BIOPRINTER Russian patent published in 2015 - IPC C12M3/00 

Abstract RU 2558290 C1

FIELD: biotechnology.

SUBSTANCE: bioprinter comprises the unit of cell reprogramming and the unit of output of the cells on the substrate, as well as the successively connected unit of loading and storing the colony of somatic cells, the unit of cell reprogramming with a device of inclusion of one or more reprogramming factors and a device of inclusion of methyltransferase inhibitor GSK126, mounted on it, having a reprogramming compartment, a unit of culturing the pluripotent stem cells with a device of insertion of the agent modifying the epigenetic status of the cell, the device of insertion of protein Bax, the device of insertion of protein Bak, the device of insertion of nitrogen monoxide, the device of insertion of proliferation inhibitor, and the device of insertion of apoptosis inhibitor, having a compartment of cell culturing, and a mechanism of changing the nutrient medium for the cells, a unit of cell differentiation with a device of insertion of one or more growth factors, mounted on it, having a compartment of cell differentiation, a unit of storage of differentiated cells, having a compartment of storage of differentiated cells, a unit of output of the cells on the substrate with a device of hydrogel insertion on the substrate, mounted on it, made with the ability to operate according to the principle of three-dimensional ink jet printer, and a control system.

EFFECT: invention provides the ability to print organs and tissues without signs of carcinogenesis, without the necessity in use of additional equipment.

3 cl, 2 dwg

Similar patents RU2558290C1

Title Year Author Number
METHOD OF PRODUCING OF PLURIPOTENT STEM CELLS 2014
  • Zhuravlev Dmitrij Andreevich
RU2565548C1
SYSTEM OF CULTIVATION OF PLURIPOTENT STEM CELLS 2014
  • Zhuravlev Dmitrij Andreevich
RU2553332C1
PERSONALISED PRODUCTION OF BIOPREPARATIONS AND STEM CELL REPROGRAMMING METHOD 2012
  • Dejsher Tereza D.
RU2595390C2
EPIGENETIC REGULATORY COMPLEX OF GENE EXPRESSION CONTROL 2007
  • Surani Azim
  • Lange Ul'Rik
  • Khajkova Petra
  • Anselin Katja
RU2462512C2
METHOD OF PRODUCTION OF INDUCED PLURIPOTENT STEM CELLS OF PATIENTS WITH DOWN SYNDROME 2012
  • Dashinimaev Ehrdehm Bairovich
  • Muchkaeva Irina Alekseevna
  • Vasil'Ev Andrej Valentinovich
  • Terskikh Vasilij Vasil'Evich
  • Vishnjakova Khava Safiullovna
RU2492233C1
STIMULATION OF PATHWAY Wnt IN REPROGRAMMING SOMATIC CELLS 2008
  • Sheval'E Brett
  • Marson Aleksander
  • Jang Richard A.
  • Forman Rut
  • Dzhejnish Rudolf
RU2492232C2
METHOD FOR PRODUCING INDUCED REPROGRAMMED DERIVATIVE NEURONAL STEM CELLS FROM NON-NEURONAL CELLS BY USING HMGA2 2014
  • Kang Kyung Sun
  • Ju Kyung Rok
RU2646099C2
METHODS RELATING TO PLURIPOTENT CELLS 2015
  • Vacanti Charles A.
  • Kojima Koji
RU2711942C2
METHOD FOR OBTAINING BIOMEDICAL CELL PRODUCT FOR TREATMENT OF ONCOLOGICAL, NEURODEGENERATIVE AND AUTOIMMUNE DISEASES 2019
  • Bryukhovetskiy Andrei Stepanovich
  • Karnaukhov Aleksei Valerievich
RU2774350C2
METHOD OF PRODUCING INDUCED PLURIPOTENT STEM CELLS FROM FIBROBLASTS OF PATIENTS WITH HUNTINGTON'S DISEASE 2011
  • Grivennikov Igor' Anatol'Evich
  • Lebedeva Ol'Ga Sergeevna
  • Kiselev Sergej L'Vovich
  • Lagar'Kova Marija Andreevna
  • Illarioshkin Sergej Nikolaevich
  • Kljushnikov Sergej Anatol'Evich
  • Novosadova Ekaterina Vjacheslavovna
RU2458983C1

RU 2 558 290 C1

Authors

Zhuravlev Dmitrij Andreevich

Dates

2015-07-27Published

2014-08-05Filed