RabiesRabies occurs in warm-blooded mammals and is transmitted to humans, most often by a bite or scratch from an infected animal, usually a dog
Rabies is a viral disease transmitted to humans usually by a bite or scratch from an infected animal (usually a dog).
The disease is preventable if the correct post-exposure treatment (PET) is provided quickly.
Accessing correct PET can be challenging in some countries.
Rabies cases are rare in travellers but animal bites and scratches are not, travellers should be aware of the risk and know what to do if they are bitten or scratched.
Rabies is almost always fatal once symptoms appear.
Pre-exposure rabies vaccines are recommended for some travellers.
Rabies is viral zoonotic encephalitis caused by a lyssavirus infection. Rabies viruses belong to the Mononegavirales order of the Rhabdoviridae family and genus Lyssavirus. After exposure, the virus replicates in muscle tissue and spreads via the peripheral nervous system to the spinal cord and the brain. In the brain, the virus replicates and disseminates rapidly, via the nervous system, to many different tissues, including the salivary glands. Death occurs due to neuronal dysfunction at the molecular level .
Rabies is present on all continents, except Antarctica, with over 95 percent of human deaths occurring in the Asia and Africa regions . Rabies occurs in warm-blooded mammals (both domestic and wild) and is transmitted to man, most often by a bite or scratch from an infected animal, usually a dog. Rabies can also be transmitted when body fluids from an infectious animal (usually saliva) come in to contact with mucous membranes (e.g. on the eyes, nose or mouth) or broken skin .
Survival is extremely rare, rabies is almost invariably fatal, but it has been documented in 15 cases, albeit with severe sequelae in most of those cases [1, 3]. In all but one case, the survivors received one or more doses of rabies vaccine before the onset of clinical rabies .
Rabies is preventable if the correct post-exposure treatment (PET) is provided quickly. Tragically, many people fail to access this treatment. Human rabies cases are often unreported, so it is difficult to provide reliable figures on global incidence . However, dog-mediated rabies is estimated to cause 59,000 human deaths annually [1, 3, 4]. Children are at particular risk; approximately 40 percent of all people bitten by suspected rabid animals are children under 15 year old [1, 2]. Owing to their size and stature, children are often bitten around the face or head . Bites in this area are expected to have a shorter incubation period (the time between infected animal bite/scratch and rabies symptoms appearing) .
Rabies is not common in western travellers. The World Health Organization (WHO) describes it as a neglected tropical disease predominantly affecting poor and vulnerable populations in remote rural locations . However, it has been estimated that 0.4 percent of travellers have experienced an at-risk bite per month of stay in a rabies-endemic country . It is important that travellers visiting rabies endemic areas are aware of the risk and know what to do if they are bitten or scratched. PET can be expensive and difficult to obtain in some areas .
Rabies exists on all continents except Antarctica . Information and vaccine recommendations for individual countries can be found on our Country Information pages.
The risk of human cases is highest in countries where the virus circulates in dogs  and in up to 99 percent of cases, dogs are responsible for transmission to humans [1, 2].
According to the World Health Organisation (WHO) more than 95 percent of human cases occur in Africa and Asia  mainly in rural communities where measures to prevent dog to human transmission have not been implemented . Cost and limited availability of PET in some countries contributes to high mortality rates [2, 3].
In Africa, WHO estimates that 21,476 human deaths occur annually due to dog-mediated rabies. 35,172 human deaths occur every year in Asia due to dog-mediated rabies, with India accounting for the most deaths both in Asia, and worldwide .
In Latin America and the Caribbean, efforts to eliminate rabies in dogs have resulted in a significant decrease in human cases . In western Europe, Canada, USA, Japan and some Latin American countries dog rabies has been eliminated. Australia and many Pacific island nations have always been free from dog-mediated rabies. Such countries may still report imported cases . However the virus still exists in terrestrial wild animals (those living predominantly on land) and rabies related lyssaviruses may occur in bats [1, 3].
