News2018-05-06T20:22:40+10:00

Novel Efficacy Trial in Canine Lymphoma with Autologous Cancer Vaccines

Lymphoma is a very common and often an aggressive cancer in dogs. Immunotherapy is a new form of cancer treatment, aiming to target the cancer with the body’s own immune system. We have developed a treatment vaccine for lymphoma using an animal’s own cancer protein. Results of our safety clinical trial showed that the vaccines are safe, and anti-cancer effects are seen in some dogs with lymphoma.

Who is eligible?
• Dogs diagnosed with multi-centric lymphoma without severe clinical signs*
• Receive/Receiving chemotherapy or prednisolone alone

What costs will the study cover?
• Production and administration of vaccines
• Portion of diagnostic and monitoring tests

For more information, please visit
• Dr. Katrina Cheng
(katrina.cheng@sydney.edu.au)
• Associate Professor Peter Bennett
(Peter. bennett@sydney.edu.au)
• Dr. Chris Weir
(chris.weir@sydney.edu.au)

*A standard consultation with the oncology team at UVTHS is required to confirm eligibility

Read More

Efficacy trial in autologous cancer vaccine for dogs diagnosed with lymphoma treated with chemotherapy or palliative care

Introduction:

Lymphoma is a very common and often an aggressive cancer in dogs. Chemotherapy improves quality of life and extends lifespan of diagnosed dogs, but most dogs eventually die from their diseases. Immunotherapy is a new form of cancer treatment, aiming to target the cancer with the body’s own immune system. We have developed a treatment vaccine for lymphoma (NOT for cancer prevention), using an animal’s own cancer protein. Results of a safety clinical trial showed that the vaccines are safe, and anti-cancer effects are seen in some dogs, especially ones with lymphoma and mast cell tumours.  We are very excited to start our next phase of efficacy trials in dogs diagnosed with lymphoma. We hypothesise the use of additional cancer treatment vaccines will prolong the survival in dogs treated with chemotherapy or prednisolone.

Inclusion criteria:

  • Dogs, at least one year of age, diagnosed with multicentric lymphoma, intermediate to large cells, B or T cells, WHO stage 1-5
  • Confirmed diagnosis of lymphoma with cytology or histopathology
  • Good function of liver, kidneys, acceptable blood cell counts and free of severe clinical signs associated with lymphoma or other concurrent diseases
  • Dogs received no more than 1 chemotherapy protocol for the chemotherapy group

Study protocol:

  • Once enrolled, dogs will be examined and standard diagnostic and staging tests will be performed. Some of these would have been performed at their local vet
  • A sample of one of the cancerous lymph nodes will be removed surgically
  • A portion will be stored in the freezer (Fresh Frozen in a plain container) for generation of the vaccine, while another portion will be stored in formalin to confirm the diagnosis
  • In addition to the standard chemotherapy or prednisolone (Palliative steroid), dogs will be allocated randomly to have either placebo (adjuvant only), or the vaccines every 2 weeks for 4 doses, then monthly for 2 other doses
  • Blood tests will be performed regularly to monitor for any adverse reactions associated with the use of vaccines
  • Dogs with progression of cancer and are in the placebo groups, will receive the vaccines if they have not received the vaccines

Owner responsibilities:

  • Follow appointment schedule required by the study protocol
  • A monitoring sheet to record any adverse reactions occurring at home
  • Chemotherapy group:
    • Payment of standard diagnostic and staging tests to evaluate lymphoma, including biopsy and associated fees with some costs covered by the trial
    • Payment of standard chemotherapy treatments and associated monitoring and treatment costs
  • Prednisolone group:
    • Payment of prednisolone or other required palliative medications

What will the study cover?

  • The study will cover the production and administration of the vaccines
  • Portion of the diagnostic tests required for the diagnosis
  • Portion of the monitoring tests required for treatment monitoring
  • In the case of adverse events directly related to the trial, up to $1000 for each dog to cover treatments of any adverse reactions associated with the vaccines

 

What next?

