Seven months ago, Daisy Xu was three months into a world trip and on top of the world.
Then, while motorbike riding across Vietnam with friends, she crashed and broke her spine, becoming quadriplegic.
Daisy's memories of those early days in the sweltering Vietnamese hospital are hazy. She remembers clearly the panic when she couldn't breathe anymore, and being rushed to the Intensive Care Unit (ICU) to be ventilated. She also remembers the pain and discomfort of being placed in a clunky metal halo - and the excruciating pain when she was taken off painkillers.
"I gave up the will to live... I was ready for death to take over me," she wrote later. "That was the scariest thing I have ever felt in my life, and to say that I have fallen to the lowest low is an understatement."
Daisy's breathing tube in Vietnam was put in incorrectly. Pushed in too far, the ventilator wasn't inflating her left lung at all, and was filling her right lung with twice the amount of air required. She developed severe pneumonia, and one of her lungs collapsed.
Ten days after the accident, on an emergency flight home organised by her travel insurer, Daisy's other lung collapsed and she had to undergo emergency treatment mid-flight.
On arrival in Melbourne, Daisy was rushed to Austin Hospital.
Her luck had turned: Austin Health is a world leader and the statewide provider for respiratory and spinal care. It is also one of a handful of hospitals in the world that achieve the best outcomes for patients who require a tracheostomy - a breathing tube inserted into the windpipe (trachea) through a hole in the neck - thanks to the Tracheostomy Review and Management Service (TRAMS).
People with a tracheostomy treated at Austin Health are more likely to learn to speak earlier, wean from a ventilator earlier, have the tracheostomy tube out and leave the hospital earlier than patients from other hospitals. For patients who cannot have the tube removed, TRAMS and the Victorian Respiratory Support Service (VRSS) help patients live well and safely in the community.
Within a month of arriving at the Austin Hospital, Daisy was able to speak again and was out of ICU and in the Acute Spinal Unit. She learnt to swallow, eat, drink and has started a blog, which she authors using speech recognition software.
With the assistance of music therapist, Dr. Jeanette Tamplin, she has even learnt to sing while on ventilation. She has a wonderful voice.
Daisy's fast progress is in large part thanks to the close teamwork and collaborative excellence of TRAMS, VRSS and the Victorian Spinal Cord Service. Importantly, however, it is also due to her positivity and attitude toward recovery.
Last week, Daisy was awarded one of two ‘Thriving with a Tracheostomy' Awards at Austin Health's Tracheostomy Patient, Family and Carer Forum, alongside Steven Stewart.
TRAMS Clinical Nurse Consultant Kristy McMurray says that "Daisy and Steve have amazed us all with how they have not just got on with their lives, but thrived even in very difficult circumstances."
On why she thinks she received the award, Daisy says: "I try hard. I like to try everything. Because in the end, it's my life."
The Acute Spinal and Respiratory Wards also received an award - as did nurses Hallie Silver and Kim Boon.
Ms McMurray said that both nurses were "nominated by patients...They have gone above and beyond in times of need for their patients and this award recognises the appreciation their patients have for them."
Other awards included the Carer's Award - which went to Daisy's dad, Geoffrey Xu, who has barely left her side, and the Consumer Advocacy Award, which was given to Kirby Littley.
TRAMS is a founding member and model service for the Global Tracheostomy Collaborative (GTC), which aims to improve the quality and safety of tracheostomy care for all patients. The GTC's patient and family committee creates change and improvement by teaching healthcare professionals about the experiences of people living with a tracheostomy.
Austin Health's own Patient and Family events give past and present tracheostomy patients and their families an opportunity to meet and share stories with other patients and their families, and hear news about tracheostomy care around the world. To find our more, visit www.globaltrach.org and http://tracheostomyteam.org/patients/
You can follow Daisy's blog, Mad Grit, at https://daizy4life.tumblr.com/
Tap into the Twitter conversations around tracheostomy news and care by following the hashtag #GTCbettertracheostomycareeverywhere
December 5, 2017
Austin Health researchers think coffee could be a weapon in the fight against one of our biggest health problems - fatty liver disease (FLD).
Liver transplant physician Associate Professor Paul Gow, Senior Clinician (dietitian) Brooke Chapman and Hepatology Fellow Dr Zaid Ardalan are testing whether regular coffee consumption can treat fatty liver disease, which affects about one-in-three Australians.
FLD is as it sounds, a build-up of fat in the liver, largely caused by being overweight, a poor diet and inactivity.
Most people with the problem don't realise they have it which is a big concern as if left untreated it can cause liver cirrhosis, liver cancer and liver failure. It is also strongly predictive of future risk of heart disease and type 2 diabetes.
The Austin Health team are carrying out a proof-of-concept study which aims to test whether three cups of coffee a day can reduce liver fat.
All of the people in the randomised controlled trial currently have FLD and none of them were coffee drinkers before embarking on the trial. Half consume coffee while on the trial and the remaining half are told not to drink coffee.
MRIs are used to test whether liver fat is reduced.
Assoc Prof Paul Gow says the first evidence that coffee could improve liver function emerged 30 years ago, when a study into heart disease revealed that regular coffee drinkers had healthier livers.
"There have been observational studies showing that coffee drinkers have a lower risk of cirrhosis, of liver cancer , and they have a lower risk of fatty liver disease," Associate Prof Gow said.
"There haven't been interventional studies for fatty liver disease. We want to prove that cause and effect."
Assoc Prof Gow says it would be hugely exciting if coffee is found to be effective as there are no medications or surgical treatments available for FLD. Currently doctors advise their patients to try and lose weight through improved diet and exercise but Assoc Prof Gow says most people find this impossible.
Results of the trial are expected to be available in the first quarter of 2018.
For more information please contact Julie McNamara, Deputy Director of Communications, Austin Health: 0419 595 688.
Austin Health has performed its 1000th kidney transplant.
Clinical lead of renal transplantation, Dr John Whitlam says it is an exciting milestone that is a reflection of many things, most importantly, the extreme generosity of all living and deceased donors and their families.
Dr Whitlam says every transplant is a huge team effort.
"From the donor side, there is the donor family, donor doctors and nurses, DonateLife coordinators and retrieval team. From the recipient side there's the recipient family, recipient nurses and doctors, Victorian Transplant and Immunogenetics Service scientists, transplant surgeons, kidney pathologists and the full recipient allied health team. It is a testament to the health service that transplantation is possible,'' Dr Whitlam says.
He says achievement of the milestone would not have been possible without the Victorian Kidney Transplant Collaborative.
"The VKTC permits Victorians from the catchments of Eastern Health, Austin Health, Bendigo Health, Barwon Health and St Vincent's Health to access transplantation. We are very grateful for the goodwill and dedication of all in the VKTC team who care for recipients and living donors before, during and after transplantation,'' he says.
Austin Health's first kidney transplant was performed in 1974 and Dr Whitlam says despite significant advancements since then, the team continues to work hard to improve transplantation access and outcomes.
"Areas of transplantation research at Austin Health include development of transplant rejection biomarkers (in collaboration with Murdoch Children's Research Institute), acute transplant fluid management (in collaboration with the Anaesthetics Department), participation in national and international multicentre clinical trials and clinical studies of cardiovascular disease in kidney transplantation,'' Dr Whitlam says.
The milestone 1000th transplant was performed on northern suburbs father-of-one Vijaya Guduru, 40 who says he now has a second chance at life.
"The last three years were horrible. I was fully restricted with my life,'' Vijaya says.
"I was on dialysis for 10 hours per day. I couldn't perform my job as a mechanic and I couldn't play outside with my son."
A grateful Vijaya says he was overwhelmed by the support of the Renal Transplant Team right down to the thoughtfulness of staff giving his family regular updates throughout the transplant.
Channel 7 Melbourne reported on Austin Health's achievement. Watch the story here.
