News

Auroptic Medical wins at Slush

The startup that specializes in technology relating to biopsy samples won at the Slush Y Science competition.
Biopsy needle
New technology enables better biopsy samples from tumors.

Auroptic Medical has won a prize of 5000 euros at the Slush Y Science competition, in the Health and Pharma category. The startup originates from Business Finland funded research led by the University of Oulu and Aalto University, conducted in collaboration with the Oulu University Hospital. The startup was founded in spring 2021.

The research group has developed technology for taking better biopsy samples from tumors. An artificial intelligence based method helps direct the biopsy needle more precisely to its target.

'The method we developed could prevent a significant number of re-biopsies, if the sample can be obtained from the right location every time. This would have a positive impact on e.g. cancer diagnostics, if the diagnosis can be obtained days or weeks earlier than now', says Professor Heikki Nieminen from Aalto University.

Slush Y Science is a side event with competitions in three different categories. Read more about Auroptic Medical’s victory on the Oulu University website (in Finnish).

  • Updated:
  • Published:
Share
URL copied!

Read more news

Double exposure of man in suit and woman in patterned jacket talking at a light wood meeting table
Research & Art Published:

Five things you should know about digital sovereignty in Europe

Europe hopes to be more self-sufficient when it comes to semiconductors, cloud computing and artificial intelligence.
People talk at an Aalto University pavilion stand indoors with pink lighting and banners.
Cooperation, University Published:

What did we gain at NORDEEP? Aalto researchers share takeaways from the deep-tech business summit

About 230 Aaltonians attended the NORDEEP 2026 deep-tech business summit. Key takeaways: events like this help researchers and students build networks, clarify ideas, and gain confidence on the innovation path.
Metal balls on a geometric thread lattice framed in light wood with four silver screws
Research & Art Published:

Turning bobbin lace into shape-shifting textiles

Researchers have developed textile structures based on bobbin lace making that can change their shape in response to changes in their environment. The research combines a traditional handicraft technique with active materials and computer modelling.
Hydrogen Valley podcast logo
Research & Art Published:

Hydrogen economy moves at the speed of its slowest link

Listen to the entire first season of the BalticSeaH2 Hydrogen Valley Podcast, where eight episodes explore the bottlenecks of hydrogen economy.