Although bat rabies accounts for a relatively small proportion of human cases worldwide, it now accounts for the majority of human rabies cases in the Americas [2, 3]. Bat rabies is also an emerging public health threat in Australia and Western Europe . In North America and Europe, the disease is mainly confined to wild animals (particularly bats and foxes in Europe, and in North America coyotes, skunks and racoons). Human cases in North America have usually followed exposure to an infected bat .
Regions such as Australia, the United Kingdom (UK) and parts of Western Europe are considered free of rabies in terrestrial animals. However, in these areas, bats may carry lyssavirus (bat rabies). Although rare, this can be transmitted to humans or other animals following contact with saliva of an infected bat, most often by a bite. The most recent case of bat lyssavirus detected in a UK bat was in July 2018 . Bat lyssaviruses can cause disease in humans that is indistinguishable from rabies .
Most of Western Europe is rabies-free in terrestrial animals due to the success of co-ordinated wildlife oral vaccination programmes, together with the availability of effective commercial vaccination for domestic animals . However, sporadic animal cases outbreaks are reported.
Rabies re-emerged in wild foxes in north-east Italy in 2008. Following fox vaccination campaigns no cases have been reported since February 2011 .
In northern Greece, between October 2012 and March 2014, a total of 45 rabid animals (37 foxes, five dogs, two cattle and one cat) were reported. These were the first animal rabies cases reported in Greece since 1987. Following extensive vaccination and surveillance campaigns, no animal rabies has been detected since May 2014. Intensive surveillance and monitoring continues .
Incidents involving imported animals also occur. In France, a rabid dog was imported from North Africa in 2011 . In May 2015, a dog was diagnosed with rabies. Investigations showed the dog had been taken to Algeria and developed rabies on return to France. Following a surveillance period during which no secondary rabies cases were detected . A rabid puppy was also imported into the Netherlands from Morocco via Spain in 2012 .
Outside Western Europe, occasional outbreaks are reported in regions where rabies disease burden is not usually high. Countries in the Middle East are facing increasing problems due to wildlife rabies . In 2018, an animal rabies outbreak involving wild and domestic animals was reported in northern Israel, with the first cases detected in October 2017 .
Risk for travellers
Cases of rabies in travellers are rare. However bites and scratches from potentially rabid animals occur more frequently and it is often difficult to determine whether an animal is infected .
In 2011, a single case of human rabies was reported in Europe. In 2012, two human cases were reported among European citizens. In 2013, one travel-associated case of rabies was reported from the Netherlands in a 51-year-old man, exposed to an unknown source in Haiti. In 2014, three cases of imported rabies were reported in travellers who visited endemic countries outside Europe: a Spanish resident bitten by a dog in Morocco, a French resident infected by a canine strain in Mali and a Dutch resident bitten by a dog in India .
A survey of 2,697 travellers receiving PET in GeoSentinel clinics following possible exposure to rabies between 1997 and 2012 found that 70 percent had been exposed while in Asia, mostly in Southeast Asia . Dogs accounted for most exposures among travellers, but non-human primates (such as monkeys) were responsible for one quarter of the possible exposures. The proportion of non- human primate exposures was even higher among tourists, female travellers and travellers to Southeast Asia. Cats and bats were the next most common animal exposures reported .
Rabies in UK Travellers
In Great Britain, the last case of indigenous rabies in a terrestrial animal occurred in 1922. The last recorded cases of animal rabies outside quarantine occurred in 1969 and 1970 when two imported dogs died soon after completing six months quarantine. Since then, nearly all cases of rabies in the UK have occurred in quarantined animals or in people who were infected abroad.
In the UK, no human cases of locally acquired (indigenous) rabies from animals, apart from bats, have been reported since 1902 . In the UK, a human case of rabies was confirmed in a bat handler who died from indigenously acquired European Bat Lyssavirus 2 (EBLV2) in Scotland in 2002 [6, 20]. The last reported case of bat lyssavirus detected in a UK bat was in July 2018 .
There were 25 human deaths in the UK from imported rabies between 1902 and 2005 . Where information was recorded, all but one of these resulted from a dog bite. Sixteen of the 25 deaths were following a bite that occurred on the Indian Sub-Continent .
