treatments being repeated when signs of headshaking recurred.
All horses tolerated the procedure well. Three horses developed a haematoma at the site on one occasion and two had increased clinical signs for up to three days following first treatment. Six horses responded well after the first treatment and returned to ridden work at the same level before headshaking began. Five horses continued to respond to further treatment.
Veronica Roberts, Senior Clinical Fellow in Equine Medicine in the University's School of Veterinary Sciences, who led the study, said: "Headshaking in horses is a major welfare issue and can be a significant cause of distress.
"Although it is clear that further work is required, including increasing the number of cases and refining the treatment procedures, the study shows that PENS therapy should be the first-line treatment for trigeminal-mediated headshakers, which have failed to respond to conservative treatment, such as nose-nets."
The British Equine Veterinary Association (BEVA) is urging veterinary surgeons to be on the lookout for outbreaks of Atypical Myopathy (AM) this spring.
Atypical Myopathy is a serious muscle disease found in the UK and Northern Europe. It is linked to horses eating the seeds from trees in the Acer family, including sycamore and box elder. There were more than five times as many cases of AM last autumn than in the previous year and experts have warned that the disease tends to occur more frequently in the spring following an autumn surge, possibly because of the growth of seedlings. The prognosis is poor, with survival rates of less than 25%. Early diagnosis is essential to give the best chance of survival.
Horses that develop AM are usually kept on sparse pastures, near trees from Acer pleudoplatanus (sycamore) or Acer negundo (box elder, pictured right) that shed seeds containing the toxin hypoglycin A. They are often not fed any supplementary hay or feed and may be driven to browse on an accumulation of dead leaves, dead wood and trees in or around the pasture but sometimes well-fed animals are affected. While the tree seeds may not be directly palatable, horses on poor quality grazing may ingest considerable numbers of them.
The clinical signs of AM may include muscle weakness or stiffness, colic-like symptoms, laboured breathing, dark red-brown urine, recumbency or even sudden death. Often the disease will present as an outbreak. Confirmation of diagnosis is by a blood or urine test. The toxin directly targets aerobic energy metabolism so therapy should be targeted at promoting glucose metabolism and provided fluid dieresis.
Preventative advice for horse owners includes:
Professor Celia Marr, Partner at Rossdales, Newmarket, European Specialist in Equine Internal Medicine and Editor of Equine Veterinary Journal said: "New, collaborative research, instigated last year between the University of Liege, the Irish Equine Centre and the Animal Health Trust should shed more light on the characteristics of the disease in this country. Once we know more about the specific causes we should be able to make more positive progress with prevention strategies."
BEVA has provided free online access to two articles from the journal of Equine Veterinary Education on the disease for all vets to help them address the threat.
Volume 25, Issue 5, pages 264-270, May 2013
Management of cases suffering from atypical myopathy: Interpretations of descriptive, epidemiological and pathophysiological findings. Part 1: First aid, cardiovascular, nutritional and digestive care (pages 264-270) G. van Galen and D -M Votion.
Volume 25, Issue 6, pages 308-314, June 2013
Management of cases suffering from atypical myopathy: Interpretations of descriptive, epidemiological and pathophysiological findings. Part 2: Muscular, urinary, respiratory and hepatic care, and inflammatory/infectious status (pages 308-314) G van Galen and D - M Votion.
A research project funded by equine charity The Horse Trust has succeeded in killing equine sarcoid cells in vitro by silencing a gene in the virus that causes sarcoids. The researchers are now hoping to obtain funding for clinical trials using the new technique, which could result in a more effective, non-toxic treatment for sarcoids.
Sarcoids are skin tumors caused by infection with the Bovine Papillomavirus (BPV). They are the most common type of tumour found in horses - the estimated prevalence in the UK is 6-7%. Although the disease is rarely life threatening, many horses with sarcoids are euthanased because the condition is untreatable or because the horse is unsellable. Currently there is no universally effective treatment for sarcoids and if treatment fails the sarcoids will often come back worse.
However, research that was given funding by The Horse Trust offers a potential ray of hope for owners of horses affected by sarcoids. The research was published in Virus Research journal earlier this year.
The research, which was led by Professor Lubna Nasir of the University of Glasgow, found that by inhibiting the activity of a particular viral protein within sarcoid cells, the amount of viral DNA in the cells reduced. This led to a reduction in the growth of the sarcoid cells and caused the cell to die by Programmed cell-death (PCD). The researchers believe that PCD occurs because the sarcoid cells become reliant on the virus.
Professor Nasir said: "This could potentially be a major breakthrough in the treatment of sarcoids. We are now seeking funding to use this technique in clinical trials on horses that have sarcoids."
The research team inhibited the activity of a viral protein called E2, which is needed by BPV to replicate. They used a novel approach termed 'gene silencing' to suppress the activity of the gene that codes the E2 protein. The research was carried out in vitro on fibroblast cells, which had been cultured from sarcoid tissue removed from animals during surgery.
As this research was carried out in vitro, the researchers will now need to see if they can replicate the results in vivo, by developing a way of targeting the sarcoid cells in horses.