Did you know that 280 Australians develop diabetes every day? That's one person every five minutes!
Austin Health Diabetes Director Dr Elif Ekinci took time out from her busy clinical and research schedule this week to explain the disease to listeners of Dr Sally Cockburn's Talking Health program on 3AW.
Take some time to tune in and hear Dr Ekinci discuss the new drugs available in the treatment of type 2 diabetes and why women who have had gestational diabetes should ensure they are checked for type 2 diabetes.
Listen here: http://bit.ly/2muTg1J
A world-first trial taking place at Austin Health will deliver electrical pulses to the "master control centre" in the brain, aiming to halt seizures and restore clear thinking in those whose severe epilepsy doesn't respond to treatment.
The trial of deep brain stimulation therapy is for patients with Lennox-Gastaut syndrome, an aggressive type of daily epilepsy that typically appears in childhood and causes learning difficulty. The syndrome also causes "drop attacks" - seizures that send them randomly crashing to the ground or through walls, resulting in serious injuries such as broken bones, fractured skulls and chipped teeth.
Medication or surgery are ineffective for up to a quarter of epilepsy sufferers.
The study is being led by Austin Health and The University of Melbourne and has received $1 million in funding from the National Health and Medical Research Council.
Austin Health neurologist Dr John Archer is the trial's Lead Investigator.
"The major cognitive functions like attention are not located in one spot in the brain, but across a number of key nodes in the network," Dr Archer says.
"When epilepsy gets into these, it's a fundamental disruption to the brain.
"This led to the idea that's what's needed is a treatment that tackles the network of the brain."
Similar to deep brain stimulation to treat the tremors and stiffness of Parkinson's disease, the trial will involve placing a pair of electrodes in the brain, connected by internal wires to a pacemaker box on the chest.
The stimulation target is the thalamus, the "Flinders St railway station of the brain" as the relay station for electrical signalling controlling sensory and motor tasks.
Dr Archer says the double-blinded study will see 20 patients implanted in the next 18 months.
"My biggest hope is we can prove this significantly reduces seizures," Dr Archer said.
"If we can also show there is improvement in cognitive function, it would be a bonus."
South Morang woman Janina Freestone, 48, will be one of the first to take part in the trial.
Janina's seizures started at three, and she has trialled various medications as well as a different brain stimulation therapy but both have had limited success in controlling the drop attacks and absent seizures she experiences multiple times each day.
"I have no independence I can't drive, I can't leave the house on my own," Ms Freestone says.
Ms Freestone says her condition also forced her to give up her job as a retail assistant, something she misses dearly.
She and her family are optimistic that the trial may lead to improvement.
"I'm hoping for a better life. I feel like I'm in cotton wool at the moment and I just want to get out,'' Ms Freestone says.
Surgery in the first patients is expected to begin before the end of the year.
The Parent Infant Research Institute (PIRI) at Austin Health is the lead agency behind a new government-backed website and app that will offer free access to evidence-based mental health support to pregnant women and new mums.
The new MumSpace website and MindMum mobile app can be used by any woman who needs a little extra help with their emotional wellbeing during the perinatal period, and includes PIRI's MumMoodBooster online tool, a self-directed cognitive behavioural therapy (CBT) treatment program that was developed for women with, or at risk of, perinatal depression. Research published by PIRI last year found it to be highly effective.
PIRI director, Professor Jeannette Milgrom - who is also Director of Clinical and Health Psychology at Austin Health - said that "MumMoodBooster is a perinatal depression treatment that PIRI has systematically developed, user-tested and rigorously evaluated over several years with NIH and NHMRC funding. It produces a high rate of remission from clinical depression. If depression in pregnancy can be caught early it can prevent the development of postnatal depression. Having a free, evidence-based resource like this helps to de-stigmatise perinatal depression and anxiety and encourages women to seek help and get support."
October 19, 2017
The 2017 ResearchFest Awards were announced today, with the highest honour, the Distinguished Scientist Award, awarded to Professor Chris Rowe.
"It's a delight and an honour to be joining the list of previous recipients, which contains so many outstanding researchers," he said after today's awards ceremony.
Professor Rowe's Distinguished Scientist Award will be added to an office wall already filled with numerous honours, including one placing him on the 2016 Highly Cited Researcher list, of the top 1 per cent of neuroscience researchers world-wide. He is so highly cited because of his significant body of research looking at imaging neurodegenerative diseases, particularly Alzheimer's Disease. He lead research to develop imaging methods to detect beta-amyloid plaques in the brain using a technique known as positron emission tomography (PET), which found that Alzheimer's disease may be detected with scans up to 15 years before symptoms develop.
Although he has worked elsewhere - including for several years in the United States - Professor Rowe has a long history at Austin Health, commencing as an intern in 1980, where he was strongly encouraged by his supervisors and mentors to conduct research.
"Austin Health has, since my early days, always been a keen supporter of research and emphasised the need to undertake research to drive the practice of medicine forward," he said.
The AMRF's Young Investigator Award this year went to cancer researcher Riley Morrow, for his work ‘Manipulating Myc expression as a novel therapeutic strategy for gastric cancer', while nursing researcher Sarah Howe received two awards: the Nursing Research Award and the Clinical or Patient Care Nursing Quality Project Award, which were both for her project ‘Follow-Up Audit Results of the New Protocol for TR Band Removal Post Coronary Angiography.'
Other awards recipients include:
October 17, 2017
World-leading epilepsy expert Professor Samuel Berkovic today received one of medicine's highest honours when he was named as an international member of the National Academy of Medicine (NAM).
The NAM is an independent organisation of eminent professionals who advise the USA and the international community on critical issues in health, medicine and related policy and act to inspire positive action.
Membership is considered one of the highest honours in the fields of health and medicine and recognises individuals who have demonstrated outstanding professional achievements and commitment to service - just ten international members are elected membership each year.
The Director of Austin Health's Comprehensive Epilepsy Program and Laureate Professor in The University of Melbourne's Department of Medicine and Epilepsy Research Centre, Prof Berkovic AC described the appointment as humbling.
"I am humbled and delighted to join the small group of other Australian medical researchers who are members of the prestigious National Academy of Medicine of the USA," Prof Berkovic said.
"It is an amazing honour and one that is a tribute to our wonderful research team at the University of Melbourne and Austin Health," he said.
In 1995 Prof Berkovic and Austin Health director of paediatrics and University of Melbourne Chair of Paediatric Neurology Research, Professor Ingrid Scheffer AO and their collaborators discovered the first gene linked to epilepsy. This was a game-changer in the way the debilitating condition - which affects about 50 million people worldwide - is researched, diagnosed and treated. Until this point doctors tended to regard most forms of epilepsy as acquired rather than inherited - parents often felt responsible and carried considerable guilt.
Since then Prof Berkovic and Prof Scheffer have led the way in finding a genetic basis for many epilepsies and they and their colleagues have many of the known genes known to be directly linked with forms of epilepsy.
Austin Health Chief Executive Sue Shilbury said the organisation is extremely proud of Prof Berkovic.
"This achievement reflects the incredible contribution Prof Berkovic's research and treatment has made to global medicine and the lives of countless people with epilepsy and their families,'' Ms Shilbury said.
Professor Shitij Kapur, Dean of the Faculty of Medicine, Dentistry and Health Sciences and Vice-Chancellor (Health) said Professor Berkovic has been a passionate campaigner for advancing research into Epilepsy.
"With patience and perception, Professor Berkovic has worked resolutely to change the course of our understanding of epilepsy and in doing so has helped improve the lives of many people. This exceptional contribution is now also acknowledged by the NAM, and we congratulate him on this major award," Prof Kapur said.
To arrange an interview with Prof Berkovic contact Austin Health deputy director of communications, Julie McNamara on 0419 595 688.