  • If you are a pet owner and your dog is suspected to have lymphoma, please express your interest in enrolling your dog into the clinical trial to your attending veterinarians. This is important so your veterinarian can store some cancer samples for the generation of cancer vaccines. Your veterinarian or yourself can contact us for further information
  • If you are a veterinarian interested in enrolling your patients, please contact us for further information

 

Who is involved in the project?

  • Oncology Service at the University Veterinary Teaching Hospital Sydney
  • Kolling Institute of Medical Research, University of Sydney

Leptospirosis update 25/08/2020

Attention dog owners!

There has been another confirmed case of Leptospirosis earlier this month  in a dog that lived in Crows Nest.  The dog was not vaccinated against Leptospirosis and sadly had to be euthanised due to kidney failure. We were unable to identify the causative strain (serovar) in this dog as the dog died so quickly that it did not have time to  develop an antibody response. The previously reported strain (serovar) known as Copenhageni was identified as the cause in the previously reported cases from Newtown and Balmain seen this month. This is the first case of Leptospirosis seen in Crows Nest. Last year we saw 8 cases between May and November and these dogs lived in Surry Hills, Darlinghurst, Glebe and Redfern.

Importantly, we have not seen any infected dogs which have been vaccinated against Leptospirosis. Therefore, please vaccinate your dog against Leptospirosis if you live within a 5km radius of Surry Hills, in Balmain, Crows Nest or its immediately surrounding suburbs or if your dog is in contact with rats. A vaccine has to be given twice 2-4 weeks apart and yearly thereafter to ensure protection.

What is Leptospirosis?

Leptospirosis is a potentially fatal bacterial infection that can cause acute kidney failure and liver disease in dogs. Dogs become infected by contact with urine from rats or indirectly via contaminated water or soil. They can also become infected by hunting and eating rats.   Prevention of leptospirosis is achieved by limiting contact to sources of infection and vaccination. Until recently clinical leptospirosis has only rarely been reported in Sydney. Therefore, historically, dogs have not been routinely vaccinated against this disease. Clinical signs can initially be very vague such as lethargy, vomiting and diarrhea. Importantly, leptospirosis is a zoonotic disease which means that humans can become infected as well, for example through contact with rat urine or urine of infected dogs, through skin wounds or through the mucus membranes (eg in the mouth).

Leptospirosis update 14/08/2020

Attention dog owners!

There has been another confirmed case of Leptospirosis this week in a dog that lives in Balmain.  The dog had been in contact with rats and was not vaccinated against Leptospirosis. The dog has been treated at UVTHS this week and fortunately appears to be recovering.  Preliminary results show that the previously reported strain (serovar) known as Copenhageni has been the cause in both this dog and another reported dog from Newtown last week, however further testing is required to confirm this in one of the cases. This is the first case of Leptospirosis seen in Balmain. Last year we saw 8 cases between May and November and these dogs lived in Surry Hills, Darlinghurst, Glebe and Redfern.

Importantly, we have not seen any infected dogs which have been vaccinated against Leptospirosis. Therefore, please vaccinate your dog against Leptospirosis if you live within a 5km radius of Surry Hills, in Balmain or its immediately surrounding suburbs or if your dog is in contact with rats. A vaccine has to be given twice 2-4 weeks apart and yearly thereafter to ensure protection.

What is Leptospirosis?

Leptospirosis is a potentially fatal bacterial infection that can cause acute kidney failure and liver disease in dogs. Dogs become infected by contact with urine from rats or indirectly via contaminated water or soil. They can also become infected by hunting and eating rats.   Prevention of leptospirosis is achieved by limiting contact to sources of infection and vaccination. Until recently clinical leptospirosis has only rarely been reported in Sydney. Therefore, historically, dogs have not been routinely vaccinated against this disease. Clinical signs can initially be very vague such as lethargy, vomiting and diarrhea. Importantly, leptospirosis is a zoonotic disease which means that humans can become  infected as well, for example through contact with rat urine or urine of infected dogs, through skin wounds or through the mucus membranes (eg in the mouth).

Leptospirosis update 06/08/2020

Sadly, there has been another confirmed case of Leptospirosis this week in a dog living in Newtown.  The dog was not vaccinated against Leptospirosis and sadly had to be euthanised due to severe kidney failure. We are currently still investigating which strain (serovar) has been the cause. This is the first case of Leptospirosis this year and the first case reported in Newtown. Last year we saw 8 cases from May to November and these were from Surry Hills, Darlinghurst, Glebe and Redfern.

