Molecular Matrix, Inc.

Did you know that genetic mutations affecting proteoglycans can lead to skeletal disorders? Understanding these genetic links is crucial for designing advanced biomaterials for bone repair. One exciting development is the use of carbohydrate-based scaffolds, like Osteo-PTM BGS, which mimic natural GAGs and show promise in bone regeneration. Read more on Proteoglycan Errors and how they affect skeletal disorders @ https://lnkd.in/gPEJTSU4

Did you know that genetic mutations affecting proteoglycans can lead to skeletal disorders? Understanding these genetic links is crucial for designing advanced biomaterials for bone repair. One exciting development is the use of carbohydrate-based scaffolds, like Osteo-PTM BGS, which mimic natural GAGs and show promise in bone regeneration. Read more on Proteoglycan Errors and how they affect skeletal disorders @ https://lnkd.in/gPEJTSU4

Impressive representation of why Osteo-P BGS works so well!

Molecular Matrix, Inc. and Camp Okizu present 2024 Evening Under the Stars! Join us for a night celebrating Camp Okizu and the work developed for helping children battling with cancer. Save the date and purchase your tickets here: https://lnkd.in/gZsyTJ9m

Molecular Matrix, Inc. and Camp Okizu present 2024 Evening Under the Stars! Join us for a night celebrating Camp Okizu and the work developed for helping children battling with cancer. Save the date and purchase your tickets here: https://lnkd.in/gZsyTJ9m

Proteoglycans and growth factors are essential for bone development, ensuring proper skeletal formation and maintenance. Molecular Matrix, Inc. has developed Osteo-PTM BGS, a novel bone graft substitute that mimics proteoglycan function. Read more about Proteoglycans and Growth Factors @ https://lnkd.in/g9wfvpDM #InnovationWins #bone #SyntheticBoneGraft #MolecularMatrix #MMI #OsteoPBGS #bonehealth

Understanding proteoglycan function in bone formation is essential for improving bone repair techniques, exemplified by the development of Osteo-P® BGS, a biomimetic bone graft substitute designed by Molecular Matrix, Inc. to mimic the natural process of embryonic bone development. Read more @ https://lnkd.in/g3V3TpMB #InnovationWins #bone #SyntheticBoneGraft #MolecularMatrix #MMI #OsteoPBGS #bonehealth

Proteoglycans and growth factors are essential for bone development, ensuring proper skeletal formation and maintenance. Molecular Matrix, Inc. has developed Osteo-PTM BGS, a novel bone graft substitute that mimics proteoglycan function. Read more about Proteoglycans and Growth Factors @ https://lnkd.in/g9wfvpDM #InnovationWins #bone #SyntheticBoneGraft #MolecularMatrix #MMI #OsteoPBGS #bonehealth

We are incredibly proud of our dedicated sales team who drive our success every day. Today, we want to introduce you to one of our key team members, Jim Keefer (pictured on right). Jim is not only an integral part of our sales team but also a board member and co-founder of Molecular Matrix, Inc. Our CEO, Charles Lee, says, “I couldn’t have navigated Molecular Matrix through the challenging early stages without Jim. I am grateful to him.”Jim now leads our sales team and is your go-to person for any inquiries about Osteo-PTM BGS. Feel free to reach out to him directly at jhkeefer@molecularmatrix.com. Let’s give a big shoutout to Jim for his dedication and hard work!

We are incredibly proud of our dedicated sales team who drive our success every day. Today, we want to introduce you to one of our key team members, Jim Keefer (pictured on right). Jim is not only an integral part of our sales team but also a board member and co-founder of Molecular Matrix, Inc. Our CEO, Charles Lee, says, “I couldn’t have navigated Molecular Matrix through the challenging early stages without Jim. I am grateful to him.”Jim now leads our sales team and is your go-to person for any inquiries about Osteo-PTM BGS. Feel free to reach out to him directly at jhkeefer@molecularmatrix.com. Let’s give a big shoutout to Jim for his dedication and hard work!