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B-06 Multifunctional Envelope-Type Nanodevices for Gene Delivery

技術優勢

ΓùÅ Quick, easy and contamination free: on-chip method takes less than 1/2 hour to fabricate MEND while conventional methods take 2 days.ΓùÅ Controllable size: by adjusting flow rate on the chip, the MEND size can be controlled. ΓùÅ Micro-fabrication: a much smaller size can be achieved than by conventional methods.

技術應用

ΓùÅ Gene therapyΓùÅ Gene delivery for plant cellsΓùÅ Gene modified food ΓùÅ Gene delivery for stem cellsΓùÅ Tissue engineering ΓùÅ Cell engineering

詳細技術說明

Multifunctional Envelope -Type Nanodevices (MEND) is one of the promising non-viral vectors for gene therapy. Though MEND has strength in prolonged blood circulation, low immunogenic response, and gene targeting, it requires labor intensive preparation for its fabrication.In this invention, a substrate contains at least three feeding microchannels converge into one reaction microchannels has established. By using this method, positively charged small capsule can be effectively produced by just injecting small amount of DNA/RNA/Peptide, cationic compound and water into each inlets. The microcapusuls can be obtained from outlet in 10 minutes. This positively charged multifunctional envelope can be transfected into the cells even more efficiently by adding any kinds of ligand to the envelope by using same method.

*Abstract

Researchers at Nagoya University have developed a novel method to create Multifunctional Envelope -Type Nanodevices. Adopting micro-fluidic approach, this on-chip based method realized simple, rapid, cost-effective fabrication of MEND than conventional methods. It takes less than 1/2 hour to create MEND while conventional method takes up to 2 days.

附加資料

Inventor: BABA, Yoshinobu | TOKESHI, Manabu | KAJI, Noritada | HARASHIMA, Hideyoshi | KOGURE, Kentaro | SHINOHARA, Yasuo | KURAMOTO, Hiroshi
Priority Number: WO2008053988A1
IPC Current: A61K0009133 | A61K000951 | A61K004724 | A61K004800 | B01J001304 | B01J001900
Assignee Applicant: National University Corporation Nagoya University
Title: METHOD OF PRODUCING MICROCAPSULES | PROCÉDÉ DE PRODUCTION DE MICROCAPSULES
Usefulness: METHOD OF PRODUCING MICROCAPSULES | PROCÉDÉ DE PRODUCTION DE MICROCAPSULES
Summary: Manufacturing method of micro capsule for use in drug delivery.
Novelty: Manufacturing method of micro capsule for use in drud delivery, involves joining fluid supplied from micro-channels to another micro-channel at interface section

主要類別

生物醫學

細分類別

醫藥成分

國家/地區

美國