October 17, 2017
A world-first trial being led by Austin Health will examine whether increasing carbon dioxide levels in cardiac arrest sufferers' blood will reduce brain injury post cardiac arrest.
The cost free intervention has improved quality of life in patients in a small study, but now it will be tested in a large multicentre worldwide trial.
If it is a success, the NHMRC and Irish Health Research Board funded-trial has the potential to revolutionise the way cardiac arrest patients are cared for.
Patients can suffer from long-term cognitive problems after cardiac arrest; reduced blood and oxygen flow to the brain after the heart has been restarted is thought to contribute to the brain damage.
Austin Health ICU research manager and study chief investigator, Associate Professor Glenn Eastwood said researchers are trying to understand if giving slightly higher than normal levels of carbon dioxide in the blood helps the brain to recover after cardiac arrest.
Half of the patients will receive the standard care, which maintains carbon dioxide levels in the blood at a normal level, and the others will have their levels kept 20 per cent higher.
A cardiac arrest patient admitted to ICU who survives to discharge costs the health system $120,000; their ongoing care in the community can be up to $34,000 a year.
The trial will enrol 1700 patients from Australia and multiple other countries world-wide who have an out-of-hospital cardiac arrest and require ventilation in ICU.
Results of a small trial published in the journal Resuscitation shows patients who had higher CO2 levels had lower brain injury biomarker levels, shorter ICU stays and improved quality of life function at six months.
To arrange an interview with Assoc Prof Eastwood please call Austin Health deputy director of Communications, Julie McNamara on 0419 595 688.
Austin Health has received six prestigious NHMRC 2017 Early Career Fellowships.
The purpose of the Early Career Fellowships are to provide opportunities for Australian researchers to undertake research that is both of major importance in its field and of benefit to Australian health.
Austin Health researchers who have been awarded fellowships are:
Dr Sinclair's study will trial, amongst other things, using therapy as a treatment to increase muscle mass in liver transplant waiting list patients. It will also at dietary approaches, including naso-gastric feeding and branch-chain amino acids.
"Malnutrition and muscle wasting is an extremely important area for research. We've found that at least 70 to 80 per cent of the patients on our liver transplant waiting list have malnutrition to begin with and they will only get worse while they're waiting. At the moment, we don't have any good ways to treat it." Dr Sinclair says.
Professor Jeff Zajac, Head of Medicine at Austin Health and The University of Melbourne says the fellowships are very important for people at the beginning of their research careers.
"It offers them the opportunity to pursue their own research, at a point in their career when funding is very difficult to get," Prof Zajac says.
"Austin Health's success strongly supports the research training programs available here. These fellowships are very difficult to get, and we congratulate all the recipients.
"A significant role of Austin Health is in medical research to help discover treatments for the future. Without research there are no new medical therapies."
"These fellowships are very important if Austin Health is to retain its primary position as a leading hospital for medical research."
Dr Hawkes received her fellowship through La Trobe University while the other four researchers received their fellowships through The University of Melbourne.
For more information or to arrange interviews with recipients, contact Julie McNamara, Deputy Director of Communications, Austin Health: 0419 595 688
Cutting-edge radiotherapy treatment is now available for Western Victorian patients on their doorstep thanks to an Austin Health initiative.
Ballarat Austin Radiology Oncology Centre now offers Stereotactic Ablative Body Radiotherapy (SABR) - a type of treatment that is highly effective in treating small tumours with minimal side effects. It enables doctors to provide targeted high-dosage treatment to a tumour with very little to no radiation to neighbouring healthy tissue.
The high dosage means patients generally only need one to five treatments as opposed to up to 30 treatments for traditional radiotherapy.
The highly-specialised SABR equipment was able to be purchased thanks to a local philanthropic donation.
Ballarat Austin Radiation Oncology Centre (BAROC) campus director and consultant radiation oncologist, Dr Simone Reeves says BAROC is the first centre in Western Victoria to introduce the treatment.
"Access to this type of new radiotherapy technology in Ballarat is very exciting for patients. It means a large number of patients can stay at home avoiding travel to Melbourne for treatment,'' Dr Reeves says.
Dr Reeves says the treatment is currently available for patients with small lung tumours but the program will soon expand to include tumours in other areas of the body.
These are our friendly librarians. They are so good at what they do that they have helped catapult the Austin Health Sciences Library to become the highest ranking academic health library in Australia! The ranking is according to Insync Library Client Survey, which benchmarks some of the country's largest libraries, including two of the top 100 ranked universities globally.
Chief Librarian Michele Gaca says that the Library team are excited by the results. "We've scored highly before, but to reach this benchmark high - and to be top in three of the four categories surveyed - represents a great team achievement," she said. "I just really want to thank everyone for supporting us through the survey. Compared to the large universities, it's much harder for us to get 500 responses, so we are very thankful to all our staff and students who participated."
The Library serves clinicians, researchers and students from across Austin Health and the Mercy Hospital for Women.
While the Library's success came from performing strongly across all categories, Ms Gaca said a key theme was the friendliness of the Library staff.
"A number of people commented ‘the staff are really accessible and approachable, ‘they're warm and welcoming', ‘they always go above and beyond' and so on," Ms. Gaca said.
The Library received consistently positive feedback from across Austin Health sites and Mercy Hospital for Women, from students, and from both new and long-standing staff.
As well as quality service, responses indicated that the Library team are highly knowledgeable in evidence based practice, and that the Library itself is valued as a rare quiet space where people can study and work.
After just three years in their role, Austin Health's Heart Failure Nurse Practitioners, Professor Andrea Driscoll and Tina Asker, have reduced the number of heart failure patients being readmitted to hospital within 90 days by 16 per cent.
Prof Driscoll attributes the success of Austin Health's program to "a combination of improved patient education about self-management techniques, and the fact that patients are being seen by the HIP Heart Failure Service quite rapidly after discharge. By linking people in with the right services we've been able to reduce the readmission rate, and reduce that instability in people's health."
"Unfortunately, there's nothing we can do to cure heart failure but we can certainly improve pumping of the heart. It's about what we can do to reduce people's symptoms and improve quality of life," Prof Driscoll says.
Heart Failure is a term for when your heart muscle isn't strong enough to pump your blood effectively. It causes the body to hold onto fluid, and this fluid build-up can cause you to feel symptoms such as weakness and shortness of breath, and puts even more pressure on your heart.
Without education about how to monitor and manage fluid balance, it can be a difficult condition to control. Before the Nurse Practitioner role was introduced, 25 per cent of heart failure patients were back in hospital within the month.
Now, inpatients seen by Prof Driscoll and Ms Asker have their medications reviewed (and frequently changed) and receive education about their medications and condition. They are taught how to monitor for early signs of fluid build-up such as weight gain or swollen ankles, so that these can be addressed well before a hospital admission is required. They are also more likely to be referred to Austin Health's Health Independence Program (HIP) Heart Failure service, which involves a home visit from a nurse shortly after leaving hospital.
Prof Driscoll and Ms Asker have been so successful in their role that it is now being introduced in at least four other hospitals. "We've been so effective at what we've done that it's now being developed as a statewide model," Prof Driscoll says.
Austin Health is recognised as a national leader in advanced nursing roles, and has introduced the first nurse practitioner and nurse practitioner candidate roles in a number of fields. The Victorian Department of Health and Human Services (DHHS) Victorian Cardiac Clinical Network funded the three-year pilot of the Heart Failure NP role, as well as the research into the program’s outcomes, which Dr. Driscoll and colleagues have recently published in the July/August edition of the Journal of Nurse Practitioners.
Austin Health's Paediatric Short Stay Unit (SSU) opened to patients for the first time today. And while first patient, 15 month-old Lenny Wise, didn't seem at all happy to be here, dad Jordan said "It's been really good! As the one and only patient he's getting lots of attention."