Since 2000 five imported cases have been reported:
- an overseas visitor from Nigeria who sustained a dog bite on the lower leg five months prior to clinical symptoms 
- a UK resident who was bitten by a dog whilst in the Philippines 
- a British woman who sustained a dog bite during a two week holiday to Goa, India and died of rabies in the UK in 2005 
- a British woman who had worked in an animal sanctuary in South Africa and died of rabies in Northern Ireland in January 2009 
- a British woman bitten by a dog whilst visiting South Asia in 2012 
None of these cases were known to have received pre-or post-exposure rabies treatment.
Each year approximately 2,000 require post-exposure treatment through Public Health England. 12 percent of these individuals are potentially exposed to bats in the UK and 88 percent were potentially exposed to an animal overseas .
Rabies virus is found in the saliva of an infected animal. The virus is transmitted to humans by a bite or scratch, or when saliva from an infected animal comes into contact with broken skin or mucous membranes (eyes, nose, or mouth). Rarely, rabies has been contracted following laboratory exposure or after transplantation of organs from an infected individual [27, 28]. Person to person spread outside of these situations has never been proven .
Following exposure, the virus travels to the central nervous system via the peripheral nerves. The virus replicates in the brain and disseminates too many different tissues .
Signs and symptoms
The incubation period of rabies is usually between three and 12 weeks; in rare cases it can be as short as four days or as long as 19 years [29, 30]. In more than 90 percent of patients, the onset is within one year of exposure. According to the WHO, the incubation period depends upon factors such as the amount of virus inoculated, the amount of tissue at the site of the bite or scratch, and the proximity of the bite to the central nervous system . Bites to highly innervated regions such as the head, neck and hands are expected to have shorter incubation periods .
The early symptoms are often non-specific with fever, headache, myalgia (muscle pain), and fatigue. Paraesthesia (abnormal sensation such as burning, tingling or pricking) can occur at the site of the bite. The disease progresses either to the more common furious rabies, or the less common paralytic or ‘dumb’ rabies .
Furious rabies is characterised by laryngeal spasms, which occur in response to attempts to drink water; these can be accompanied by a feeling of terror. Deterioration, coma and death ensue over the following days.
The paralytic form of rabies is often misdiagnosed. Paraesthesia and weakness often first occur around the bite site and begin to ascend the bitten limb. The paralysis results in respiratory failure and inability to swallow. Death usually occurs within one to three weeks.
Diagnosis and treatment
All travellers who have a possible exposure to the rabies virus, whether by bites, scratches, or other means, should seek medical advice without delay. Seeking medical care also applies to travellers in areas considered low risk for rabies as other infections may be transmitted by the bite, or the animal may have been imported or crossed the border from an endemic country. Medical advice should be sought without delay even if pre-exposure vaccine was received.
There are no tests to diagnose rabies infection in humans before the onset of symptoms . However the correct use of modern rabies vaccines, wound management and administration of rabies immunoglobulin (RIG) soon after exposure, is effective in preventing symptoms of rabies appearing, even following high-risk exposures in nearly all cases .
Unfortunately once the symptoms of rabies have appeared, the disease is almost always fatal . There are no known survivors of dog rabies virus infection . A few patients who have developed rabies following bat bites in the Americas have survived rabies [29, 31]. Rabies viruses in American bats seem to be less pathogenic than other related rabies viruses .
Avoiding animal bites
Contact with wild or domestic animals (including bats) during travel should be avoided. Travellers should be advised:
- not to approach animals
- not to attempt to pick up an unusually tame animal or one that appears to be unwell
- not to attract stray animals by offering food or by being careless with litter
- to be aware that certain activities may attract dogs (e.g. running, cycling)
Pre-exposure vaccines are recommended for individuals considered to be at risk of exposure to rabies virus  (see below). A record of vaccination should be carried and shown to those administering emergency treatment in a post-exposure situation. Receiving rabies vaccine prior to travel does not eliminate the need for post-exposure medical evaluation and additional doses of rabies vaccine. However, it does simplify and shorten the PET regimen and eliminates the need for rabies immunoglobulin which is in short supply in many countries .
