MyLife Technologies
MyLife Technologies is dedicated to advancing healthcare through innovative nanotechnology solutions, focusing on areas such as nanoporous microneedle array technology, small molecules, vaccines, peptides, and collaboration pipeline projects. Their mission is to develop cutting-edge technologies to improve medical treatments and delivery systems.
Industries
Nr. of Employees
small (1-50)
MyLife Technologies
Leiden, Zuid-Holland, The Netherlands, Europe
Patents
Products
CeraMAPs™
A technology utilizing nano-porous ceramic microneedles for targeted, painless, and efficient vaccine delivery directly into the skin.
Ceramic Skin Patches
Skin patches that use ceramic microneedles to improve vaccine delivery, reduce dosage, and avoid needle anxiety.
Nano Porous Technology
A technology that enhances vaccine delivery efficiency by using nano-porous microneedles to reduce antigen dosage and eliminate the need for adjuvants.
CeraMAPs™
A technology utilizing nano-porous ceramic microneedles for targeted, painless, and efficient vaccine delivery directly into the skin.
Ceramic Skin Patches
Skin patches that use ceramic microneedles to improve vaccine delivery, reduce dosage, and avoid needle anxiety.
Nano Porous Technology
A technology that enhances vaccine delivery efficiency by using nano-porous microneedles to reduce antigen dosage and eliminate the need for adjuvants.
Services
Collaborative development projects and partnership-based advancement of drug delivery and therapeutic candidates.
Support for intellectual property strategy and licensing of platform technologies.
Collaborative development projects and partnership-based advancement of drug delivery and therapeutic candidates.
Support for intellectual property strategy and licensing of platform technologies.
Expertise Areas
- Drug delivery systems
- Vaccine development
- Small-molecule therapeutics
- Peptide therapeutics
Key Technologies
- Nanoporous microneedle arrays
- Transdermal drug delivery
- Vaccine delivery platforms
- Small-molecule discovery and development methods