Lenny came to the Emergency Department due to asthma complications, which unit director Dr. Simon Bolch says is typical of the cases that will be seen in the Paediatric SSU: children who won't need to be admitted to the paediatric ward, but who may need more than four hours of observation and care in Emergency. He says that children may be admitted to the unit for up to 24 hours.
"They're going to go home, but just need a bit more care from us," says Dr. Bolch. "They will still be under the care of emergency doctors, but with more time to follow the response to treatment and the support of a paediatrician if needed."
Before the arrival of our photographer, Lenny had been sitting calmly on the bed in his own room with his dad, more than happy to allow a doctor to listen to his chest with a stethoscope. Outside the four single-bed rooms, a communal space has brightly-coloured cushioned stools and toys.
Today's opening means the Short Stay Unit is now fully open. In full, the unit incorporates a 16-bed adult short stay, four-bed Psychiatric Assessment and Planning Unit (PAPU), which provides acute mental health care in a calm environment for up to 72 hours - and now, a four-bed Paediatric Unit. It expands the Emergency Department's overall capacity by 10 beds, and paediatric capacity by four beds.
Dr Jasamine Coles-Black may only be in her intern year, but today she published her eighth medical journal article; ‘Three-dimensional printing in medicine', in the Medical Journal of Australia.
"What we found was quite exciting, which is why we decided to push forward with the work of the 3D print lab at Austin Health," says Dr. Coles-Black. "The number of applications of 3D printing in medicine is extraordinary: prosthesis development; patient training, education and simulation; surgical planning; and its beginning to expand into other types of planning too - for example, in Radiation Oncology," she says.
As well as aiming to establish the state of play in medical 3D printing, Dr. Coles-Black and her senior colleagues, Director of Vascular Surgery Mr. Jason Chuen and anaesthetist Dr Ian Chao, were seeking to see how Austin Health's 3D Med Lab compares to other players.
"In terms moving on from 2D CT scans to using 3D models when planning surgery, we're on par with anyone else in the world. We don't print metals here, but have really good relationships with the University of Melbourne and the CSIRO. What sets us apart is that we freely show other people what we're doing and what we've learnt, rather than holding onto our knowledge," Dr. Coles-Black says.
On being published so many times while still an intern, she says "it's a combination of being in the right place at the right time, and that people here have been really supportive. The fact that they would even support and encourage an intern to go for the MJA speaks volumes about the culture here."
"I started the research during my scholarly selective subject here through the University of Melbourne, and it just went from there."
For those interested in learning more, Austin Health's 3D Med Lab are holding a 3D Med Symposium on Friday August 25. Book through Eventbrite.
"Diabetes Discovery is a world-first program. It has led to system wide change ... detecting undiagnosed diabetes in patients admitted to Austin Health," says Dr Elif Ekinci, Director of Diabetes at Austin Health and Sir Edward Dunlop Medical Research Foundation Senior Fellow at the University of Melbourne.
Dr. Ekinci's Diabetes Discovery program automatically provides a blood test to every patient over the age of 54 to check their blood sugar levels and likelihood of having diabetes.
"When people get admitted to hospital there is no way of knowing if they have diabetes, apart from asking them. There are a lot of people who don't know they have diabetes or high blood sugar. What we have learnt is that one-third of people over the age of 54 who are admitted to Austin Health have diabetes. And a further one-third have pre-diabetes. Only one-third are in the normal range for blood sugar levels."
"Anybody who has a high reading is seen directly by a specialist within 24-48 hours," says Dr Ekinci. "We ... identify patients earlier, see them earlier and we are also actively educating junior hospital doctors and general practitioners in the local area to increase awareness of diabetes."
It is National Diabetes Week, which this year aims to raise awareness about the importance of early detection and treatment for all types of diabetes. Many people live with type 2 diabetes for up to seven years before being diagnosed: in fact, Diabetes Australia estimate that there are 500,000 Australians with undiagnosed type 2 diabetes.
Dr. Ekinci is a speaker at our Diabetes Grand Round this Wednesday 12 July, on Living with Type 1 Diabetes, from 12.25pm in the John Lindell Lecture Theatre. To participate in the conversation on Twitter, follow the hashtag #GRAustin
If you have any of the following symptoms of type 2 diabetes, visit your GP:
For more information, visit the Diabetes Australia website.
An Australian-first body clock rostering system trial underway at two leading Victorian hospitals aims to improve doctors' performance and wellbeing and enhance patient safety.
The country's best sleep researchers have joined forces to create a staff rostering schedule for shift work that best mitigates fatigue, based on the latest sleep and circadian rhythm research.
Austin Health and Monash Health intensive care unit doctors are taking part in the trial which is being led by the Cooperative Research Centre for Alertness, Productivity and Safety (Alertness CRC) as part of an ongoing effort to further improve workplace alertness, safety and health for staff and patients.
Extensive research has shown sleepiness at work can lead to poor concentration, absenteeism, accidents, errors and even fatalities, says Associate Professor Mark Howard, a sleep and respiratory specialist at Austin Health and Institute for Breathing and Sleep.
"What is more concerning is that shift workers are often employed in the most critical jobs - including the 30,000 plus doctors who work in Australian hospitals," Associate Professor Howard says. "Our new scheduling practices are based on fundamental principles in sleep and circadian medicine and are the result of an extensive review of published literature in the field, undertaken by a reference group of experts.
Research shows reducing the number of consecutive nights worked helps to minimise fatigue and drowsiness, because when you work an evening shift you are less likely to get the optimal hours of sleep required. On top of that, there's a circadian rhythm affect that promotes sleepiness at night.
The trial puts these findings to the test, ensuring that the intensive care doctors work no more than three consecutive night shifts, have a minimum of 11 hours' rest between rostered shifts and that they work no longer than 13 hours straight. Shift patterns that run against the 24-hour body clock are also removed
Associate Professor Howard anticipates enrolled staff will feel fresher and more alert on the job. "We're hopeful these changes will result in improved vigilance and alertness, reduced errors and improved safety for both staff and patients," he says. "That would be a great result for all concerned."
He praised the organisations for getting on board. "This type of trial requires great willingness to change and we are proud that Austin Health staff and hospital management have embraced the opportunity to be innovative.''
Professor Yahya Shehabi, Director Research, Critical Care and Perioperative Medicine, Monash Medical Centre, said the trial will likely deliver long-term benefits too. "In addition to the immediate improvement in workplace effectiveness, the safety of staff and patients, we expect a positive impact on the long-term wellbeing and health of doctors and nursing. It is a rich area for future research".
The initiative was welcomed by the Sleep Health Foundation, which this week launched Sleep Awareness Week calling for a greater focus on the sleep needs of Australia's tens of thousands of shift workers. Prof Dorothy Bruck, Chair, Sleep Health Foundation said, "As we mark Sleep Awareness Week, it's exciting to see a project catering specifically to the needs of this often sleep-troubled population."
Monash Health is using a product developed by Melbourne-based optimisation software company Opturion Pty Ltd, an Alertness CRC industry partner, as part of its trial. The product is thought to be the first of its kind, combining logistics modelling software and workplace sleepiness software into a single tool. It incorporates scheduling guidelines designed by leading sleep researchers at Monash University, Austin Health and the Institute for Breathing and Sleep.
Alan Dormer, CEO of Opturion stated, "Opturion is unique in its ability to build rosters that ensure complex service levels and compliance requirements are met at minimum cost. Alert safety is a further level of compliance sophistication, so it was a natural extension. We see this as a major opportunity for the health sector to improve performance and control costs, and we now have the software to deliver those outcomes," Mr Dormer says.
Professor Steven Lockley, the Alertness CRC Program Leader for Safety and Productivity Improvements and Professor at Monash University, says until now it has been difficult to incorporate knowledge of factors causing sleepiness into the rostering process. "The great advantage of this new tool is that those factors are automatically included when the schedule is generated, and, we hope, therefore minimising preventable medical errors due to poorly designed work shifts," Professor Lockley says.