Importantly, we have not seen any infected dogs which have been vaccinated against Leptospirosis. Therefore, please vaccinate your dog against Leptospirosis if you live within a 3km radius of Surry Hills, in Newtown or its immediately surrounding suburbs or if your dog is in contact with rats. A vaccine has to be given twice 2-4 weeks apart and yearly thereafter to ensure protection.

What is Leptospirosis?

Leptospirosis is a potentially fatal bacterial infection that can cause acute kidney failure and liver disease in dogs. Dogs become infected by contact with urine from rats or indirectly via contaminated water or soil. They can also become infected by hunting and eating rats.   Prevention of leptospirosis is achieved by limiting contact to sources of infection and vaccination. Until recently clinical leptospirosis has only rarely been reported in Sydney. Therefore, historically, dogs have not been routinely vaccinated against this disease. Clinical signs can initially be very vague such as lethargy, vomiting and diarrhea. Importantly, leptospirosis is a zoonotic disease which means that humans can get infected as well, for example through contact with rat urine or urine of infected dogs, through skin wounds or through the mucus membranes (eg in the mouth).

LEPTOSPIROSIS UPDATE February 2020

There have been no further cases of Leptospirosis reported since December. The total case number is now 11 with 8 cases diagnosed since May 2019.  All dogs were from Surry Hills, Darlinghurst , Redfern and Glebe and all died or were euthanised.

It is important to note that the recent weather (warm with heavy rainfall) may result in conditions conducive to another increase in case numbers. Therefore, please remain vigilant!

We again want to emphasize the importance of considering the differential diagnosis of Leptospirosis in all dogs with nonspecific clinical signs (lethargy, vomiting, diarrhea, haemorrhages, conjunctivitis) that originate from the area in question. In these dogs (and especially if owners mention contact with rats or stagnant water) we recommend offering blood tests (CBC, biochemistry) and urinalysis.  Consistent clinicopathological abnormalities include marked azotaemia, marked increases in liver enzymes, moderate to severe hyperbilirubinaemia and glucosuria. However, these changes can be absent very early in the course of the disease. Therefore, urine and blood collected into EDTA should be sent for leptospirosis PCR (important: samples need to be taken BEFORE antibiotics are given) and serum should be collected in order to perform MAT to determine the serovar. Serum can be stored until results for PCR return and then submitted if PCR is positive, or can be sent to the University of Sydney for research.  In suspicious cases please retain some EDTA, serum and urine samples for leptospirosis research if possible. If rat contact is confirmed (and the dog has been in the affected area) we recommend:

  • treatment with doxycycline 10mg/kg SID if no hepatopathy is present
  • treatment with IV penicillin or their derivatives (ampicillin, amoxicillin, amoxicillin-clavulanate) if liver enzymes are elevated pending PCR results, if PCR is positive start doxycycline as soon as administration of oral medication is possible

Duration of treatment

Treatment should be continued until PCR and serology results have returned.

Patients who return a positive PCR result have the diagnosis confirmed. Treatment with penicillin derivatives should be continued. As soon as it is possible to give oral medication, a two-week course of doxycycline (10mg/kg SID) is recommended to ensure that the infection is cleared from the kidneys.

A negative PCR result does not exclude the diagnosis in a dog that has been treated with antibiotics before taking blood and urine. Acute and convalescent (after 7-14 days) MAT titres should be tested, where a 4-fold increase in titre for individual serovars is consistent with infection.  In these patients, treatment with penicillin or penicillin derivative should be continued until the convalescent titre has been tested. In the case of a 4-fold increase in MAT titre the diagnosis is confirmed. As soon as it is possible to give oral medication, a two-week course of doxycycline (10mg/kg SID) is recommended to ensure that the infection is cleared from the kidneys.

A negative PCR result in a dog that has not been treated with antibiotics before taking blood and urine and with a negative MAT titre excludes Leptospirosis. Antibiotic treatment can be stopped.

