• Skip to main content
  • Skip to primary sidebar

Gold Coast Health & Knowledge Precinct

Transform with us

  • Home
  • About Us
    • Strategic Plan
    • Partners
      • City of Gold Coast
      • Griffith University
      • Gold Coast Health
      • Economic Development Queensland
      • Gold Coast Private Hospital
      • Cohort
      • Southport Sharks
    • Our people
    • Precinct Office
    • Map
    • Contact Us
  • Do Business
    • Investment Incentives
  • Live & Play
    • Australia’s Gold Coast
    • Residential – Smith Collective
    • Lifestyle – Retail and Recreation
  • Work & Study
  • Projects
    • Projects Overview
    • ADaPT
    • Clinical Entrepreneurship Change Agents Program
    • NeuTex Image-guided Surgery and Robotics Training Centre
  • Research
    • Overview
      • Additive Manufacturing
      • Biotechnologies
    • Research Institutes and Centres
    • Precinct experts
    • Research Equipment & Facilities
    • Clinical Trials
    • Health and medical training and conference hub
  • News
    • Latest News
    • Newsletter
    • Media
    • Video Channel
  • 中文
    • English
    • 中文

Filed Under: HEALTH, INVEST, PROJECTS, TECHNOLOGY Tagged With: Dr Hal Rice, Dr Laetitia de Villiers, image-guided surgery, NorthWest, Philips

Global healthcare leader Philips backs high-tech medical training centre in Precinct

Dr Hal Rice, Director Interventional Neuroradiology, GCUH with Dr Atul Gupta, Chief Medical Officer, Philips Image-Guided Therapy and Dr Laetitia de Villiers, Interventional Neuroradiologist, GCUH

Global healthcare technology leader Philips will partner in a unique, cutting-edge research and training centre in the Gold Coast Health and Knowledge Precinct, where its latest image-guided therapy technology will support training specialist physicians from across the Asia-Pacific and pioneer new precision approaches in a wide range of clinical areas – from cardiovascular disease to stroke, cancer, and spine conditions.

Led by interventional neuroradiologists Dr. Hal Rice and Dr. Laetitia de Villiers, who deliver the latest innovative treatments for stroke and brain aneurysms at Gold Coast University Hospital (GCUH), the facility will showcase Philips’ interventional solutions and trial new technologies such as artificial intelligence (AI), robotics and novel 3D printed anatomical models.

The pilot centre is also being supported by NorthWest Healthcare Properties, ahead of moving into their proposed state-of-the-art new building, ‘RDX Lumina’, on a prominent GCHKP site in the Lumina commercial cluster.

Read the Philips story here.

It’s a centre that represents a revolutionary step in medical education and new technology development to drive the future of minimally-invasive patient care.

Building on a strong track-record of delivering specialised training and conducting world and Australian-first clinical trials at GCUH over the last decade, including a world-first robotic stroke clot removal, Dr. Rice says the facility will be a unique space just for training and technology development.

“This dedicated facility will have the latest equipment and space to accommodate larger groups, without the constraints of prioritising patient care within a busy hospital environment,” Dr. Rice says.

“Importantly we’ll be able to expand our research and development (R&D) in the neurovascular field, while broadening training in other surgical specialties, widely utilising 3D printed models to revolutionise training and looking to a future where AI and robotics will enable remote procedures, virtually anywhere in the world.”

It is incredible to have Philips’ support as our key technology partner and to also be able to bring other leading medical device companies to our facility to join forces in R&D.”

Artist render of the new centre
The latest Philips Azurion biplane system for image-guided therapies

Philips will equip the centre with their Azurion biplane system, a leading platform for interventional procedures, favoured for its intuitive, seamless approach that enables clinicians to focus on treating the patient. The latest version of Azurion takes a further leap in integrating essential lab systems and tools into one platform.

Interventional radiologist and Philips’ Chief Medical Officer for Image Guided Therapy Dr. Atul Gupta said that the global reputation of Dr. Rice and Dr. de Villiers was key to the decision to collaborate in the centre.

“Optimising the workflow across the entire care pathway offers the best chance of improving outcomes for patients with neurological conditions such as stroke and cerebral aneurysms,” says Dr. Gupta.

“One patient, every single second, somewhere on earth has their life improved, or sometimes saved, thanks to one of Philips’ image-guided therapy devices or systems.

It is super important for us to collaborate with leading physicians like Dr Rice and Dr de Villiers here in the Gold Coast Health and Knowledge Precinct, because they are so actively involved in pushing the envelope with neurovascular disease – stroke and cerebral aneurysm care.