The system is not only for medical personnel. "Alertness-safe staff rostering is particularly relevant for overnight workers, shift workers or people starting early in the morning", Professor Lockley said. "Our system could potentially benefit those working in many professions; not just in healthcare, but also mining, police, firefighters, ambulance service, pilots, ships' captains, long-distance trucking and others."
About the CRC for Alertness, Safety and Productivity
The Alertness CRC is an industry focused research program committed to maximising alertness in the workplace. The mission of the Alertness CRC is to 1) Promote the prevention and control of sleep loss and sleep disorders, and 2) Develop new tools and products for individuals and organisations to improve alertness, productivity and safety. http://www.alertnesscrc.com/
For interviews with Assoc Prof Mark Howard contact:
Julie McNamara, Deputy Director, Communications, Austin Health
T: 0419 595 688
Susan Waterer, Communications Manager
T: 0423 194 593, E: firstname.lastname@example.org
In children with the Dravet syndrome - a severe form of epilepsy - those given cannabidiol saw the median frequency of convulsive seizures drop from 12.4 to 5.9 per month - and 5 per cent of the children became entirely seizure free, a study in the New England Journal of Medicine has found.
"This is a major scientific breakthrough", says Professor Ingrid Scheffer, who is our Director of Paediatrics, one of the world's top epileptologists, and a contributing author of the study. "It's the first scientific evidence that cannabidiol works. There have been anecdotal reports in the past, and people with firm beliefs that it works in epilepsy, but this is the first time it's been proven."
Known as CBD, cannabidiol is a natural compound found in cannabis seeds, stalks and flowers. Studies have shown it does not have the psychoactive properties of THC.
Conducted for the Cannabidiol in Dravet Syndrome Study Group, the randomised, double-blind, placebo-controlled trial involved 120 children and young adults across the US and Europe. They received cannabidiol oral solution or a placebo, in addition to standard antiepileptic treatment.
Seizure frequency was measured over a 14-week treatment period. The median frequency of convulsive seizures per month decreased from 12.4 to 5.9 with cannabidiol, compared with a decrease from 14.9 to 14.1 with placebo.
There was no significant reduction in nonconvulsive seizures. Five per cent of patients taking cannabidiol became seizure-free, compared with none of the placebo group.
Side effects were more frequent in the cannabidiol group and included diarrhoea, vomiting, fatigue, increased body temperature, drowsiness and abnormal liver-function tests.
Professor Scheffer welcomed the findings. "I am delighted that we finally have high level evidence that cannabidiol is effective for uncontrolled seizures in Dravet syndrome," she says.
"Until now, there has only been anecdotal evidence but now we have scientific evidence proving that cannabidiol is definitely effective in epilepsy.
"The next question is whether cannabidiol is effective in other forms of epilepsy and it is great that there are trials already underway of cannabidiol in other groups of patients with epilepsy."
Scientists at the Olivia Newton-John Cancer Research Institute have made a groundbreaking discovery that could progress the fight against gastrointestinal cancers, revealing a novel way to suppress the growth of tumours.
Gastrointestinal cancers - those that affect the stomach and bowel - are among the most common causes of cancer death, affecting more than 15,000 Australians each year.
The researchers have shown, in preclinical studies, that inhibiting a protein called HCK (hematopoietic cell kinase) can suppress the growth of established gastrointestinal tumours and reduce the emergence of new cancers.
Professor Matthias Ernst said HCK had a powerful role in cancer development because of the effect it has on macrophages, a critical part of the immune system. "We have known for a long time that in non-cancer situations macrophages have two major roles;" Professor Ernst said. "These cells can behave like ‘garbage collectors' when they remove unwanted debris or damaged cells, or they can behave like ‘nurses' to help at sites of injury and wounding.
"What we've now discovered is the more HCK activity a macrophage has, the more it nurtures cancer cell growth and survival. The macrophage becomes a wound healer rather than a garbage collector that cleans up the cancer cells."
Professor Ernst's team found that inhibiting HCK using a small drug-like molecule reduced the growth of bowel and gastric cancers. Their work is published in the current issue of the international journal Cancer Cell.
Dr Niall Tebbutt, Head of Medical Oncology at the Olivia Newton-John Cancer Wellness & Research Centre said the research presented important insight into future treatment approaches for gastrointestinal cancers. "Unfortunately, bowel cancer is generally resistant to conventional immunotherapy treatment," Dr Tebbutt said. "This research may help us to understand why bowel cancer is so resistant to immunotherapy but, more importantly, it provides a new approach to possibly overcome this resistance through inhibition of HCK. Future clinical trials of this approach in patients with advanced bowel cancer are worth pursuing."
Associate Professor Gwynne Thomas is Austin Health's first ever Emeritus Clinician.
This is a new award created to recognise service that is truly extraordinary. In his 40th year at Austin Health, "Gwynne was the first person to come to mind for many, and universally endorsed as an appropriate choice for the Emeritus role," says Austin Health's Chief Medical Officer, Dr Fergus Kerr.
He worked as a Senior Renal and General Medical Physician for 39 years, and was the Head of General Medical Unit 1 for 25 years. He was the Director, then Medical Director of the Medical and Emergency Clinical Service Unit during its first 13 years, and was heavily involved in hospital management.
A/Prof Thomas lists among his achievements establishing the Infectious Diseases department and the Endocrine Centre of Excellence - departments that contribute significantly to Austin Health's international reputation. In the case of the Endocrine Centre of Excellence, when A/Prof Thomas was told by the chief executive officer that there wasn't enough funding to create the Centre, he went on to raise a million dollars through private donations. He followed that achievement by raising $400,000 to establish the Renal Pancreatic Islet Cell Programme.
He unified the separate Renal Units from Austin Hospital and Heidelberg Repatriation into a single entity.
The mentoring and development of junior medical staff is a passion of A/Prof Thomas'. He set up informal mentoring for junior medical staff in the nephrology and general medicine, something which has more recently been formalised into an official hospital-wide programme to support junior doctors, and developed many people in clinical leadership positions.
A/Prof Thomas is also the inaugural President of Austin Health Medical Alumni Association.
As well as giving recognition, Emeritus Status offers recipients an avenue to continue to contribute through teaching, research and mentoring roles, as well as committees and associations - something that is of significant benefit to Austin Health.
"Thank-you for this Award," said A/Prof Thomas. "I have had the most wonderful time in all my years at Austin Health, and have enjoyed the camaraderie, but I decided it was time to stand down from paid hospital work to give the young doctors a chance to develop their careers."
‘Emeritus' is an honorary title given to a person of outstanding merit, especially by universities. A/Prof Thomas was presented the inaugural Emeritus Clinician award by the Board on March 30 2017.
A world-leading study which aims to improve control of superbugs is one of five new cross-institution genomic sequencing projects announced by Health Minister Jill Hennessy at Austin Health.
Austin Health is co-leading the Controlling Superbugs project with the Microbiological Diagnostic Unit Public Health Laboratory. The project will assess whether genomic sequencing can track the transmission of antibiotic-resistant bacteria in real-time across multiple hospitals, improving control of superbugs and preventing further spread.
Austin Health is involved in all five disease areas in which selected patients will receive genomic sequencing through the Melbourne Genomics Health Alliance during 2017 to 2019. Genomic sequencing enables the examination of a person's, or a bacteria's, complete genetic information to identify gene changes that may impact health or, in the case of superbugs, enable more accurate characterisation.
Controlling Superbugs project co-clinical lead and Austin Health clinician-researcher, Dr Norelle Sherry says superbugs are a rapidly escalating global problem and genomic sequencing is our "best new weapon" in the fight against them.
"Genomic sequencing of antibiotic-resistant bacteria can more accurately identify these bacteria and their antibiotic resistance. It can also provide information to map how superbugs are spreading,'' Dr Sherry says.