Action following a possible rabies exposure
All travellers should be advised to perform first aid treatment and to seek medical advice as soon as possible. Modern rabies vaccines may be available in major cities of most developing countries. However, immunoglobulin is in short supply worldwide, and may not be available in many countries, even in the major cities .
The following advice can be given regarding first aid following a possible rabies exposure:
- Urgent action is required; treatment should be commenced as soon as possible after the exposure.
- Immediately flush the wound thoroughly under running water for several minutes and wash with detergent or soap.
- Apply a suitable disinfectant to the wound such as 40-70 percent alcohol or tincture/aqueous solution of povidone-iodine
- Apply a simple dressing to the wound.
- Seek immediate medical advice about the need for PET and possible antibiotics to prevent a wound infection.
- Suturing of the wound should be postponed until PET has started.
- Saliva exposure to the eyes, mouth and nose should be washed thoroughly with water .
Tetanus vaccine may be necessary if the traveller is not up-to-date as animal bites may be considered tetanus-prone wounds.
Rabies pre-exposure vaccine
Individuals considered at risk of exposure to rabies viruses within the UK include:
- laboratory workers routinely handling rabies virus
- workers at Defra-authorised quarantine premises and carriers
- bat handlers who regularly handle bats, including on a voluntary basis, in the UK
- veterinary and technical staff who due to their employment maybe at increased rabies risk
Individuals considered at risk of exposure to rabies travelling outside the UK include:
- animal workers who regularly travel to rabies enzootic areas
- travellers to rabies enzootic areas especially if:
- those visiting areas where access to post-exposure treatment and medical care is limited
- those planning higher risk activities such as cycling and running
- long-stay travellers (more than one month)
- health workers in rabies enzootic areas who may have direct contact with rabies infected patients
See our Country Information pages to see individual recommendations for each destination.
The rationale for receiving a full course of three pre-exposure vaccines is to prime the immune system. An efficient antibody response is then expected post exposure following administration of two booster doses as part of the PET schedule for a fully immunised individual . According to the UK schedule, these are given on days 0 and 3 -7 . Rabies immunoglobulin (RIG) which can be difficult to obtain, will not be necessary . There have never been any rabies deaths reported in individuals who had pre-exposure vaccines and booster doses after exposure . Pre-exposure vaccines may also protect an individual who has an inapparent exposure.
Accessing safe and effective rabies vaccine products in low income countries may be difficult, and vaccine derived from animal brain tissue may be the only type available. In some areas modern tissue culture rabies vaccines may only be obtained privately or in rabies treatment centres. RIG is frequently difficult to locate . According to the UK schedule, those who have not had pre-exposure vaccines are advised to have four doses of rabies vaccine on days 0, 3, 7 and 21 plus RIG following high risk injuries .
Availability of vaccine
There are two rabies vaccines licensed for use in the UK, both of which are inactivated. Unlicensed products are occasionally available when licensed products are in short supply (please refer to manufacturer/distributor for these products).
For primary pre-exposure immunisation, three doses of rabies vaccine (2.5 IU) should be given intramuscularly on days 0, 7 and 28. The third dose can be given from day 21 if there is insufficient time before travel .
Alternatively, an accelerated schedule of primary pre-exposure vaccine may be given if there is insufficient time before travel to complete the 28 day course. Three doses of rabies vaccine (2.5 IU) should be given intramuscularly on days 0, 3 and 7, with an additional dose at one year if they continue to travel to high risk areas .
Where there is sufficient time to complete the 28 day course, this is the preferred schedule for pre-exposure prophylaxis .
Details of licensed vaccines are found in Table 1 below:
Table 1: Vaccine schedules
Rabies Vaccine BP
***No minimum age stated in the Summary of Product Characteristics (SPC)
***Can be given from any age
The SPC should be consulted prior to the administration of any vaccine.
The vaccines shown in the table can be used interchangeably .
