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See the overview of the scientific patents where the Nisco’s encapsulation units have been applied.

Unit type Application Article name Autor/Organisation Published
J1 Preparation of alginate micoparticle -didodecyldimethylammonium bromide (DDAB)-single-walled carbon nanotube (SWCNT) composite Antimicrobial complexes DA SILVA FERREIRA LINO [PT]; ROXO BOTEQUIM DAVID JOSE [PT]; REINA MAIA E SILVA JOAO [PT]; MATERA LDA [PT] EP2653033 (A1) ― 2013-10-23
J1 The injectable, biofunctional agent-containing calcium phosphate cement bone pastes for bone tissue engineering, and methods of making and using the same. BONE PASTES COMPRISING BIOFUNCTIONALIZED CALCIUM PHOSPHATE CEMENTS WITH ENHANCED CELL FUNCTIONS FOR BONE REPAIR XU HUAKUN [US]; UNIV MARYLAND [US] WO2013059089 (A1) ― 2013-04-25 (EP2768542A1); (US2014294985A1)
J1 The injectable, stem cell-containing calcium phosphate bone pastes for bone tissue engineering and methods of making and using the same. INJECTABLE, LOAD-BEARING CELL/MICROBEAD/CALCIUM PHOSPHATE BONE PASTE FOR BONE TISSUE ENGINEERING XU HUAKUN [US]; WEIR MICHAEL [US]; UNIV MARYLAND [US] WO2011137292 (A2) ― 2011-11-03; (US2013039990 (A1))
J1 The enteric coated tablet or capsule of the invention enables fast release of the protein, polypeptide or peptide drug at different times at desired loci in the gastrointestinal tract Oral delivery of proteins and peptides Shimon Mizrahi, Ory Ramon, Isaiah J. Kopelman, Isaiah J. Kopelman, Nir Salzmann, Yaakov Nahmias, Aharon Oren
IPC8 Class: AA61K948FI;
Patent application number: 20100303901; Publication date: 12/02/2010
J1 The enteric coated tablet or capsule of the invention enables fast release of the protein, polypeptide or peptide drug at different times at desired loci in the gastrointestinal tract ORAL DELIVERY OF PROTEINS AND PEPTIDES SHIMONI EYAL [IL]; RAMON ORY [IL]; KOPELMAN ISAIAH J [IL]; MIZRAHI SHIMON [IL]; SALZMAN NIR [IL]; NAHMIAS YAAKOV [US]; OREN AHARON [IL], TECHNION RES & DEV FOUNDATION [IL];  WO2008132727 (A2) ― 2008-11-06 (EP2152244A2); (US 2010/0303901 A1)
J1/V1 Beads and hydrogels as methods for treating individuals and repairing tissues Method and systems for using biopolymer-based beads and hydrogels Inventors: Francis Rauh, Randall J. Lee, Mark Maciejewski; 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);    
J1/V1 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);
J1 The beads comprising a carrier liquid and flocculated microcrystalline cellulose, processes for making such beads and various compositions, such as, cosmetic, pharmaceutical, nutraceutical, veterinary or food compositions, containing such beads. Beads and methods of preparation LYNCH MAURICE GERARD [BE] US2004131690 (A1) ― 2004-07-08

 

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