Rat''s IL-17RE span film region and cell inner region poly peptide and coding sequence, fusion protein and clone |
Title: |
Rat''s IL-17RE span film region and cell inner region poly peptide and coding sequence, fusion protein and clone |
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Application Number: |
200510123227 |
Application Date: |
2005/11/15 |
Announcement Date: |
2006/06/28 |
Pub. Date: |
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Publication Number: |
1793176 |
Announcement Number: |
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Grant Date: |
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Granted Pub. Date: |
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ApplicationType: |
Invention |
State/Country: |
11[China|beijing] |
IPC: |
C07K 14/47, C07K 14/54, C12N 15/12, C12N 15/24, C12N 15/63, C07K 19/00, C12N 15/62, C12N 5/10 |
Applicant(s): |
Tsinghua Univ. |
Inventor(s): |
Liu Li, Li Tieshi, Li Xueni, Fu Xinyuan, Chang Zhijie, Zhang Shuping |
Key Words: |
Rat''s IL-17RE,span film region,cell inner region,poly peptide,coding sequence, fusion protein,clone |
Abstract: |
The invention discloses white rat IL-17RE membrane crossing area and inside cell area polypeptide and the coding sequence, fusion albumen and cell line. The polypeptide is one sequence of the following aminoacid residue: SEQ ID No:2, the albumen relative to cell transferring of SEQ ID No:1 that has been replaced and/or lacking and/or adding one to ten aminoacid residue and passing RAS/MAPK signal channel path to take mitosis. Interfusing albumen of the polypeptide and the out area of the rat resource erythropoietin has one sequence of the following aminoacid residue: SEQ ID No:2, the albumen relative to cell transferring of SEQ ID No:1 that has been replaced and/or lacking and/or adding one to ten aminoacid residue and passing RAS/MAPK signal channel path to take mitosis. It has great actual value and wide application prospect. |
Claim: |
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Priority: |
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PCT: |
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