We have clinical sites all over the world, 500, 600 clinical sites, but what makes this site so unique is that it is not in a hospital, this freestanding facility is purely focused on education and R&D without having patient care get in the way, which will amplify access to education and training, and furthermore, by virtue of it being on the Gold Coast, is a key hub to access a huge part of the world – the entire Asia-Pacific region.”

The GCHKP location represents an added opportunity to create collaborations with Griffith University researchers, other clinicians and industry partners.

Dr. de Villiers said the new centre would be equipped to enable live links to theatre suites, including a new suite being established at Gold Coast Private Hospital,  for training doctors to be able to review and then replicate complex procedures.

Life-like 3D printed models will revolutionise training

“They will be able to practice on exact 3D printed replica models of the brain blood vessels of patients whose procedures they have just watched us undertake, utilising the state-of-the-art Philips image guidance system,” says Dr. de Villiers.

“They will also be able to rehearse their own patient cases on personalised patient models that accurately simulate the feeling of pulsing blood, that we can 3D print in advance of training, and we can guide them through these difficult procedures.”

Dr Gupta sees an exciting future for image-guided therapies:

I think the future is going to be an inteventional suite powered by even better imaging, perhaps essentially imaging without raditation. We’re going to have even smaller endovascular devices for treatment of cardiovascular disease and its going to be empowered by artificial intelligence, augmented reality and procedural automation”

Pilot facility to be expanded into proposed new building

The new centre, which will also be equipped with high-quality audiovisual and high-speed data links, has been enabled through a substantial fit-out of an existing GCHKP legacy building in the Lumina commercial hub, supported by NorthWest Healthcare Properties, ahead of the proposed development of their ultimate facility – ‘RDX Lumina’. RDX Lumina is planned as a world-class life science, research and innovation focused building. The eight-storey facility will be targeting a 6 Star Green Star rating, a first for the Lumina precinct.

Architectural render of the proposed RDX Lumina building

NorthWest Vice President – Leasing, Georgie Huxley, says of the development: “NorthWest specialises in the development and ownership of market-leading health and life sciences properties and precincts, where we combine complementary facilities and the best medical experts in the field to create a hub of the highest quality healthcare offering possible. RDX Lumina is a great example of the intersect between research, innovation, healthcare and clinical training, led by the involvement of industry leaders Dr. Rice and Dr. de Villiers.

We are proud to be delivering this innovative training facility via our team of Australia’s healthcare real estate experts, as the largest specialist healthcare real estate operator in the country by a considerable margin, leading the way in building design and delivery for this eminent site.”

August 17, 2022 By Kathy Kruger

Filed Under: HEALTH, Research, TECHNOLOGY Tagged With: ADaPT, biomedical engineering, fresh scientist awards, GCore, Medtech

‘Queensland Fresh Scientist’ slashes surgery times for young patients

Dr Martina Barzan holding a hip bone anatomical model

The Precinct’s latest ‘Queensland Fresh Scientist’ is helping to slash surgery times and improve outcomes for paediatric patients undergoing complex procedures to correct hip deformities, by modelling surgeries, and designing and 3D printing personalised anatomical models and cutting guides.

Dr Martina Barzan is the 2021 Queensland Fresh Scientist award winner, joining fellow researchers from Griffith University’s Centre of Biomedical and Rehabilitation Engineering (GCore) to secure a hat-trick with awards in 2019 (Dr Antony McNamee) and 2018 (Dr Claudio Pizzolato). No competition was held in 2020 due to Covid.

Bioengineer Martina Barzan is in good company with her GCore colleagues – all focused on improving lives through precision medicine.

In the recent Queensland Fresh Science Awards, she took on 11 other up-and-coming scientists, to describe their scientific discoveries in less than a minute.

“Imagine if your little sister, daughter, or niece could not walk, or even sit, due to hip pain caused by a severe bone deformity,” Dr Barzan pitched. “The only treatment is surgery.”

Every two days, one child in Queensland has surgery to correct hip deformities.”

Dr Barzan plans a surgery with Assoc Prof Chris Bade

Traditionally, surgeons rely on 2D scans to guide surgery planning. Dr Barzan’s approach is to create a 3D digital twin – a computerised replica of a child’s anatomy, with the bones and muscles attached. The digital twin allows surgeons to test surgery options and simulate how the child’s hip would move after surgery.

After finalising their preferred surgical approach, Dr Barzan works with Griffith’s Advanced Design and Prototyping Technology Institute to design and 3D print cutting guides precisely matching the child’s bone shape, to transfer the virtual plan to the operating room.

“Surgery times and radiation doses have been cut in half and, nine months after surgery on the 13 children in our clinical trial, all can sit and walk again,” she says.

