Public Health England has released figures showing that the number of people testing positive for Lyme disease was up over 30% in the period July to September 2015, from 300 lab confirmed cases to 421.
The figures are being highlighted by MSD Animal Health, organisers of the Bravecto 'Big Tick Project', a campaign to raise awareness of tick-borne disease amongst vets and pet owners.
The TV presenter and naturalist Chris Packham said: "The rise in the number of confirmed cases of Lyme disease in the UK reported by Public Health England suggests the need for greater awareness of this damaging illness. Vets have a huge part to play in educating pet owners.
"As well as highlighting the risks that ticks present to both human and companion animal health we need to be more alert to the signs and symptoms of tick-borne disease and the sensible steps we can all take to protect ourselves and our animals.”
Professor Richard Wall who has led Bristol University’s Big Tick Project team said: "Given the reported increase in cases of Lyme disease, the results of the Big Tick Project study will help us to understand these changes both in terms of the longer seasonal activity of ticks and their increasingly widespread geographic location and could have important implications for both human and animal health by quantifying the diversity and prevalence of the pathogens they may be carrying."
According to the NHS around 2,000 to 3,000 people in the UK are affected by Lyme Disease each year but charities campaigning for greater awareness of the disease suggest this could be as many as 15,000.
Growing concern over the rise in the tick-borne infection has prompted Government ministers to set up a network of regional experts to help diagnose and treat the problem.
Last autumn, Health Minister Lord Prior told a House of Lords debate: "Some patients suffer debilitating illness with symptoms that persist after treatment for several months or longer."
Lord Prior revealed that the Department of Health is to set up a network of experts around the country to support GPs and hospital staff, most of whom have never seen cases of the disease. The increase in the disease is being blamed on rising numbers of tick populations which are active for longer due to climate change, a rise in numbers of wild mammals such as deer that host them.
The clinical signs of Lyme disease in dogs include recurrent lameness due to inflammation of the joints. Sometimes the lameness lasts for only three to four days either in the same leg or in other legs and the joints may be swollen, warm, and painful. In some cases, kidney failure may occur and the dog may exhibit such signs as vomiting, diarrhoea, lack of appetite, weight loss, increased urination and thirst.
Public Health England (PHE) is urging veterinary surgeons, nurses, other healthcare professionals and the public to become Antibiotic Guardians by visiting antibioticguardian.com and pledging to make better use of antibiotics, to help make sure they work now and in the future.
The website first asks users to choose whether they would like to make a pledge as a member of the public or as a healthcare professional or leader.
Those who pledge as a Healthcare Professional > Veterinary Practitioner can select one of the following pledges:
Those who pledge as a member of the public can elect to do so as an adult, a family member, a pet owner or a farmer.
The available pledges change according to category and those who respond will be asked if PHE can follow-up to confirm they did keep their pledge.
The campaign forms part of activities that support European Antibiotic Awareness Day (EAAD). Dr Diane Ashiru-Oredope, Lead for EAAD 2014 at Public Health England, said: "Everybody can help to tackle antibiotic resistance and we really urge people to help us do this. There is a lot to be done but we can start by making inroads into inappropriate prescribing.
"There are 2 elements to this. One is that we need patients to not always expect to receive an antibiotic for those self-limiting illnesses which are typically caused by viruses. This generally includes those where the symptoms include coughs, runny noses, muscle aches and fever. And the other is for GPs not to feel pressurised into prescribing antibiotics when they aren't really necessary.
"Community pharmacists and their teams also have a key role and should be seen as the first port of call for many winter illnesses caused by viruses. They can also help to manage patients' expectations by explaining the normal duration of these symptoms, what warning signs to look out for and providing effective over the counter treatments that will help relieve the symptoms.
Nicholas Brown, President at the British Society for Antimicrobial Chemotherapy (BSAC), said: "Recently published research in BSAC's Journal, Journal of Antimicrobial Chemotherapy, confirms that despite government recommendations to reduce prescribing for viral illnesses there are still many GPs who do this. Of course GPs don't want their patients to feel unwell but there are many medicines which are available over-the-counter which can really help to reduce symptoms and make people feel better.
"We want to encourage everyone to self-treat as much as possible when it is safe and appropriate to do so. By using antibiotics only when they are needed we can all help to make sure that we keep our antibiotics working for everyone in the future.
"Antibiotic resistance is one the biggest threats to public health and PHE is delivering 4 key aspects of the 5-year UK strategy to help combat antibiotic resistance. These are improving infection prevention and control practices to reduce the number of infections in patients; optimising prescribing practice, improving professional education, training and public engagement and enabling better access to and use of surveillance data."
Children learn lots of important lessons about life, sickness and death from animals and veterinary practitioners. There seems to be an important role here for the profession to educate adult animal owners why antibiotics need to be used carefully both in pets and in humans.