Did you know that menstrual blood contains stem cells?
Did you know that menstrual blood contains stem cells?
We collect, transport, and analyse your samples to determine their suitability for therapeutic treatments.
We collect, transport, and analyse your samples to determine their suitability for therapeutic treatments.
We collect, transport, and analyse your samples to determine their suitability for therapeutic treatments.
Keeping stem cells viable during transport for up to 72 hours
Keeping stem cells viable during transport for up to 72 hours
Keeping stem cells viable during transport for up to 72 hours
Stem cells differentiate into their surrounding environment and will not last long under normal conditions. Our collection method prevents that from happening until it is ready to be processed in our lab.
Stem cells differentiate into their surrounding environment and will not last long under normal conditions. Our collection method prevents that from happening until it is ready to be processed in our lab.
Stem cells differentiate into their surrounding environment and will not last long under normal conditions. Our collection method prevents that from happening until it is ready to be processed in our lab.
AI to predict the suitability of stem cells for therapeutic applications
A donor's age and medical history can affect the quality of stem cells derived from their menstrual blood, potentially affecting the quality of treatment in an unexpected manner. Using our proprietary database, we train a machine learning model that helps us accurately predict the viability of a sample.
Artificial intelligence to predict the suitability of stem cells from different donors
Artificial intelligence to predict the suitability of stem cells from different donors
A donor's age and medical history can affect the quality of stem cells derived from their menstrual blood, potentially affecting the quality of treatment in an unexpected manner. Using our proprietary database, we train a machine learning model that helps us accurately predict the viability of a sample.
A donor's age and medical history can affect the quality of stem cells derived from their menstrual blood, potentially affecting the quality of treatment in an unexpected manner. Using our proprietary database, we train a machine learning model that helps us accurately predict the viability of a sample.
Collaborating with hospitals, FemTech partners and established research institutions to change regenerative medicine
Collaborating with hospitals, FemTech partners and established research institutions to change regenerative medicine
Collaborating with hospitals, FemTech partners and established researchers make stem cell treatments affordable
All of our partners work closely with one another to make stem cell treatments more accessible for everyone. We hold each other accountable in making sure that the standard of stem cells harvested remain high.
All of our partners work closely with one another to make stem cell treatments more accessible for everyone. We hold each other accountable in making sure that the standard of stem cells harvested remain high.
All of our partners work closely with one another to make life-saving regenerative treatments more accessible for everyone. We hold each other accountable in making sure that the standard of stem cells harvested remain high.
Contact us
Contact us
Contact us
Feel free to drop us a message with your questions, schedule a call or request for our pitch deck—
we’d love to hear from you!
Feel free to drop us a message with your questions, schedule a call or request for our pitch deck—
we’d love to hear from you!
Feel free to drop us a message with your questions, schedule a call
or request for our pitch deck—we’d love to hear from you!
© MenSC Labs 2025