The approach is now being applied commercially and is already saving money for hospital services through reduced theatre costs and post-surgery follow-up.

“I was really interested in the medical field, but I didn’t feel like being a doctor was for me, so I was thinking of ways I could contribute without following that career path,” Dr Barzan says.

“I found the field of bioengineering would give me this opportunity, so I really like that I can play a part in this way.”

Heartfelt research for better medical devices

Dr Antony McNamee, a research fellow in the Griffith University Mechanobiology Lab

Dr Antony McNamee also nailed his pitch to take out the 2019 Fresh Scientist Award for best public presentation – focused on research to improve life support machines that keep people alive, but can also cause life-threatening complications.

Dr McNamee tests the BiVACOR total artificial heart

A blood physiologist in the Biorheology Research lab, Dr McNamee develops new and more sensitive techniques to detect red blood cell damage early, with the aim of improving heart-lung life support systems and artificial organs. He’s part of a team working with cardiothoracic surgeons and the medtech industry, including testing a world-first rotary artificial heart developed by Precinct company BiVACOR.

“This research area poses a challenging problem yet to be solved!” says Dr McNamee.

“It’s a fascinating field requiring skills in a number of areas, such as haematology, biophysics, and molecular biology. I get to work alongside some amazing teams in science, engineering, and medicine, to make discoveries that are working towards improving the lives of patients, all around the world.

In the future, artificial organs are going to be part of everyday medical treatment, and our research is helping this happen.

The opportunities are endless, as the health and knowledge precinct has amazing facilities and expertise at its fingertips!”

Dr Pizzolato with co-researcher Dr Dinesh Palipana OAM

Meanwhile, 2018 Fresh Science Judges Award winner Dr Claudio Pizzalato, now a Senior Research Fellow, is making strides in co-leading the novel BioSpine spinal injury rehabilitation research program, alongside Queensland Australian of the Year 2021, quadriplegic physician Dr Dinesh Palipana OAM.

With plans to commence a clinical trial involving a minimum of 5-6 people next year, the first stage of research has focused on customising a brain-computer interface (and Electroencephalogram or EEG) headset, with a virtual reality program to generate patient thought-control of a rehabilitation device, such as a motorised ergometer bike.

“The idea is the one of neuroplasticity,” Dr Pizzolato explains.

“We know we can remap our nervous system. We are using a brain-computer interface (BCI) and interpreting that data using artificial intelligence. That thought is then sent to a digital twin of the person, which controls the rehabilitation device.

The person is more empowered and feels control over their rehabilitation as that missing connection is being re-established.”

Watch our video below to learn more about the exciting medtech research emerging in the Precinct.

 

November 30, 2021 By Kathy Kruger

Filed Under: BUSINESS, HEALTH, INVEST, TECHNOLOGY Tagged With: ADaPT, BiVACOR, Blockchain, Cohort, Griffith Mechanobiology Lab, Griffith University, medical devices, Medtech, Precise Light Surgical, Tymlez

International tech companies move into Precinct

Mayor Tom Tate, with Griffith Vice-Chancellor Prof Carolyn Evans and researchers views the BiVACOR artificial heart

A US-based company behind the world’ first rotary artificial heart (BiVACOR), and another developing a novel surgical laser technology in Silicon Valley (Precise Light Surgical), have been joined by a Netherlands blockchain technology company (TYMLEZ) to base operations in the Gold Coast Health and Knowledge Precinct (GCHKP).

Investment attraction incentives endorsed by City of Gold Coast, together with strong research collaboration opportunities at Griffith University and the opportunity to link with the Precinct’s clinicians, helped attract the companies to join a growing cluster of medical, health and digital technology businesses.

Gold Coast Mayor Tom Tate joined Griffith University Vice-Chancellor Professor Carolyn Evans to welcome the companies into the Precinct, touring the university’s world-class mechanobiology lab to view the BiVACOR artificial heart being tested for optimum blood-flow, before visiting Cohort Innovation Space, where two of the businesses will be based.

Gold Coast Mayor Tom Tate with a 3D printed anotomical wrist model and biodegradable artificial implant

Mayor Tate, who also viewed Griffith-developed artificial wrist technology being tested on a specialised orthopaedic robot, says the GCHKP provides the perfect place for innovative companies to scale-up and grow knowledge-based jobs for the city.

“These companies are in the growth industries of the future and will build the ecosystem of innovation that is developing in the Precinct alongside Griffith University and the hospitals,” Mayor Tate says.

“Our incentives are aimed at supporting their early growth phases so that they can expand highly-skilled jobs here and undertake collaborative research locally to commercialise these exciting new technologies.”