Controlling Superbugs is the first project internationally to investigate the impact of rapid genomic sequencing of superbugs on individual patient care and hospital-wide infection control strategies.
"Rapid genomic sequencing of superbugs means that results can be reported in a matter of days, enabling real-time action on reducing infection risk.
"We are building a world-leading model for a real-time, state-wide, genomics based superbug tracking system that will improve protection for all Victorians." Dr Sherry says.
Dr Sherry says sequencing may also help identify the best treatment for a patient's superbug infection, which ultimately reduces the risk of bacteria developing further antibiotic resistance.
Patients at particular risk from superbugs include those in intensive-care units, those being treated for cancers or particular blood disorders and transplant recipients.
Experts at Austin Health, The Royal Melbourne Hospital, Monash Health and the Peter MacCallum Cancer Centre, together with the specialist genomics laboratory at the Microbiological Diagnostic Unit Public Health Laboratory, will test bacterial isolates from 1700 patients over the next 18 months.
Austin Health is also leading a genomic sequencing project aimed at improved diagnosis and care of patients with complex neurological and neurodegenerative disease. Along with our project partners we are also involved in the other projects which are:
• Better understanding the cause of a patient's bone marrow failure, enabling more personalised medical care and improved identification of relatives at risk.
• Better understanding of the cause of multiple abnormalities of babies who die in utero or in early infancy.
• More accurate diagnosis and improved patient care for genetic kidney disease.
For more information visit melbournegenomics.org.au.
"I wanted a life! So I just woke up one morning when they come around and said: I'm going home with a trachy," says Colin Gray.
The dairy farmer and CFA volunteer became quadriplegic in a farming accident in 2011, and repeat admissions to intensive care due to chest infections left him flat on his back.
Colin informed his treating team that he wanted to go home with a permanent tracheostomy tube - a breathing tube inserted into his windpipe (trachea) through a hole in his neck. He wanted to carry on with his life, his business and one important goal: to walk his daughter Robyn down the aisle on her wedding day.
"It was a pretty proud day to be honest. It was just fantastic," says Colin.
It was the first of many life goals that Colin has achieved since with the assistance of Austin Health's Tracheostomy Review and Management Service (TRAMS), one of the leading tracheostomy services in the world.
People with a tracheostomy treated at Austin Health are more likely to learn to speak earlier, wean earlier from a ventilator and be able to live in the community than those treated in most other hospitals.
TRAMS is a founding member and model service for the Global Tracheostomy Collective (GTC), which aims to make the outcomes achieved for patients by Austin Health standard across the world.
Colin, who is used to running a business, values that he has always been able to set the agenda for his care. He works with TRAMS to tailor his program to his specific tracheostomy needs. He also shares his experiences with his clinicians to benefit other patients.
For example, he recently developed an infection in his stoma; the hole in his neck where his tracheostomy tube is inserted TRAMS helped him to access additional nursing care and in consultation with TRAMS, Colin has come up with a new process for stoma care that reduces his risk of developing another infection: "Instead of one dressing under the trachy, we now use two. With two dressings, a carer can slip one out and you still have a dry one underneath," he explains.
The GTC now has over 100 patient and family members, who can join for free. The GTC's patient and family committee plays a critical role, teaching healthcare professionals about the experiences of people living with a tracheostomy, to lead to improved care.
TRAMS nurse consultant Kristy McMurray, who is also the GTC's Patient & Family Committee Officer, says that setting up the committee is also "about creating a support network that doesn't currently exist for adult tracheostomy patients, where people can share their experiences, network with other patients, and where we can hear the patient's perspective."
Austin Health is hosting a Patient and Family event for past and present tracheostomy patients and their families on April 4th. The event provides an opportunity to meet and share stories with other patients and their families who have had or have a tracheostomy - including Colin Gray, and hear news about tracheostomy care around the world. To find our more, visit http://tracheostomyteam.org/patients/
See more on Colin Gray's story:
Austin Health's nerve transfer surgery program is an Australian first, providing life-changing surgery to give people with quadriplegia use of their hands. Now a new telehealth program is helping surgeons connect with people around Australia to assess them for suitability - saving them from having to travel to Melbourne.
Hear about the program from plastic and reconstructive surgeon Natasha van Zyl and young dad Rob, who became quadriplegic in a surfing accident:
We need your help to raise $12,000 to purchase new equipment for the program, including a 42-inch LCD monitor, camera and audio.
This will vastly improve the amount of information we can learn from remote and regional patients without the need for them to travel to Melbourne. The only trip they need to make is for the surgery itself.
When her husband John started complaining of mysterious itching and getting up at strange times of the night, Nancy Panettieri couldn't work out what was going on.
"Then this particular Saturday morning, he was in a very bad way. By the evening, he said he could hear people having a party downstairs and things going on in the neighbourhood, but we live in a very quiet street. We made the decision together and rang the doctor, and they rang an ambulance," Mrs. Panettieri said.
John was admitted to Austin Health and diagnosed with a urinary tract infection.
"We didn't know. The paramedics found he had a temperature - and that week he'd had a lot of medication," Mrs. Panettieri said.
For Nancy, in particular, the diagnosis was a relief. Things that had really frightened her finally made sense.
"I've spoken to my friends about this, and none of them have heard about it - apart from a few, who said they'd had a similar experience," she said.
"I really want people to know more about it, to be aware that it might happen to their relatives," she said.
Victoria Clague - who is the acting nurse unit manager of Ward 10 at Austin Health as well as the treasurer for the Australasian Delirium Society - says that sometimes delirium takes time to diagnose in elderly patients.
"If hospital staff don't know a patient, they need to determine if some degree of confusion is normal for them. The unfamiliar, noisy, hospital environment can cause a further layer of confusion to an elderly patient who is already unwell and it can take time for the patient to settle," she said.
Ms Clague said that one in four elderly patients in hospital develop delirium - and while it is usually brief and reversible, that some patients never fully recover. She too wants more people to know and recognise the signs of delirium, so that it can be caught earlier.
"With some forms of delirium - called hypo-delirium - the person just appears to be asleep for most of the time, and we need to be careful to wake those people up. They could slip into death if their delirium is not recognised," she said.
"With the more agitated states of delirium, some families leave shocked and in tears because they're so confronted and frightened by their family member's behaviour," she said.
"But the good news is if we can recognise it, we can treat it," says Ms. Clague.
This Wednesday 14 March was the first World Delirium Day. The aim for the first year is simply to increase the awareness of delirium amongst both the general public and health practitioners.
For family members, Ms. Clague says "if an elderly family member has significant and unexplained changes in behaviour, it may be a delirium. It's a particular risk in people with dementia or who've experienced delirium before, but anyone can experience it, even younger people."
For healthcare workers, there is a delirium awareness quiz and information sheet about how to recognise delirium at http://www.idelirium.org/
Ground-breaking Austin Health-led research means police could soon be able to test drivers for drowsiness, in a move experts believe will dramatically reduce fatigue-related road death.
Fatigue is a factor in up to a third of serious traffic accidents in Victoria, killing about 50 people and seriously injuring a further 300 in Victoria annually.
Experts believe the technology could hold the key to changing driver behaviour toward getting behind-the-wheel while tired in the way that alcohol testing has changed attitudes to drink driving.
Research lead, Austin Health and Institute for Breathing and Sleep, sleep and respiratory specialist Associate Professor Mark Howard and his team have successfully tested the technology, which involves using "smart glasses" to track eye movements, including the duration of blinks and how eyes scan the road, to accurately measure driver fatigue levels in both laboratories and off-road driving simulations.
Researchers studied drowsiness in night-shift workers during driving tests and found a tenfold increase in ‘microsleeps' and double the number of lane crossings.