Zoonotic risk

Importantly, leptospirosis is a zoonosis. Therefore, suspicious cases should be isolated. Ideally, a urinary catheter should be placed to avoid contamination of the environment as well as to monitor urine volume output. It is imperative to avoid contact with urine and to wear appropriate personal protective equipment (PPE) including gloves, impermeable gowns, a face mask and glasses. Isolation is usually maintained until the dog has been treated with IV penicillin or penicillin derivative for at least 72 hours.

Owners of dogs that are not unwell and have no clinicopathological abnormalities consistent with leptospirosis, but have had contact with rats, should regardless be advised to avoid contact with their dogs’ urine.

If you have any further questions, any suspicious cases or you want to submit samples for the Leptospirosis research study please contact Christine Griebsch at the University of Sydney (christine.griebsch@sydney.edu.au, 02 9351 3437).

UVTHS Update on Leptospirosis

The latest from UVTHS’ canine medicine specialist, Dr Christine Griebsch

20th August 2019

Unfortunately another dog has died from Leptospirosis at our hospital on the 10th of August. The case was confirmed as a definite positive last week and we were able to identify serovar Copenhageni as the strain of Leptospira infecting this dog. Copenhageni is the serovar that we are currently vaccinating dogs for. This case brings the case number up to 7 confirmed cases. Two cases were detected last year and there have been five cases since May this year. Unfortunately all of these dogs have died or required euthanasia due to a poor prognosis. Cases were all confined to Surry Hills, Darlinghurst, Redfern and Glebe.

Reports of cases from other areas are false.

Infection can occur via intact mucus membranes (mouth, nose and eyes) and abraded skin through contact with soil, water or food that have been contaminated with infected rodent urine. Bite wounds from infected rodents and ingestion of infected rodent tissue can also transmit infection. Clinical signs of Leptospirosis can be very vague initially such as lack of appetite, lethargy, vomiting and diarrhea. Ultimately this can progress to acute kidney failure and liver disease causing jaundice (yellow discoloration of the skin). Therefore, if your dog has been walked in areas of risk or hunts rodents and becomes unwell please seek immediate veterinary attention.

The current recommendation is to vaccinate dogs living in areas within a 3km radius around Surry Hills, dogs that go for walks in this area and dogs living in the wider inner west that are known “ratters”. Two vaccines need to be given 2-4 weeks apart. The current vaccine we are using is covering serovar Copenhageni only. So far we have been able to identify this serovar as the infecting serovar in 2 of the cases and it is unknown if more serovars are involved.

Researchers at The University of Sydney are working hard to get further information, investigating all new cases and trying to gather data about the general exposure (seroprevalence) to Leptospira in the Sydney dog population. Therefore we ask all dog owners to please help by allowing your dogs to participate in our research. If you want to help please ask your veterinarian to take a blood and urine sample from your dog before vaccination against Leptospirosis and fill out a questionnaire. All veterinarians in the Sydney area should have received relevant forms.

Please also take care of yourself! While no cases of human Leptospirosis have been linked to the current outbreak in dogs, Leptospirosis can affect humans as well! Healthy dogs and cats can shed Leptospira in their urine and are a potential source of infection. Therefore, please avoid contact with urine from your pets, wash your hands after patting them especially before you eat, avoid contact with stagnant water in affected areas and make sure to wash your fruits and vegetables before consuming them.

Practitioner Evenings

The University Veterinary Teaching Hospital Sydney has a number of Practitioner Evenings each year. Below are the planned dates for these evenings. For further information on speakers or to inquire about attending please contact Clare Hughes on (02) 8627 6194 or by email clare.hughes@sydney.edu.au .

AUGUST 13th – ‘New tricks in analgesia in practice: life beyond buprenorphine’

OCTOBER 1st 

NOVEMBER 26th

Sydney dog gets $50,000 operation to fix mitral valve in lifesaving Australian first

Article by AAP featured in the Sydney Morning Herald.

Read the full article here.

Man’s best friend is red-green colour blind, study shows

Is the ball red or green? Your dog may not know.

