The most relevant patents of team members are the following:

  1. Kim HW, Perez RA. A preparation method of core-shell structured fibrous scaffolds. US Patent No. 14/037,174.
  2. Kim HW, Perez RA. A preparation method of core-shell structured fibrous scaffolds. Korean patent.
  3. Kim HW, Perez RA. The core-shell fiber cell carrier and composition for bone tissue or cartilage tissue comprising the same. Korean Patent
  4. Kim HW, Perez RA. Microspheres for co-delivery of therapeutic drugs and cells and method for preparing thereof. Korean patent
  5. Kim HW, Perez RA, Patel KD. High cell-adhesive calcium phosphate bone cement composition comprising magnetic nanoparticles, a preparation method thereof, and a kit for preparing the same. Korean patent
  6. Kim HW, Perez RA. A method of preparing a core-shell structured fibrous scaffold
  7. Galindo de la Rosa S, Lopez Paniagua M, Nieto Miguel T, Calonge Cano M, Puñet Ortíz X, Engel Lopez E, Mateos Timoneda MA, Levato R, Planell Estany JA. Process for the preparation of lactide-based polimeric materials, materials obtainable by said process and uses thereof. EP16162079.4.
  8. Planell Estany JA, Mateos Timoneda MA, Engel López E, Calonge Cano M, de la Mata Sampedro A, López Paniagua M, Galindo De la Rosa S, Nieto Miguel T. Biopolímeros Biodegradables Funcionalizados con Colágeno que Comprenden Células del Epitelio del Limbo Esclerocorneal para la Reconstrucción de la Superficie Ocular. P201231006.
  9. Kim HW, Perez RABuitrago JO. Core-shell fibrous cell carriers incorporating ion-emitting bioactive glass nanoparticles and its use. Korean patent. 
  10. F.J.T. Staal, J.J.D. de Roo. Axin2-mTurquoise2 Wnt signaling fluorescent murine reporter: B6;CBA-Axin2em1Fstl/J. Stock No: 031387 | Jackson Laboratory. Commercially available model.