They also found drivers struggled to keep their eyes open and had more trouble staying in the middle of a lane.
Prof Howard says they are now working on translating technology calibrated for each driver to a one-size-fits-all-test that police could use to scientifically determine in a roadside test if someone is too tired to drive.
Assoc Prof Howard says a big part of the problem is a low awareness of what it means to be too tired to drive.
"Usually there has been simple messaging for this; if you feel fatigued stop driving. But that means different things to different people," he said.
"I have clinical examples where people have run off the road, hit a tree, and nearly killed themselves," Assoc Prof Howard says.
"You'll ask them: ‘Were you tired? They'll say ‘no'.
"Then you'll ask: ‘Did you wind the window down?'
"They'll say: ‘Yeah and I also turned the radio up to help keep me alert - but I wasn't tired," Assoc Prof Howard says.
He says raising awareness of what it means to be tired will be key to reducing deaths.
"With drug and alcohol testing, you're trying to change driver behaviour. You don't need to detect everyone - just the tip of the iceberg people who are very impaired.''
"Education, with measurement and enforcement, creates the behaviour change''.
"We are really at the start of the journey for drowsy driving - people still see it as a badge of honour to drive while tired".
Assoc Prof Howard says a key to progress the research will be the establishment of a Centre of Excellence in Respiratory and Sleep Medicine at Austin Health. A collaboration between Austin Health and the Institute for Breathing and Sleep, the Centre will provide a world-class research and specialist clinical care hub under the one roof. For more information visit: http://centreofexcellence.austin.org.au/.
Imagine this: your Nan is getting very old and frail, but is still living independently and doing well. Until she falls, fractures her hip and ends up in hospital. She has surgery and pain-relief drugs, but ends up confused and delirious, and can't get out of bed. Then she gets a pressure wound and a urinary tract infection from lying in bed... and ultimately, never returns to the level of health and mobility she had before the injury.
Unfortunately, it's not an uncommon scenario - but it's one that Austin Health's Director of Physiotherapy Research A/Professor Cathy Said and her research team hope to change for the better.
"We know that people do better if we can get them up and walking within a day or two of their surgery, but that's not always possible," says Dr Said. "Some are too confused, or there might be physical or medical reasons that make it difficult to get them out of bed, like low blood pressure.
"If we can get people exercising while they're still in bed, we're hoping that it will result in better mobility as well as a reduction in some of the adverse events related to surgery and being in bed for a long time, such as delirium and confusion, respiratory problems, pressure injuries and urinary tract infections. It may also be safer way for staff to exercise patients.
"We know that some people have a lot of trouble regaining mobility after a hip fracture and some never get back to the level of function that they had before, and we know that people who are old and frail don't do well lying around in a hospital bed - which is why it's important to get them up and moving sooner rather than later," says A/Prof Said.
The research team, which includes A/Prof Said, Physiotherapy manager A/Prof Sue Berney, physiotherapist Marissa Delahunt and director of Orthopaedic Surgery, Mr Andrew Hardidge, will spend the $30,000 to purchase a new recumbent bike like the one pictured to use at Heidelberg Repatriation Hospital and for research staff to carry out the intervention.
They build on a body of research coming out of Austin Health's Physiotherapy Department demonstrating that the earlier you can get patients moving again after injury or illness, the better they recover - including a world-first trial in which unconscious patients in the intensive care unit were strapped to a similar style of bike, which found that exercise while still in ICU may improve patients' function and reduce delirium.
The AMRF funds research undertaken at Austin Health that aims to improve the care we deliver to patients, and recently allocated over $320,000 in grants for 20 new research projects. Support the great research done here at Austin Health or see the full list of grant recipients for 2017.
When Rachel Brown was referred to The Surgery Centre (TSC) for a knee operation, she wasn't expecting to be the very first person to sit in the recliner that she was allocated - or to wait only three weeks for surgery.
"It's very nice! It's very open here now and must be much nicer for the staff to have all this space and be able to move around. You can see that a lot of thought's gone into the design," she said admiringly.
Rachel was one of the first patients to be treated in the expanded ‘satellite' to the TSC, which is seven spaces bigger from this Wednesday - with an additional four beds to open on the ward within weeks.
The additional capacity is expected to supercharge the surgical output of The Surgery Centre. Last financial year, TSC treated more than 10,000 patients - and this latest capacity boost should see them treat around 15 per cent more patients each week. These renovations will see TSC functioning with two discrete areas - a 32-bed ward for patients who need overnight care, and a 21-space satellite especially for same-day surgery patients.
When TSC first opened at the Heidelberg Repatriation Hospital in 2008, it brought a new way of doing surgery to Austin Health. Protected from the Austin Hospital's growing emergency surgery demands, TSC could offer a near-guarantee that people would get their surgery on the day that it was booked. By focussing on simple, non-urgent procedures, TSC began completing 6,000 surgeries a year.
Local waiting times for category three and four procedures (those considered non-urgent) began to plummet, and several expansions later, TSC is now open 7 days a week, runs with eight operating theatres, and completes increasingly complex procedures.
While very happy with the speed of service, for Rachel, it's the care she and her family have received that's left the greatest impression. After years of working in the disability sector and teaching dance, this is the second time in a year that she has needed an arthroscope to tidy up and repair damaged tissue in her knees - and she was last at TSC only a week ago when her 9 year old son needed surgery after injuring his foot.
"The care has been amazing. Even the guy who puts you in the wheelchair to take you to surgery is so lovely. And my son's care was amazing too. That's so important for those who come in feeling anxious," she says.
"You feel like a person, not a number. We're so blessed to have a hospital with facilities like this so close to home," she said.
12th January, 2017
The concept used by global matchmaking giant eHarmony to pair lonely hearts may hold the key to improving liver transplant outcomes and reducing the number of viable livers which are unused.
In an Australian-first, an Austin Health led study recently published in Transplantation journal found using artificial intelligence to predict the outcome of future transplants can greatly improve the accuracy in matching donors and recipients - leading to less graft failures and deaths post-transplant. The Chief Investigator, Austin Health's research fellow Dr Lawrence Lau said the study used machine-learning - a type of artificial intelligence that provides computers with the ability to learn without being explicitly programmed.
"Machine-learning algorithms can be trained to predict the outcome of a new event, based on multiple interactive factors observed in previous events where the outcome is known," Dr Lau said.
"This approach not only considers the influence of each variable, but also looks at how the variables interact with each other in complex, interdependent ways.
"This is the same concept eHarmony uses to match those looking for love with potential partners. eHarmony considers hundreds of variables in deciding the ideal match for prospective partners. Similarly, long-term organ/recipient compatibility is our ultimate aim and this is dependent on many different interactive donor and recipient factors."
The study, which was in collaboration with University of Melbourne Department of Computing and Information Systems PhD candidate, Yamuna Kankinage, used Austin Health liver transplant data from 2010-2013. The top 15 donor, recipient and transplant factors influencing the outcome of graft failure within 30 days were selected using a machine-learning methodology and an algorithm predicting the outcome of graft failure or primary non-function was developed based on those factors.
Dr Lawrence Lau said the study found the method had an accuracy rating of 84% at predicting graft failure 30 days post-transplant compared to 68% with current methods.
"At the moment there's really no method to determine the safest and most effective way to use the scarce donor livers. It largely comes down to a surgeon's judgement call of who we should give a particular organ to," Dr Lau said.
"This study is a proof-of-concept that machine-learning algorithms can be an invaluable tool, supporting the decision-making process for liver transplant organ allocation.
"The benefits of being able to assess the suitability of organs in a quantitative way, and to assess how well they match a particular recipient, are huge.
"Currently about 10% of Australian patients in need of a liver transplant die on the waiting list. Because our current donor liver assessment method is subjective, sometimes probably viable organs are discarded. This technique would minimise this.