Kemal Atlay, Science reporter.

http://thenewdaily.com.au/news/world/2017/11/12/dogs-red-green-colour-blind/

Case Study – Ruggles, Newfoundland

Ruggles is a long time patient of Sydney Uni Vet and was visiting the practice due to a heart condition he had. He had an irregular heartbeat (so-called atrial fibrillation) which caused him to feel unwell (poor appetite, weight loss, poor exercise tolerance). This condition was treatable however the practice did not have the defibrillator required to treat Ruggles.

Ruggles ‘Dad’, a longtime client and supporter of the practice kindly offered to make a donation to cover part of the cost of the equipment to treat his dog and others with a similar condition.

Dr Beijerink and the practice were able to quickly arrange the delivery of the defibrillator so Ruggles could be treated. This machine consists of delivering at exactly the right moment a therapeutic dose of electrical current to ’reset’ the heart rhythm. The treatment was a success and Ruggles has recently been back in the practice for a check-up. The great news is that his heart rhythm is successfully converted back to normal for extended time, and Ruggles also has been great (good appetite, good activity level). We couldn’t be happier with this result at this stage and thank Ruggles’ Dad for all his support as many other dogs have also now benefited from the practice having the defibrillator machine.

You can help more animals like Ruggles and be part of the University’s INSPIRED campaign by giving to Sydney Uni Vet Hospital.

Consumer Demands for Smaller Dogs Resulting in Debiliating Health Problems

BAER Testing

Deafness occurs in dogs probably with the same frequency as in people. The most common causes are congenital (recognised generally in the first 6 months of life) and age related (senile or degenerative deafness).

Congenital deafness is most likely due to a genetic abnormality and is seen more commonly in some breeds including Dalmatians, Australian Cattle Dogs (ACD’s) and English Bull Terriers. It can, however, be seen occasionally in any dog breed and deafness is usually apparent by 6 weeks of age. Deafness may affect one or both ears. Deafness due to genetic abnormality unfortunately is permanent.

Brainstem Auditory Evoked Response (BAER) testing is the most sensitive test in assessing hearing. Other less sensitive tests are available e.g. BAERCOM, but these tests are significantly less accurate.

Breeders of Dalmatians, ACDs, English Setters and Bull Terriers are encouraged to routinely have puppies hearing evaluated by BAER testing prior to pups going to pet homes, and before making breeding decisions in an effort to reduce the incidence of deafness in their breeds.

Researchers at the University of Sydney are working with Dalmatian breeders to try and establish the genetic basis for hearing loss in this breed.

BAER testing can be used to evaluate the hearing of any dog (or cat), young or old that is suspected of being deaf in one or both ears. It is a test that determines whether cochlear function (inner ear) and the “wiring” to hear, is intact. The volume of the sound in the test can be varied but this test does not assess degree of any partial hearing loss. However “selective” deafness can be distinguished from true deafness!

BAER testing requires ear plugs to be worn and 3 fine electrodes to be inserted under the skin. A mild sedative is usually given prior to testing so the foam earplugs don’t irritate puppy’s ears.

A lot of cuteness in these photos!

Saving Ranger

Ranger is a happy and healthy 13 week old Kelpie-cross pup who has faced his share of trauma already at such a young age. He was found lost and alone, wandering through rugged bushland around Abercrombie Caves in NSW’s Central West, at least 20km from any roads. He appeared from out of nowhere – tiny, injured and afraid, he was only nine weeks old.

We have named him Ranger because this area has an infamous history as being a hideout for bushrangers such as Ben Hall, Frank Gardiner, and the Ribbon Gang. Our little puppy was roaming around out there just like a bushranger.

THIS IS THE AREA KNOWN AS GROVES CREEK FALLS, ABERCROMBIE CAVES, WHERE RANGER WAS FOUND BY A FAMILY OUT BUSHWALKING FOR THE DAY

Ranger was emaciated and had a broken front leg which he was struggling to drag along the ground. At first he was afraid but quickly started wagging his tail once in the car and safe. On the lap of a caring person he breathed a huge sigh, like a sigh of relief, then he slept in the car all the way to Bathurst. He was totally exhausted.