*see Rabies. Chapter 27. Immunisation against infectious disease. Tables 27.1 and 27.2
**Booster dose depends on an individual's indication for pre-exposure prophylaxis and frequency of ongoing exposures. Those with frequent contact who may have unrecognised exposures to the virus e.g. bat handlers, a single reinforcing dose of vaccine should be given one year after the first three doses has been completed and a further booster dose given at three to five years or based on serology.
Laboratory staff routinely working with rabies vaccine antibody levels should be tested at six monthly intervals to determine optimal timing for booster doses. Antibody titres of at least 0.5 IU/ml are considered protective .
Multiple routine booster doses are not recommended for most travellers. However boosting with a single dose of vaccine can be considered following a risk assessment in those who have completed a primary course over one year ago and are travelling again to a high risk (enzootic) area. A complete primary course is considered to be a three dose pre-exposure immunisation course over 21-28 days or an accelerated three dose course over 7 days plus an additional dose at one year.
*** Although the vaccine can be given at any age, the risk of animal bites may be higher once the child is independently mobile. Children are often bitten around the face or head, a type of bite considered to be a higher risk due to the expected shorter incubation period.
Intradermal route of administration
The intramuscular route is the preferred route to administer rabies vaccines. Pre-exposure rabies vaccination using the intradermal (ID) route is approved by the WHO . However this route is not licensed in the UK for rabies vaccine and it requires expert practised technique. ID immunisation is reliable only if the whole 0.1 ml dose is given properly into the dermis and should only be given by those experienced in ID technique. It is advised that suitably qualified and experienced healthcare professionals may use the off label ID route for rabies vaccine administration, but it is the prescriber’s responsibility, as it is not covered by the Product Licence . It should not be used for travellers taking chloroquine for malaria prophylaxis as this drug suppresses the antibody response if the vaccine is given by the intradermal route .
The use of one vial to vaccinate more than one individual carries a risk of contamination and is not recommended .
Interrupted or accelerated courses
Ideally, those at risk should receive pre-exposure vaccination with three doses of rabies vaccine before travel. Both the 0, 3 and 7 day schedule and the 0, 7 and 21 day schedule can be given using either product, where there is less than four weeks before departure .
A record of vaccination should be carried, as this will be useful during post-bite evaluation.
If less than the recommended three doses of vaccine have been administered pre-exposure, in the event of a possible exposure a full post-exposure course of four vaccines will be recommended. However, RIG is not required if more than two doses of pre-exposure rabies vaccine have been received .
Due to immunologic memory, intervals longer than those routinely recommended between vaccine doses do not generally impair the immunologic response . Therefore, individuals who have previously received an interrupted or incomplete course of rabies vaccine, can resume and complete, rather than restart a vaccine course . Travellers should carry their vaccine records to show the health care professional managing post-exposure care.
- Acute febrile illness or acute disease [35, 36]
- Confirmed anaphylactic reaction to a previous dose of rabies vaccine or any component of the vaccine 
In view of the almost invariably fatal outcome of rabies, there are no contraindications to vaccination when post-exposure treatment is indicated [1, 6, 34, 35]. However, subjects considered to be at risk of a severe hypersensitivity reaction should receive an alternative rabies vaccine if a suitable product is available [1, 6, 36].
Post-vaccination serology (blood test)
Post-vaccination serology, to determine the level of rabies neutralising antibody is recommended for those who work in laboratories with the rabies vaccine, to determine optimal timing for booster doses. Serology can be considered to determine whether a booster at three to five years is required. Most travellers are at infrequent risk of rabies exposure and do not require serological testing.
Adverse events to rabies vaccine tend to be mild and transient and include itching, pain, and erythema (redness) at the injection site. Less commonly fever, malaise, headaches, dizziness, and urticarial (raised itchy rash) occur. Delayed hypersensitivity (allergic) reactions and neurological problems such as Guillain Barre have been reported [35, 36].
