See the overview of the scientific patents where the Nisco’s encapsulation units have been applied.
| Unit type | Application | Article name | Autor/Organisation | Published |
| V1 | Stem cell research / Cells encapsulated in gel beads | ENCAPSULATED CELLS AND COMPOSITES THEREOF | INVENTOR(S): GUELCHER SCOTT A [US] LEE BAEK-HEE [KR] GUO RUIJING [CN] LI BING [US] / APPLICANT(S): UNIV VANDERBILT [US] | US2012183622 (A1) ― 2012-07-19 |
| V1 | Stem cell research / Methods and compositions of microbead carriers for delivery of cells and other biologically active substances to diseased or damaged tissue | PROTEIN DELIVERY FROM STEM CELL MICROCARRIERS | INVENTOR(S): BOYAN BARBARA DALE [US] SCHWARTZ ZVI [US] LEE CHRISTOPHER S D [US] LESLIE SHIRAE KERISHA [US] KINNEY RAMSEY C [US] / APPLICANT(S): GEORGIA TECH RES INST [US] | WO2012071527 (A2) ― 2012-05-31; (CA2818894 (A1) ― 2012-05-31); (WO2012071527 (A3) ― 2012-10-04); (CO6761392 (A2) ― 2013-09-30); (EP2643012 (A2) ― 2013-10-02); (EP2643012 (A4) ― 2014-05-14) |
| V1 | Methods of inhibiting or preventing calcification of hydrogels / Methods of bone regeneration | COMPOSITIONS AND METHODS FOR MODIFYING IN VIVO CALCIFICATION OF HYDROGELS | INVENTOR(S): SCHWARTZ ZVI [US] LEE CHRISTOPHER S D [US] MOYER HUNTER R [US] BOYAN BARBARA D [US] / APPLICANT(S): GEORGIA TECH RES INST [US]; SCHWARTZ ZVI [US]; LEE CHRISTOPHER S D [US]; MOYER HUNTER R [US]; BOYAN BARBARA [US] | WO2011103307 (A1) ― 2011-08-25; (US2013064861 (A1) ― 2013-03-14) |
| V1 | Stem cell research / Modified alginates / Methods of treating an individual with stem cells | Peptide Linked Cell Matrix Materials for Stem Cells and Methods of Using the Same | INVENTORS: BRINCHMANN JAN ENGELSEN [NO] FRONSDAL KATRINE BJORNEBEK [NO] MELVIK JAN EGIL [NO] / APPLICANT(S): FMC CORP [US] | WO2008157324 (A2) ― 2008-12-24; (AU2008266019 (A1) ― 2008-12-24); ( WO2008157324 (A3) ― 2009-02-19); (EP2152860 (A2) ― 2010-02-17); (KR20100044173 (A) ― 2010-04-29); (CN101778936 (A) ― 2010-07-14); (JP2010529858 (A) ― 2010-09-02); (US2010239540 (A1) ― 2010-09-23); (EP2152860 (A4) ― 2011-12-07); (US2012276066 (A1) ― 2012-11-01) |
| V1/J1 | Beads and hydrogels as methods for treating individuals and repairing tissues | METHOD AND SYSTEMS FOR USING BIOPOLYMER-BASED BEADS AND HYDROGELS | INVENTORS: RAUH FRANCIS [US] LEE RANDALL J [US] MACIEJEWSKI MARK [US], / APPLICANT(S): FMC BIOPOLYMER AS [NO] | WO2007147014 (A2) ― 2007-12-21; (US2008138416 (A1) ― 2008-06-12); (WO2007147014 (A3) ― 2008-07-31); (EP2032149 (A2) ― 2009-03-11); (WO2007147014 (A8) ― 2009-07-23); (EP2032149 (A4) ― 2010-09-01); |
| V1/J1 | Biopolymer beads and hydrogels are useful in the remodeling, repair and reconstruction of the heart, as well as in modification of electrical conduction in the heart. | METHODS AND APPARATUS FOR USING POLYMER-BASED BEADS AND HYDROGELS FOR CARDIAC APPLICATIONS | INVENTOR(S): LEE RANDALL J [US]; RAUH FRANCIS [US]; MACIEJEWSKI MARK [US] +/ APPLICANT(S): SYMPHONY MEDICAL INC [US]; UNIV CALIFORNIA [US]; FMC BIOPOLYMER AS [NO]; LEE RANDALL J [US]; RAUH FRANCIS [US]; MACIEJEWSKI MARK [US] + | WO2007146319 (A2) ― 2007-12-21; (US2008069801 (A1) ― 2008-03-20); (WO2007146319 (A9) ― 2008-04-24); (WO2007146319 (A3) ― 2008-05-22); |