NUCLEIC ACID CONTAINING OR CODING HISTONE STRUCTURE OF STEM-LOOP TYPE AND POLY(A)-SEQUENCE OR POLYADENYLATION SIGNAL FOR INCREASING EXPRESSION OF ENCODED TUMOUR ANTIGEN Russian patent published in 2020 - IPC C12N15/67

Abstract RU 2718577 C2

FIELD: biotechnologies.

SUBSTANCE: invention relates to the biotechnology. Disclosed is a kit, composition, use and method for treating tumor diseases.

EFFECT: invention can be applied in medicine.

27 cl, 15 tbl, 27 dwg

Title	Year	Author	Number
NUCLEIC ACID COMPRISING OR CODING HISTONE STEM-LOOP AND POLY(A)-SEQUENCE OR POLYADENYLATION SIGNAL FOR INCREASING EXPRESSION OF ENCODED TUMOUR ANTIGEN	2013	Tess Andreas Shlake Tomas Probst Jokhen	RU2650795C2
NUCLEIC ACID CONTAINING OR ENCODING HISTONE "STEM-LOOP"-TYPE STRUCTURE AND POLY(A)-SEQUENCE OF SIGNAL OF POLYADENILATION FOR INCREASE IN EXPRESSION OF ENCODED PROTEIN	2011	Tess Andreas Shlake Tomas Probst Jokhen	RU2583295C2
METHOD FOR INCREASING THE EXPRESSION OF ENCODED RNA PROTEINS	2014	Baumkhof Patrik	RU2733424C2
NUCLEIC ACID CONTAINING OR CODING HYSTON "STEM-LOOP" STRUCTURE AND SEQUENCE OF POLY (A) OR POLYADENYLATION SIGNAL, TO INCREASE EXPRESSION OF CODED THERAPEUTIC PROTEIN	2013	Tess Andreas Shlake Tomas Probst Jokhen	RU2634391C2
NUCLEIC ACID CONTAINING OR CODING HISTONE "STEM-LOOP" STRUCTURE AND SEQUENCE OF POLY (A) OR POLYADENYLATION SIGNAL, TO INCREASE EXPRESSION OF CODED PATHOGENIC ANTIGEN	2013	Tess Andreas Shlake Tomas Probst Jokhen	RU2639528C2
ARTIFICIAL MOLECULES OF NUCLEIC ACID	2014	Tess Andreas	RU2717986C2
ARTIFICIAL NUCLEIC ACID MOLECULES	2013	Tess Andreas Kallen Karl-Jozef	RU2651498C2
ARTIFICIAL MOLECULES OF NUCLEIC ACIDS FOR IMPROVED EXPRESSION OF PROTEINS AND PEPTIDES	2013	Tess Andreas	RU2750261C2
ARTIFICIAL NUCLEIC ACID MOLECULES FOR IMPROVED PROTEIN OR PEPTIDE EXPRESSION	2013	Tess Andreas	RU2658490C2
COMBINATION OF ANTI-CANCER RNA VACCINE AND PD-1 PATHWAY INHIBITOR AND ITS APPLICATION	2014	Fotin-Mlechek Mariola Kallen Karl-Jozef Probst Jokhen	RU2718988C2

Authors

Tess Andreas

Shlake Tomas

Probst Jokhen

Dates

2020-04-08—Published

2013-02-15—Filed