This includes treatment of the wound and detailed risk assessment to determine necessary post-exposure treatment with rabies vaccine and in some circumstances human rabies immunoglobulin. Necessary details of the exposure incident to be considered are:
- site and severity of the wound
- circumstances of the bite
- species, behaviour and appearance of the animal involved
- health of the animal following the bite
- vaccination status of the animal
- country the exposure occurred and origin of the animal
- vaccination status of the individual at risk
All immunosuppressed individuals require post-exposure treatment with five doses of vaccine and HRIG for a significant rabies exposure (i.e. red or amber Composite Rabies Risk) [6, 33], with follow up blood tests at the time of the fourth dose of vaccine and following completion of the course if needed .
A guide to PET following risk assessment is available here.
Specialist advice must be sought for all individuals requiring post-exposure rabies management, including possible bat exposures in the UK.
Urgent specialist advice for health professionals regarding PET is available from:
England - PHE Rabies and Immunisation Service, National Infection Service, Public Health England, Colindale on 020 8327 6204 or 020 8200 4400. (PHE Colindale Duty Doctor out of hours: 0208 200 4400)
Wales - Duty Virologist, University Hospital of Wales, Cardiff: 029 20 742 094 or 029 20 747 747
Northern Ireland - Public Health Agency Duty Room: 0300 5550119
Scotland - Local on-call infectious diseases consultant:
Aberdeen Royal Infirmary - 0345 456 6000
Crosshouse Hospital, Ayrshire - 01563 521 133
Queen Elizabeth Hospital, Glasgow - 0141 201 1100
Monklands Hospital, Lanarkshire - 01236 748 748
Ninewells Hospital, Dundee - 01382 680 111
Victoria Hospital, Fife - 01582 643 355
Western General Hospital, Edinburgh - 0131 537 1000
First Published : 10 Jul 2018
Last Updated :  10 Jul 2018
- World Health Organization. Rabies vaccines: WHO position paper: Wkly Epidemiol Rec. 20 April 2018;93: 201- 220. [Accessed 9 July 2018]
- World Health Organization. Rabies fact sheet 19 February 2018. [Accessed 9 July 2018]
- World Health Organization, WHO expert consultation on rabies. April 2018. Third report, 2018. [Accessed 9 July 2018]
- Hampson K, Coudeville L, Lembo T et al. Estimating the Global Burden of Endemic Canine Rabies, PLOS Neglected Tropical Diseases, 2015 s 9(4): e0003709. [Accessed 9 July 2018]
- Pandey P, Shlim D, Cave W et al. Risk of possible exposure to rabies among tourists and foreign residents. J. Travel Med. 2002: 9:127-131. [Accessed 9 July 2018]
- Public Health England. Immunisation against infectious disease. Ch 27 Rabies. Updated 2 July 2018. [Accessed 9 July 2018]
- Gautret P, Parola P. Rabies vaccination for international travelers. Vaccine, 01 May 2012, Volume 30 (Issue 2): 126-133. [Accessed 9 July 2018]
- Gautret P, Harvey K, Pandey P et al. Animal-Associated Exposure to Rabies Virus among Travelers, 1997–2012. Emerging Infectious Diseases, 21,(4), April 2015. [Accessed 9 July 2018]
- Department for Environment, Food & Rural Affairs and Animal and Plant Health Agency. Rabies in bats: how to spot it and report it. 20 June 2018. [Accessed 9 July 2018]
- World Health Organization Collaboration Centre for Rabies Surveillance and Research. Classification. Rabies Bulletin Europe. 2018. [Accessed 9 July 2018]
- Department of Health, Memorandum on Rabies Prevention and Control. February 2000. [Accessed 9 July 2018]
- Mulatti P, Bonfanti L, Patregnani T et al. 2008 – 2011 sylvatic rabies epidemic in Italy: challenges and experiences. Pathog Glob Health. Oct 2013. 107 (7): 346 - 353 [Accessed 9 July 2018]
