Posted 24th June 2020 by Joshua Sewell
We spoke with Dr David Guttery about his pioneering work using circulating tumour DNA to enable early detection, monitoring and therapeutic decision making for better patient outcomes in gynaecological cancers.
Posted 10th June 2020 by Liv Sewell
Bringing molecular and digital pathology closer together through a more integrative approach can lead to clear advantages for diagnostic and research workflows.
Posted 16th March 2020 by Liv Sewell
Professor Anant Madabhushi is a world-recognised, award-winning leader in computerized imaging research and translational applications, with over 160 peer-reviewed journal publications and close to 100 patents issued or pending. He is a keynote speaker at the 6th Digital Pathology & AI Congress: USA. He explains here why having patents is not enough…
Posted 9th March 2020 by Liv Sewell
Ahead of the 6th Digital Pathology & AI Congress: USA, Dr Saeed Hassanpour introduces us to the subject of his presentation: the opportunities and challenges in developing deep learning based tools for histology.
Posted 28th October 2019 by Liv Sewell
Hepatocellular carcinoma (HCC) is the fifth most prevalent cancer and the second most common cause of cancer deaths worldwide. There is not currently a successful therapy to treat HCC in advanced stages. NASH is a primary risk factor for liver cancer.
Devanand Sarkar and his team have uncovered the molecular mechanisms leading to NASH and HCC, shedding light on the connections between obesity and cancer. He is leveraging this knowledge to develop targeted treatments for both NASH and advanced HCC. We asked him to give us a brief insight into his work ahead of his presentation at the 3rd Global NASH Congress, 2020.
Posted 21st October 2019 by Liv Sewell
Ahead of the 6th Digital Pathology and AI Congress: Europe in December, we are revisiting Professor Inti Zlobec’s research, presented at last year’s Congress, which is opening a whole field of digital pathology research. Zlobec’s research applies the latest digital pathology technology to produce high-quality tissue microarrays for biomarker analysis.
Posted 14th May 2018 by Jane Williams
Our understanding of the aberrant biological pathways (oncogenic pathways) that are involved in the formation and progression of cancers has increased with huge leaps in the last decades of cancer research. The ever-increasing knowledge was and still is accompanied by the development of increasing numbers of precision drugs, tailored to neutralize these aberrations.
Posted 12th July 2017 by Jane Williams
With so many promising cancer therapies emerging from research labs, a key challenge for biomedical researchers is to develop tools that accurately predict treatment efficacy against a patient’s specific cancer, thereby avoiding subjecting the patient to a trial and error process to find the best drug.