BiVACOR, founded in Brisbane by biomedical engineer and CEO Daniel Timms and headquartered in Houston Texas, has based its international office and software, electronic hardware, and blood compatibility R&D in the Precinct as it continues collaboration with Griffith University’s world-class Mechanobiology Research Laboratory, and prepares its durable total artificial heart for use in the first patients.

Precise Light Surgical (PLS) will base its CEO, Australian R&D and commercial team in the Precinct and plans to roll-out Australian manufacture of its patented Optical Scalpel (O-Pel™) system that precisely removes selected tissue while sparing surrounding anatomy such as nerves and blood vessels. PLS has approval in Australia, the US, and Europe for more than 80 different surgical indications, across eight specialties.

ASX-listed TYMLEZ, founded in the Netherlands and also operating in Germany, offers enterprise-grade blockchain solutions with a focus on supporting clean energy sustainability, along with other opportunities to develop healthcare products that rely on secure, trackable and traceable data transfer.

Griffith University Vice-Chancellor Prof Carolyn Evans tests the BiVACOR artificial heart

Griffith University Vice Chancellor Professor Carolyn Evans, who joined Mayor Tate on the visit to the university’s mechanobiology lab , said industry co-location was critical to taking research out of the lab and providing jobs for graduates.

“There is an increasing focus on linking university research with industry for commercial outcomes and social impact,” Professor Evans said.

“Working with these co-located companies, our researchers will be able to directly contribute to translating improved healthcare and initiatives for a sustainable future, while our students will have access to internship and training opportunities, and our graduates will have great local job opportunities.”

BiVACOR CEO Daniel Timms

BiVACOR CEO Daniel Timms said the company, which has recently raised a further $22milion to develop its device as a viable alternative to transplantation for end-stage heart failure, was confident in the opportunity on the Gold Coast for successful research translation, and a smooth pathway to bringing the technology to the first Australian patients, as part of a consortium of universities and hospitals.

“After coming back from the US where we work very closely with the world-renowned Texas Heart Institute, to see the expansion of this area was really attractive for us to bring our technology back to work with a world-leading laboratory at Griffith, which didn’t exist when we started almost 20 years ago,” Mr Timms said.

“Central to our device is one spinning disk that pumps the blood, and we use magnetic levitation technology so that it is suspended in the blood and there is no mechanical wear, which has been the limitation of artificial hearts to date, with pulsing sacs that will eventually wear out and break.

We’re going to be able to have a situation where the heart device is unlikely to fail, and the patient is able to rely on their implanted artificial heart to pump the blood they need for the rest of their life.”

Prof Carolyn Evans with Precise Light Surgical CEO Richard Nash and Mayor Tate

Precise Light Surgical CEO Richard Nash, an experienced medical technology executive with more than 10 years in management with industry giant Medtronic, said support from City of Gold Coast added to the attractiveness of the Medtech ecosystem in Southeast Queensland as an Asia Pacific base, working alongside their global headquarters in Silicon Valley.

“The Gold Coast has much more to offer than just lifestyle. We see it as the icing on the cake,” Mr Nash says.

“The GCHKP offers a unique opportunity for medical device companies, in having major hospitals and a reputable university. Combined with all resources within Southeast Queensland, the region provides everything required to establish and commercially scale a technology company.

There is significant opportunity for future market validation clinical trials, with an initial company focus on robotic urology procedures in Australia. PLS has also entered discussions with Gold Coast Health and Gold Coast Private Hospital about undertaking local real-world Ear, Nose and Throat (ENT) clinical registries.

In 5 years, we hope to have built a successful international HQ on the Gold Coast, with local APAC manufacture and significant employment.”

TYMLEZ CEO Daniel O’Holloran speaks to media at the announcement

TYMLEZ CEO Daniel O’Halloran, said local connections and support, together with its growing Australian investment base, were key factors in the decision to shift the Rotterdam-based company’s global headquarters down-under, where they can combine their European expertise with local talent.

“Our software is designed to create enterprise-grade solutions that can build and manage blockchain-based ecosystems as quickly and as cost-effectively as possible, replacing traditional databases with decentralised records that can’t be disputed,” Mr O’Halloran said.

We are focusing our product development on disruptive applications to enhance sustainable green energy through smart buildings and smart cities, while also enabling exploration of major healthcare opportunities for our platform software.”

The three new companies join Belgian-based global 3D printing pioneer Materialise, who located key Australian staff onto the Griffith campus in 2018 to work alongside experts at the university’s Advanced Design and Prototyping Technologies facility and grow opportunities for medical additive manufacturing.

