UNRAVELLING THE MICROCOSM
Making the impossible possible: Living cell diagnoses faster, more accurate and more successful without interfering with the viability of the cell structure
WHAT WE DO
The microscope is broken. We fixed it.
Biological information of living cell cultures with BIOspire.ai can be analysed many times more precisely and at the same time more cost-effectively than it is possible with current state of the art microscopes.
For the first time, 360-degree angular imaging of any semi-transparent object can be displayed in real time. The special feature: With the help of the imaging system developed by BIOspire.ai and the complementary use of AI, 3D replicas of objects can be displayed, allowing these objects to be examined on nanometre scales without intervention and without loss of data, which allows greater precision. The signal-to-noise ratio (SNR) is crucial here. In contrast to conventional imaging methods on the market, BIOspire.ai provides a complete 3D image with a very good SNR, especially due to the 360-degree view in real-time imaging.
WHAT WE OFFER
The first lenseless holographic tomografic imaging system of BIOspire.ai makes cell diagnoses faster, more accurate, more cost-efficient and more successful without interfering with the viability of the cell structure.
HIGHER
THROUGHPUT
Until now, a complete analysis of the sperm cell resulted in the sperm's viability being compromised, making it useless for fertility treatment. With BIOspire.ai, this no longer applies. Thanks to the new patented technology, faster, more accurate and more successful analyses are possible, including the determination of cell properties such as the DNA fragmentation index. The lens-free holotomographic imaging technique used by BIOspire.ai is one that doesn't require staining of the tissue and also captures mobility through 3D imaging and contact avoidance.
ADDING
AI
What alone could be a game changer in the medical market is further enhanced by the AI and software component. The complementary algorithm, which is continuously trained using the 3D cell data, creates the prerequisite for novel discoveries in in vitro cell cultures, a possibility that is currently not available with conventional imaging methods.
WHY BIOspire.ai
Revolutionizing the IVF-market
The problem: Low IVF success rates due to poor quality sperm collection. Until now, a complete analysis of the sperm cell has had the consequence that the viability of the sperm cells is affected and they are therefore unusable for fertility treatment.
With BIOspire.ai this no longer applies. Thanks to new patented technology, faster, more accurate and more successful analyses are possible, including the determination of cell properties such as the DNA fragmentation index. The lens-free holotomographic imaging technique used by BIOspire.ai is a procedure that does not require staining of the tissue and also captures mobility through 3D imaging and contact avoidance.
BIOspire.ai in numbers
~1.000
times larger field-of-view
compared to lensed microscopes
+38%
higher success rates in IVF therapy out of every 100 results in live birth with BIOspire.ai
~3.000€
cost-reduction per patient
due to multiple analysises
~82%
accuracy in the measurement of DNA fragmentation
THE TEAM
That's us. Drawn together and connected by our love for science and research, committed to making a difference for society.
Passionate scientists & entrepreneurs
OUR NETWORK
Our
partners & supporters
You never walk alone. BIOspire.ai gathered a strong network of renown partners and supporters who join us in our mission to unravel the microcosm.
Fraunhofer Institut
Universität der Bundeswehr
LMU Kinderwunsch
EXIST Antrag
Förderung beantragt
QUADRATING THE CIRCLE
BIOspire.ai thus succeeds in what would normally be a classic conflict of goals: better quality at lower cost. What alone could be a game changer in the medical market is further enhanced by the AI and software component. The complementary algorithm, which is continuously trained using the 3D cell data, creates the prerequisite for novel discoveries in in vitro cell cultures, a possibility that is currently not available with conventional imaging methods. In addition, the solution is sustainable, as the elimination of lenses and solvents means that cell analysis can be performed more ecologically.