Projects

🎉 Successful “What You Are Missing Matters” Oxford Nanopore Technologies Day at Tampere University! 🎉 Great engagement with our flow cell demonstration and insightful questions about nanopore technology. Thanks to everyone who participated and made this event a success!

🌟 Thrilled to have joined the bioinformatics team at the Oxford Nanopore Technologies London Calling event! Sharing this journey with inspiring speakers and groundbreaking news was incredible.

What a fantastic time at the ‘What You Are Missing Matters’ Oxford Nanopore Technologies Day at Vilnius University, Life Sciences Center! Let’s keep exploring Nanopore sequencing!

Remarkable progress is happening at Rigshospitalet’s Dept of Pathology! 🎉 We’re now performing rapid, in-depth CNS tumor classification post-surgery, transforming patient care. 🧠💥 A huge thank you to all who took part in our GridION Oxford Nanopore Technologies training. Let’s keep advancing and shaping the future of healthcare! 💪

The Society of Endocrinology has awarded ‘The molecular characteristics of high-grade gastroenteropancreatic neuroendocrine neoplasms’ by Andreas Venizelos et al. an SfE Journal Award for excellence in endocrine research and practice.

Excited to be at the BioNordika Denmark A/S NGS Nordic Meeting, discussing “What’s Missing Matters” by harnessing the power of long reads from Oxford Nanopore Technologies. Uncovering the hidden gems of genomics!

Returning to Bergen, Norway brings back amazing memories of 7 years as a scientist. Thrilled to be back in my FAS role for this exciting Avantor scientific seminar. Dive deep into the world of science! Our ongoing seminar features talks from Marine Biologists, Cancer Genomics experts and more, all powered by Oxford Nanopore Technologies!

It’s a full house at our Oxford Nanopore Day Event in Stockholm, Sweden. Great engagement and networking going on!

Molecular markers predicting response to dose dense chemotherapy with epirubicin and docetaxel in sequence for locally advanced breast cancer

Genomic profiling of NECs