Kyle Shapland from Materialise with Griffith Researchers and the 3D printed artifical wrist model and implant being tested on an orthopaedic robot

The Health and Knowledge Precinct, with Griffith University on the Gold Coast is the place we chose to be, and we believe that for medical device companies in Australia and globally it is the place to be for the future

Kyle Shapland, Materialise Australia Business Manager

Left - BiVACOR artifical heart, Top - PLS Optical Scalpel, Bottom middle - Materialise 3D printed heart models, Bottom Right - Griffith 3D printed artificial wrist and implant

The COVID-19 pandemic has also seen increasing interstate interest in the GCHKP, with Melbourne-based artificial intelligence (AI) company Silverpond recently locating a Queensland team to service its energy and utilities clients, and to collaborate with an emerging cluster of AI in healthcare businesses, led by local data-driven technology company Datarwe, which has developed an acute care medical research data platform.

PLS is setting up an office and lab space at Griffith University, while BiVACOR and Tymlez are based at the Cohort Innovation hub, within the Queensland Government’s Lumina commercial cluster in the Precinct.

August 24, 2021 By Kathy Kruger

  • « Go to Previous Page
  • Page 1
  • Interim pages omitted …
  • Page 4
  • Page 5
  • Page 6
  • Page 7
  • Page 8
  • Interim pages omitted …
  • Page 14
  • Go to Next Page »

Primary Sidebar

Recent Posts

  • From Research to Reality: GCHKP Talent Leads the LuminaX 2025 Cohort
  • A New Era of Health and Tech Innovation: HATRIC to Transform the Gold Coast
  • Clinician Entrepreneurship Program wraps as a big success
  • 2025 International Women’s Day
  • International Women’s Day event 2025
  • Associate Prof Lara Herrero leading the fight against mosquito-borne diseases and advancing medical research
  • INVEST-FEST accelerates founder funding
  • Student innovation incubator set to launch in 2025
  • World-first clinical trial for treating spinal cord injury
  • Australian-designed Total Artificial Heart amongst The Australian’s Top 100

Archives

  • April 2025
  • March 2025
  • February 2025
  • November 2024
  • October 2024
  • September 2024
  • July 2024
  • May 2024
  • April 2024
  • January 2024
  • December 2023
  • October 2023
  • September 2023
  • August 2023
  • June 2023
  • May 2023
  • April 2023
  • March 2023
  • February 2023
  • October 2022
  • August 2022
  • July 2022
  • May 2022
  • March 2022
  • February 2022
  • November 2021
  • October 2021
  • August 2021
  • July 2021
  • May 2021
  • April 2021
  • March 2021
  • February 2021
  • January 2021
  • December 2020
  • November 2020
  • October 2020
  • September 2020
  • August 2020
  • July 2020
  • June 2020
  • May 2020
  • March 2020
  • February 2020
  • December 2019
  • October 2019
  • September 2019
  • August 2019
  • July 2019
  • June 2019
  • May 2019
  • April 2019
  • March 2019
  • January 2019
  • December 2018
  • October 2018
  • August 2018

Subscribe to our newsletter and we’ll update you on all that’s new in our Precinct.

Latest News

From Research to Reality: GCHKP Talent Leads the LuminaX 2025 Cohort image

From Research to Reality: GCHKP Talent Leads the LuminaX 2025 Cohort

Read More >

A New Era of Health and Tech Innovation: HATRIC to Transform the Gold Coast image

A New Era of Health and Tech Innovation: HATRIC to Transform the Gold Coast

Read More >

Clinician Entrepreneurship Program wraps as a big success image

Clinician Entrepreneurship Program wraps as a big success

Read More >

2025 International Women's Day image

2025 International Women's Day

Read More >

International Women's Day event 2025 image

International Women's Day event 2025

Read More >

Associate Prof Lara Herrero leading the fight against mosquito-borne diseases and advancing medical research image

Associate Prof Lara Herrero leading the fight against mosquito-borne diseases and advancing medical research

Read More >

Before Footer

Search

Asia-Pacific’s emerging health and innovation hub, the 200-hectare Gold Coast Health & Knowledge Precinct (GCHKP) is a unique global business location for high-tech industry development, research collaboration and jobs of the future.

  • Home
  • About Us
  • Precinct Map
  • News
  • Do Business
  • Work & Study
  • Partners
  • Projects
  • Research
  • Contact Us
  • Privacy Policy
  • Sitemap
  • Subscribe
  • Facebook
  • LinkedIn
  • YouTube

© 2025 Gold Coast Health and Knowledge Precinct. All rights reserved.

Designed and Developed by Stead Lane