- Public Health England. Rabies in northern Greece. 10 March 2014. Updated 14 June 2017. [Accessed 9 July 2018]
- Mailles A. Rabid dog illegally imported to France from Morocco, August 2011. EuroSurveill:16 (33), 18 August 2011 [Accessed 9 July 2018]
- Public Health England. Rabies in France, update December 2015. [Accessed 9 July 2018]
- Van Rijckevorsel G. Rabid puppy-dog imported into the Netherlands from Morocco via Spain, February 2012. Eurosurveillance, Volume 17, Issue 10, 08 March 2012. [Accessed 9 July 2018]
- Singh R, Singh K, Cherian S et al. Rabies – epidemiology, pathogenesis, public health concerns and advances in diagnosis and control: a comprehensive review. 23 June 2017. Vet Qrterly, 37:1, 212-251. [Accessed 9 July 2018]
- World Organisation for Animal Health (OIE). Rabies, Israel. 9 January 2018. [Accessed 9 July 2018]
- European Centre for Disease Prevention and Control. Rabies. Annual epidemiological report for 2015. Stockholm: ECDC; 2017. [Accessed 9 July 2018]
- Smith A, Morris J, Crowcroft N. Bat Rabies in the United Kingdom. 3 March 2015. BMJ 2005; 330:491 [Accessed 9 July 2018]
- Johnson N, Brookes M, Fooks. Review of human rabies cases in the UK and in Germany, The Veterinary Record, Nov. 26, 2005. 715. [Accessed 9 July 2018]
- Johnson N, Lipscomb D, Stott R et al. Investigation of a human case of rabies in the United Kingdom. J Clin Virol. 2002; 25:351-56. [Accessed 9 July 2018]
- Smith J, McElhinney L, Parsons et al. Case report: rapid ante-mortem diagnosis of a human case of rabies imported into the UK from the Philippines. J Med Virol. 2003 Jan;69(1):150-155. [Accessed 9 July 2018]
- Solomon T, Marston D, Mallewa M et al. Paralytic rabies after a two week holiday in India. BMJ. 2005; 331:501-3. [Accessed 9 July 2018]
- Health Protection Agency. Wildlife centre traces volunteers following death from rabies. 13 January 2009. [Accessed 9 July 2018]
- Health Protection Agency. Confirmed case of rabies in London. 23 May 2012. Press Release. [Accessed 9 July 2018]
- Srinvarsan A, Burton E, Kuehnert M et al. Transmission of rabies virus from an organ donor to four transplant recipients. N Engl J Med. 2005; 352:1103-11. [Accessed 9 July 2018]
- Hellenbrand W, Meyer C, Rasch G. Cases of rabies in Germany following organ transplantation. EuroSurveill. 2005; 10(2): E050224.6. [Accessed 9 July 2018]
- Warrell M. Rabies, in Mansons Tropical Diseases, 23rd Edition,195-205. Elsevier. [Accessed 9 July 2018]
- Willoughby R, Kelly S, Tieves D et al. Survival after Treatment of Rabies with Induction of Coma. N Engl J Med 2005. 352(24): 2508-2514. [Accessed 9 July 2018]
- Jentes E, Blanton J, Johnson K et al. The Global Availability of Rabies Immune Globulin and Rabies Vaccine in Clinics Providing Direct Care to Travelers. . Journal of Trav Med 2013; 20 (3): 148–158. [Accessed 9 July 2018]
- Rupprecht C, Plotkin S. Rabies vaccines, Chapter 29, 646-668 in Vaccines 6thEdition, edited by Plotkin S.A. Orenstein W.A. Offit, P.A. Elsevier Saunders. [Accessed 9 July 2018]
- Public Health England. PHE guidelines on rabies post-exposure treatment (July 2018). 2 July 2018. [Accessed 9 July 2018]
- Kroger A, Atkinson W, Pickering L. General Immunization practices, Chapter 8, 94 in Vaccines 6th edition, edited by Plotkin S.A. Orenstein W.A. Offit, P.A. Elsevier Saunders. [Accessed 9 July 2018]
- Sanofi Pasteur MSD. Rabies BP. Summary of Product Characteristics. 26 March 2018. [Accessed 9 July 2018]
- Novartis. Rabipur. Summary of Product Characteristics. 7 June 2018 [Accessed 9 July 2018]