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Medical Health Aged Care, Science

Australian research leads to clinical trial for rare women’s cancers

WEHI 4 mins read
Pictured: A section of an ovarian tumour with cancer cells (in white) and immune cells (in cyan). The EPOCH trial will assess whether a chemotherapy drug used to treat aggressive breast cancers, can boost the body's immune response. Credit: WEHI

An international clinical trial exploring a new way to treat rare and aggressive gynaecological cancers has launched in Melbourne. 


Based on a WEHI-led discovery, the trial hopes to enhance treatment options for women with two of the most lethal gynaecological cancers – ovarian and uterine carcinosarcomas.


The study will offer a novel combination therapy for women with these relapsing cancers and is now open in Australia, with plans to expand to Canada and the United Kingdom in coming months.


At a glance

  • New clinical trial launches in Melbourne to test a potential treatment for two aggressive and rare gynaecological cancers. 
  • The trial, based on results from a WEHI-led study, will test a combination chemotherapy and immunotherapy treatment for women with recurrent ovarian and uterine carcinosarcomas.
  • Patient outcomes and treatment options for these diseases largely remain unchanged, highlighting a critical need for novel interventions.  


In 2022, more than 1800 Australian women were diagnosed with ovarian cancer, including ovarian carcinosarcoma. Survival rates for ovarian cancer have not improved in over three decades, with one Australian woman dying from the disease every eight hours.  


Uterine cancer was the fifth most diagnosed cancer in Australian females in 2022. Uterine carcinosarcoma, while three times more common than ovarian carcinosarcoma, is still classified as a rare cancer.


These diseases often present with no symptoms, meaning most women are diagnosed at an advanced stage – significantly limiting their treatment options.


The EPOCH (Eribulin and Pembrolizumab in Tubo-Ovarian and Uterine Carcinosarcoma) trial aims to reverse these dire outcomes by testing a new combination therapy. The study is funded by ANZGOG (Australia New Zealand Gynaecological Oncology Group) and developed via the International Gynecologic Cancer InterGroup.


Professor Clare Scott AM, Principal Investigator of the EPOCH trial and Chair of ANZGOG, said the trial could provide real hope for women with rare cancers. 


“When a disease is rare, it means the research into it is much more challenging, halting the discovery of new treatments,” Prof Scott, also a Joint Division Head at WEHI’s Clinical Translation Division, said.

“Ovarian carcinosarcoma is currently treated with the same drugs used for the more common ovarian cancers, but these tumours generally respond poorly to standard-of-care treatments.


“This is proof that blanket approaches aren’t viable when it comes to rare cancers and that new treatments are desperately needed.


“That is why it is incredibly exciting to see our research, spanning over seven years, now translated into a clinical trial that could potentially help women living with rare diseases, like ovarian and uterine carcinosarcomas.”

Repurposed potential 


EPOCH will give women with relapsing carcinosarcoma access to two treatments that have never been used for these cancers before.


The trial is based on findings from a WEHI study published in Cancer Research, which showed a chemotherapy drug used to treat advanced stages of breast cancer was more effective for ovarian carcinosarcoma than the most proven chemotherapy, platinum chemotherapy. 


Using a variety of human ovarian carcinosarcoma pre-clinical models, the team investigated whether the chemotherapy drug Eribulin could be used to reverse a process associated with tumour progression and drug resistance, known as epithelial-to-mesenchymal transition (EMT).


Dr Holly Barker, who spearheaded the research, found the chemotherapy drug could reverse EMT in ovarian carcinosarcoma, reducing the growth and aggressive nature of these tumours.


“We found Eribulin specifically inhibited EMT, reducing cell invasion – which could minimise the likelihood of the tumour spreading,” Dr Barker said. 


The team also found the drug boosted the immune response towards ovarian carcinosarcoma, as more immune cells were found in the tumours following treatment. This suggests Eribulin treatment could make these tumours more responsive to immunotherapy.


Early studies in uterine carcinosarcoma pre-clinical models, developed by the team, indicate Eribulin treatment is also more effective than platinum chemotherapy at reducing tumour growth for this type of cancer.                 


The EPOCH trial will test this dual effect by combining Eribulin with the immunotherapy drug, Pembrolizumab, for the first time.


“We hope the promising results we saw in our initial research will be emulated in the trial to improve outcomes for these women,” Dr Barker said.


Identifying ‘super responders’


As part of the trial, researchers will also search for biomarkers that can help identify the patients who will best respond to this combination therapy.


All patient samples from this trial will be analysed in Prof Scott’s WEHI lab by Anthony Hadla, a PhD student who is supported by a generous donation from Steve Tyerman. 


EPOCH is one of the first ANZGOG trials to incorporate TR-ANZGOG (Translational ANZGOG), a program implemented to support the collection of biospecimens associated with ANZGOG trials and help facilitate current and future translational research.


The research underpinning this trial was supported by the Grant-in-Aid Scheme (jointly funded by Cancer Council Victoria and Ovarian Cancer Research Foundation), the Stafford Fox Medical Research Foundation, the Victorian Cancer Agency, the University of Melbourne, the Victorian Government and the Australian National Health and Medical Research Council. Drugs are being supplied by Eisai Co and Merck, Sharp and Dohme. 


The EPOCH trial is now open at Melbourne’s Peter MacCallum Cancer Centre and Monash Health. 


The first stage of the international trial aims to recruit 30 participants, with the recruitment of a further 60 participants planned for the second stage.


The trial will also expand to the following sites in coming months: Royal Brisbane and Women's Hospital (Queensland), Prince of Wales Hospital (New South Wales), Princess Margaret Cancer Centre (Canada), Imperial College (United Kingdom).


For more information about the EPOCH trial:


Researchers and patient case study available for interview.

Image captions
WEHI researchers
L-R: Dr Holly Barker and Professor Clare Scott AM

Credit: WEHI 

Immune Cells
Pictured: A section of an ovarian tumour with cancer cells (in white) and immune cells (in cyan). The EPOCH trial will assess whether a chemotherapy drug used to treat aggressive breast cancers, can boost the body’s immune response and, together with an immunotherapy drug, can halt tumour progression in patients with ovarian and uterine carcinosarcoma.

Credit: Kristy Shield-Artin and Suzan Sam, WEHI


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About WEHI (Walter and Eliza Hall Institute of Medical Research)

WEHI is where the world’s brightest minds collaborate and innovate to make life-changing scientific discoveries that help people live healthier for longer. Our medical researchers have been serving the community for more than 100 years, making transformative discoveries in cancers, infectious and immune diseases, developmental disorders, and healthy ageing. WEHI brings together diverse and creative people with different experience and expertise to solve some of the world’s most complex health problems. With partners across science, health, government, industry, and philanthropy, we are committed to long-term discovery, collaboration, and translation. At WEHI, we are brighter together.   
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