6979-97-1Relevant articles and documents
SYNTHESIS AND IMPROVEMENT OF A NUCLEOSIDE ANALOGUE AS AN ANTI-CANCER AND ANTI-VIRAL DRUG
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, (2021/05/29)
The invention is a drug for anticancer and antiviral therapy, comprising a nucleoside analogue (7) comprising a furan ring irreversibly bound to the RNA/DNA synthesis chain by phosphodiester bonds and having SP3 hybridization, and folic acid (A) bound to the nucleoside analogue (7) comprising furan ring. The synthesis method of the said nucleoside analogue is also contained within the scope of the invention. In this work, a nucleoside-analogue was transformed after converting the furan-ring hybridization from Sp2 to Sp3 to make it more selectivity with different enzymes and linking it via site 5 with the effective folic acid towards entering the substances inside the cells and to become the final compound possessing anti-cancer and anti- virus properties after controlling the replication and reproduction process in DNA.
4 - Thiodeoxythymidine derivative and anti-hepatitis B virus pharmaceutical application thereof
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Paragraph 0043-0044, (2021/10/05)
4 - Thio-deoxythymidine derivatives and anti-hepatitis B virus pharmaceutical applications thereof are disclosed. The invention provides 4 - thiodeoxythymidine derivative or a pharmaceutically acceptable salt thereof, and the structure is shown in structural formula I or structural formula II. An in-vitro cytotoxicity test and an in-vitro anti HBV virus pharmacodynamic test proves 4 - thiodeoxythymidine derivative or a pharmaceutically acceptable salt thereof has anti HBV activity, has an anti-hepatitis B drug development prospect and provides a potential choice for treating viral hepatitis.
Light-Induced Formation of Thymine-Containing Mercury(II)-Mediated Base Pairs
Naskar, Shuvankar,Müller, Jens
supporting information, p. 16214 - 16218 (2019/11/26)
By applying caged thymidine residues, DNA duplexes were created in which HgII-mediated base pair formation can be triggered by irradiation with light. When a bidentate ligand was used as the complementary nucleobase, an unprecedented stepwise formation of different metal-mediated base pairs was achieved.