The partners aim to optimize DNA nanoball technology, accelerate the use of CTC technology, and work on a diagnostic tool for use at the point of care.
BGI will study pancreatic cancer with a group at Johns Hopkins and develop a diagnostic test for preterm birth detection with Mount Sinai Hospital researchers.
The Chinese government has implemented clearer regulatory guidance for genomic tests and invested in both clinical testing and research, spurring growth.
The China Food and Drug Administration had also previously accredited both the NIFTY test and the BGISEQ sequencing platform.
The researchers said that better diagnostics are needed to distinguish between false preterm labor and true preterm labor to prevent unnecessary treatment.
The partners will use Hummingbird's miRNA database and expertise in sample preparation as well as BGI's BGISEQ sequencer and analysis pipeline to develop targeted miRNA IVD assays.
BGI is also developing sequencing-based self-sampling assays for pharmacogenomics and hereditary cancer testing.
The company recently released the MGISEQ-2000, MGISEQ-200, and MGIFLP sequencing platforms, as well as the MGIUS-R3 robotic ultrasound system.