"It could also reduce patient mortality post transplant and the need to re-transplant, both of which continue to be big problems in liver transplantation.
"The idea to use machine-learning algorithms came from a desire to replicate the experience of some of our most senior clinicians, like Austin Health's Professor Bob Jones, who has over 30 years liver transplantation experience and performed Victoria's first liver transplant in 1988, in a quantifiable way. This tool can then be used by transplant surgeons to make better calculated decisions in the future."
Dr Lau said the concept could be successfully applied to many other areas of medicine such as in cancer detection, prognostication and treatment planning to enhance clinical decision-making.
"Machine-learning algorithms are already used across a wide range of fields including search engines, agriculture, financial markets and match-making. There is so much untapped potential to apply this in medicine," Dr Lau said.
The next step is to perform a randomised prospective trial, pitting liver transplant decisions aided by specially designed machine-learning algorithms against unaided clinician-made decisions.
Chronic viral hepatitis is the leading reason for liver transplantation. Each year, approximately 2500 Australians die from Hepatitis C while over 7000 die from chronic liver disease overall.
For interviews with Dr Lau please contact Julie McNamara, Austin Health Corporate Communications on: 0419 595 688
Austin Health endocrinologist Dr Ada Cheung is set to begin 2017 as the new Bernie Sweet Clinical Research Fellow. Dr Cheung will use the $25,000 grant to investigate the bone effects of hormone therapy in people who are transgender - the first time that the fellowship has ever been used to support transgender health research.
Dr Cheung, from the new Transgender Research Group, is seeing an increasing number of transgender patients. She says that people who are transgender or gender diverse can experience distress because their physical appearance does not match their inner identity, contributing to alarming rates of depression and suicide.
"Cross-sex hormone therapy can relieve that distress," Dr Cheung says. "But there is much we don't understand about hormone therapy. Which hormonal treatments work best? One drug or two? How fast? What are the side effects? And is this safe? Our research seeks to answer these questions," she says.
"We know that sex hormones are critical for bone health and when we treat transgender individuals, we usually reduce their natural levels to nearly zero. This must have some sort of effect on their bones and we want to study this. It will help inform transgender individuals and their treating doctors about potential risks and allow us to monitor for or prevent any possible side effects on their bone."
"There is a profound lack of good quality medical research in the trans and gender diverse area and as such clinical care is not evidence based. Traditionally there has been a lack of awareness and sensitivity in health care that has perhaps led to inadequate access to health care and disparities in the health system for this population, and lack of medical research in this area. I want to change this," Dr Cheung says.
To undertake the research, Dr Cheung will collaborate with the Bone Research Group, which is also based at Austin Health's Endocrine Centre of Excellence. Researchers will use the group's state-of-the-art high resolution 3D bone scanner to compare the 3D structure of bone in people starting cross-sex hormone therapy with people the same age who are not undertaking the therapy.
Dr Cheung will begin looking for participants once approval from the Austin Health Human Research Ethics Committee has been finalised.
She has also founded a not-for-profit organisation called the True Colours Medical Research Fund, to crowdfund medical research to advance healthcare for trans and gender diverse people. It will have a presence at Midsumma Festival on January 15 and is supported by Austin Health, The University of Melbourne and TransGender Victoria.
The Bernie Sweet Clinical Research Fellowship is the flagship grant awarded each year by the Austin Medical Research Foundation (AMRF). The AMRF supports research undertaken at Austin Health, and recently allocated over $320,000 in grants, for 20 new research projects to begin in 2017.
If you'd like to support the great research done here at Austin Health, visit http://austinmrf.org.au/support-amrf
Austin Health will lead a $4.8 million study which may be a game-changer in preventing chronic pain after major surgery.
Chief Investigator, Austin Health’s Professor Philip Peyton has received the largest Australian National Health and Medical Research Council Project grant for 2017 to carry out the ROCKET (Reduction of Chronic Post-Surgical Pain with Ketamine) trial.
Assoc Prof Peyton said a recent large study showed 12% of patients who have major surgery – particularly abdominal, thoracic or orthopaedic surgery – developed long-term pain as a result of their surgical wound.
“This funding is an affirmation that this condition is a major health problem,” Assoc Prof Peyton said.
“The trial will answer one of the most important clinical questions in our field,’’ Assoc Prof Peyton said.
“Chronic pain not only has a major detrimental impact on patients’ quality of life but it also is likely to cost the Australian economy billions of dollars annually in lost productivity and additional medical costs.”
The international study will involve almost 5000 patients who will be followed for 12 months post their surgery.
All patients on the trial will receive standard anaesthesia and post-operative pain relief while half of the patients will also receive ketamine as part of their anaesthesia and then for post-operative pain relief for up to three days post-surgery.
“Ketamine is a powerful analgesic that targets specific pain receptors in the nervous system that we think might be involved in the development of chronic pain,” Assoc Prof Peyton said.
“Ketamine might influence the development of processes in the central nervous system that lead to this.’’
The study will also focus on patients’ well being and quality-of-life post surgery.
The trial will begin in mid-2017.
Over $12 million in research funding will flow to Austin Health from the December round of NHMRC funding.
We all have one. The annoying friend who spends five minutes getting the perfect shot of their café breakfast before the rest of the table is allowed to take a bite. Down-to-earth Gary McQuiggan doesn't strike you as the type of bloke who would fit this category but since April he's whipped out his smartphone to take shots of almost every meal that's passed his lips.
Gary isn't taking photos to gain ‘likes' on social media though, he's taking them to save his life.
Taking food ‘selfies' is an integral part of an Austin Health led smartphone based rehabilitation trial Gary joined after suffering a heart attack in April.
Austin Health Interventional Fellow, Dr Matias Yudi is the brains behind the CardiacMate trial which aims to reduce the recurrence of cardiac problems for people who have suffered heart attacks by providing them with ongoing support and guidance when they return home from hospital.
Funded by the Heart Foundation and the Victorian Government, the innovative trial has just finished recruiting patients across six Melbourne hospitals. Dr Yudi was recently named the Heart Foundation's Victorian top-ranked Health Professional Scholar for his work. With the rising popularity of smartphones, Dr Yudi says it makes sense to harness the latest technology to try and reduce coronary heart disease - the world's leading cause of death.
"We know heart attacks are preventable through simple lifestyle modifications and better medical therapy," Dr Yudi explains.
"In an era where prevention is better than cure I think we need to take responsibility and start looking after the patients more holistically and for longer periods of time.''
Dr Yudi says most patients start off with good intentions but, unfortunately, for many, life gets in the way and they slip back to their old unhealthy habits.
"The trial means we can follow patients wherever they are. It makes them more accountable and we can provide them with targeted support and advice''.
Patients are encouraged to upload photographs of every meal they eat so medical staff can provide dietary feedback. The program also tracks physical activity levels through the smartphone's accelerometer and provides interactive feedback and goal setting while a dynamic dashboard is used to review and optimise cardiovascular risk factors.Medical staff send regular health education messages, provide pharmacotherapy review and offer words of encouragement via the app while patients can send staff questions through a built-in messaging service.
Gary lost 11kgs on the program, returning to a healthy weight and also dramatically lowered his cholesterol and improved other risk factors in the process.
"It has absolutely changed my life,'' the father-of-two enthuses. "I knew that I had to change my habits but it was a matter of doing something about it. I never ate a lot of junk food but I ate too much - one of the things the program really helped me do was reduce my portion sizes.Knowing that someone is going to be analysing the food you put on your plate definitely influences what you choose to eat."
The app also spurred the Lower Plenty man to adopt an active lifestyle.
"I used to play a lot of sport when I was younger but as I got older I became less active. Now I'm walking 75kms a week and I feel guilty if I don't get out there.''
Gary lives alone and says another benefit of the app is it helped him feel less isolated post the emotional trauma of his heart attack.
Preliminary results of the trial will be available in February 2017.