"One of the challenges with gene silencing is administering it within clinical setting - as you need to get molecules into every cell. As sarcoids are on the surface of a horse, we think administration should be relatively easy - potentially by injecting or applying a cream to the sarcoid," said Professor Nasir. "If we are able to successfully develop this technique it would be a non-toxic and easy to administer treatment for horses affected by this distressing condition."
Nasir's research could also have an impact on the treatment of lesions in cattle, which are also caused by BPV. Around 50% of cattle in the UK are estimated to have lesions. It may also help with the treatment of Human Papillomavirus (HPV) infections in humans. HPV, which is similar to BPV, can lead to various cancers in humans including cervical and vaginal cancer.
Paul Jepson, Chief Executive and Veterinary Director of The Horse Trust said: "We are really excited that the research we have funded could lead to a major breakthrough in the treatment of sarcoids."
A debate held at BEVA Congress last month ended with more than 70% of voters disagreeing with the motion: this house believes that new vet schools will benefit equine veterinary practice in the UK.
The result reflects a recent industry survey indicating that up to five times as many veterinary graduates may be seeking work in equine practice as there are jobs available.
Chris Proudman, founding head of Surrey University's new School of Veterinary Medicine and Mark Bowen, Associate Professor of Veterinary Internal Medicine at the University of Nottingham's School of Veterinary Medicine and Science, advocated that new UK vet schools are important for the advancement of the profession.
Mark Bowen said: "New UK vet schools will benefit the profession by improving the standards of veterinary education and creating what the consumer wants." He argued that new schools would help improve teaching methods and clinical training, while the resultant smaller class sizes would provide greater opportunities for hands on training. Competition would also help to drive up standards and inspire other universities to instigate much-needed changes such as focusing on quality of teaching rather than research.
Chris Proudman emphasised the flexibility of a new vet school to be progressive and innovative in both curriculum design and teaching delivery. He said: "Designing a curriculum from scratch allows novel approaches to partnership working and to the One Health agenda. New schools can deliver veterinary graduates better equipped with the skills and knowledge to be the veterinary leaders of the future."
The proposers also reasoned that if school leavers cannot find a place in a UK vet school they can now attend English language veterinary schools in universities across the EU, many of which do not have European accreditation to ensure standards of education. Therefore the increase in numbers of veterinary graduates is irresistible and the authorities can only influence the numbers trained in the UK and govern the high quality of teaching that is provided in the UK.
Alastair Welch, a partner at Donnington Grove Veterinary Group in Berkshire and Lucy Grieve, vet at Darley Pre-Training in Newmarket, staunchly countered the motion. They maintained that new vet schools would have a detrimental impact on the industry over the longer term and that their introduction demonstrated a slackening of the RCVS's management of the profession.
Alastair said: "Both anecdotal and empirical data suggest that becoming a horse vet has never been harder. The seemingly endless supply of hard-working, well-qualified school leavers determined to become equine vets provides universities with a reliable income stream for years to come but at what cost? I remain to be convinced that we will not end up educating veterinary graduates who cannot find a position in their intended career."
Lucy contended that it was irresponsible and immoral to allow individuals to commit five or six years, and tens of thousands of pounds, towards a veterinary career without them first being made aware of the limited opportunities available in very popular sectors of the profession such as equine practice.
Paul Jepson, President of BEVA, said: "With more than 70% of voters opposing the motion there is clearly a discernable level of disquiet amongst BEVA members about the current job market in equine practice and the further dilution of opportunities that increased numbers of graduates will create."
To help address the growing challenges faced by new graduates BEVA has recently introduced an Internship Awareness Programme (IAP). The scheme aims to help students and vets navigate the opportunities available as an intern and helps equine veterinary practices to find the most suitable employees for their practice.
You should be able to view the debate here: http://www.fsmevents.com/beva/congress13-session34. If not, the debate can be viewed on the BEVA website by following these instructions. Click the Webinar tab. Then click register. Then complete the £0 transaction and you will be able to access the free webinars. Select 'Free sessions' (Click the + symbol). Select 'Current Affairs: New vet schools - supply and demand?'
It was the only organisation from the veterinary profession to be shortlisted.
The Antibiotic Guardian Awards were introduced this year by Public Health England (PHE) and aim to champion UK organisations and individuals who have demonstrated achievement in tackling antimicrobial resistance at a local, regional or national level.
BEVA first launched its Protect ME antimicrobial campaign in 2012 to coincide with European Antimicrobial Awareness day. The Association has launched additional resources each year to facilitate compliance and educate the public about the importance of antimicrobial awareness.
Mark Bowen, President of BEVA and co-author of the Protect ME toolkit, said: "It is a great achievement for a veterinary organisation to be recognised alongside the human health sector which invariably has significantly more resources to support antimicrobial stewardship. Protect ME has had a fantastic uptake from the equine profession and are proud of the impact that it is having. BEVA is grateful to all who have contributed to its success, especially Wendy Furness and Jacky Paton of the Scarsdale veterinary group, Derby who trialled it prior to launch and adopted it fully within the practice."
The BEVA Protect ME toolkit is free to BEVA members and can be downloaded at www.beva.org.uk.