Ranger was taken straight to a local vet to be examined and it was apparent his injury was several weeks old. His left foreleg had multiple fractures and he had significant nerve paralysis. Further examination of his ribs and hips indicated that he had not eaten anything for at least 4 or 5 days.

RANGER THE DAY I FIRST MET HIM – GETTING SOME MUCH NEEDED MEDICAL CARE AND ATTENTION

Veterinary advice was that Ranger’s leg would need to be amputated and the surgery could cost several thousand dollars. It was clear that a nine week old puppy requiring significant surgery prior to adoption, was most likely ‘unadoptable.’ Consequently, his future appeared grim. After having had such a terrible struggle for survival in his short life, refusing him help was an option too cruel to bare.

The Dogs for Diggers program managed by Louise Kelly at Bathurst Correctional Centre, immediately undertook to adopt and help little Ranger – perhaps he could be a therapy dog for one of our brave soldiers from Afghanistan or Iraq. He had already proven he was just as tough, overcoming extreme adversity just as they have.  Surely any one of our war veterans could relate to Ranger’s struggle to survive when the odds were stacked against him.

PLAYING WITH HIS TOYS IN MY OFFICE

The University Veterinary Teaching Hospital Sydney agreed to help and they reviewed Ranger’s injuries in an attempt to save his leg. The care and compassion they gave to our little boy was wonderful. He was given the best medical attention possible and remained in hospital for six days. Unfortunately, despite all their efforts, specialist orthopaedic surgeons could not save his leg and it needed amputation.  Thanks to all the staff at the Hospital for their kindness towards Ranger. On one occasion a staff member phoned just to tell me that Ranger was a “superstar”, and that they all adored him.

The amazing volunteers from German Shepherd Dog (GSD) Rescue also put their hands up to help Ranger. They travelled from Sydney to Bathurst and back with our injured boy, delivering him to the University for his specialist treatment. Of course, Jo and Heather from GSD Rescue also fell in love with our brave baby boy and continued to check on his progress though out his stay in hospital.

When it was time for Ranger to be discharged the lovely Jo and Heather came to his rescue. Though obviously not a German Shepherd, these ladies took him under their wing showing their love and kindness for all animals in need, whatever the type or breed.  They now refer to themselves as “Ranger’s Sydney aunties” and remain in regular contact with us about Ranger’s progress.

Jo collected Ranger from hospital and took him home for some more TLC. Heather then made the long trip from Sydney to Bathurst and back to return him to us at the Correctional Centre safe and sound, and in much better health and spirits than when he left us.  Thanks to Jo and Heather for their support of Ranger. We have developed new friendships, and partnerships with German Shepherd Rescue and the Dogs for Diggers Program.

We are amazed every day by Ranger’s resilience as he grows stronger and stronger. He manages so well on three legs and is in such good spirits, he is learning to be a puppy again – he is happy, safe, loved and cuddled.  He loves, and is loved, by everyone he comes across – he has a special quality about him that melts everyone’s heart in an instant.

ME WITH RANGER WHEN HE RETURNED FROM SYDNEY – I WAS SO HAPPY TO SEE HIM DOING SO WELL

An entire community has united in an effort to save Ranger. Thank you to the Bathurst Pound who donated him; the University Veterinary Teaching Hospital Sydney for their intensive medical care; German Shepherd Rescue for dropping everything to travel back and forth from Sydney to Bathurst (no matter how inconvenient) and sharing their homes with him; and also to various members of the Bathurst community who have assisted with his foster care.

Ranger is to become an Ambassador for the Dogs for Diggers Program, he represents all rescue dogs and the hope that they can have a bright future. He will have his own Facebook page called ‘Saving Ranger’ and we will post his progress on a regular basis. We hope everyone can follow and support his amazing story as he becomes ‘a dog for all people’. He began his life as a dog no one wanted – abandoned in the bush to fend for himself, nine weeks old, suffering with a painful injury. He will become a dog to be shared and loved by everyone, proving that every creature is worthy of our care, compassion and kindness.

RANGER TODAY – HE HAS SUCH A BRIGHT FUTURE, THE SKY IS THE LIMIT FOR THIS BOY

We need your help!

Our oncology team, together with the research team at University of Sydney is working on a research project examining Border Collies’ longevity and current health status, with a particular focus on lymphoma.

We are looking for people who own/breed Border Collies in Australia, or have done so in the past to complete a survey.

If you have or have had Border Collies affected with lymphoma and would like to further participate in the Mac and Jetty Lymphoma Research project please contact: via the project website: www.facebook.com/USydBorderCollie or fill in the survey at:www.surveymonkey.com/r/USydBorderCollie

All information provided in this survey is strictly confidential and should take about 5-10 minutes to complete.

For more details about the research program please go to:http://sydney.edu.au/alumni/sam/features/july2016/dogs-life.shtml or contact Dr. Katrina Cheng or Dr. Peter Bennett 9351 3437

Advances in Veterinary Science

Veterinary science has benefited significantly from technological advances over recent years, with many procedures being adapted from human medicine. The advances have contributed to faster and more accurate diagnoses, and better treatments. At the University Veterinary Teaching Hospital Sydney, we continually look for ways to ensure we remain at the forefront of medical practice, and this includes working with researchers at the University’s Veterinary School and collaborating with with colleagues at other universities and research institutions.

We have a broad range of research interests and we keep up to date with the current advanced researches in a variety of veterinary disciplines.  We will post educational and informative articles here about research into the betterment of animal health and improvements to veterinary medicine. We hope that as we do, you will find them inspiring and informative.

Epidural Anesthesia

A method of epidural anesthesia, although proven efficient in humans, had never been tested in animals until now. Two specialists in Veterinary Anesthesiology have successfully used it for the first time and with this research they intend to reduce the risk of the traditional anesthetic technique in some animals. Read more about this exciting initiative:

https://blog.uchceu.es/international-relations/towards-a-safer-epidural-anaesthesia-for-dogs/

http://www.sciencedaily.com/releases/2015/10/151019072203.htm

University of Sydney Develops Blood Bank for Man’s Best Friend

The University of Sydney’s Veterinary Teaching Hospital has established a canine blood bank to increase the reserves of blood available for life saving transfusions. With 40% of Australian households owning a dog there is significant demand for canine blood products for illnesses such as trauma and internal bleeding caused by poisoning.

With the availability of canine blood being affected by the closure of the main supplier’s blood bank at the University of Melbourne, the need to establish a local program became an urgent priority for the team at the University of Sydney. Dr Christine Griebsch, Specialist in Small Animal Internal Medicine, explained that the program operates similarly to human blood banks. “The success of the program is dependent on the availability of suitable donors. Dogs can donate if they meet various criteria including being fit and healthy, between one and eight years of age, and at least 20 kgs. A suitable donor can donate blood every three months.”

“There are benefits for donors who participate” said Dr Griebsch. “A thorough physical examination is conducted before every donation therefore regular donors are getting check-­ups by veterinarians much more frequently than most dogs. As a token of our appreciation participants are given a $100 voucher that can be redeemed on food or consumables. In addition, donors are provided with a choice of a K9 Life Saver collar or leash to acknowledge their valuable contribution.”

The hospital’s introduction of a blood bank complements a comprehensive range of general and specialist services that the University has introduced. “We are pleased to have achieved this important milestone” said Dr Griebsch. “In addition to a general practice, the clinic is a referral centre for other veterinarians to send complex cases, and a teaching hospital for veterinary science students to learn the practical components of veterinary care. The development of a blood bank was a logical step for a world class facility such as ours”.

The hospital has undergone substantial redevelopment in recent years including the purchase of more than $6 million of imaging and diagnostic equipment. It also has a 24 hour emergency service. “Our emergency service will of course rely on the blood bank which is another reason why this initiative is vitally important. We encourage dog owners to consider participating in our program. Whether it is a single donation or a regular contribution, their dog will become a life saver.”

For information on how to participate in the University’s Canine Blood Donation Program, contact the University of Sydney Veterinary Teaching Hospital on 9351 3437.

http://at.dailytelegraph.com.au/link/2322abb57b0e0f7ff403527288f6dc65?domain=dailytelegraph.com.au

www.camdenadvertiser.com.au/story/3495034/canine-blood-bank-seeking-donors/?cs=1436