158001-28-6Relevant articles and documents
PET/CT tracer agent with selectivity to different lung cancer cells as well as preparation method and application of PET/CT tracer agent
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Paragraph 0065-0069, (2020/01/12)
The invention provides a PET/CT tracer agent with selectivity to different lung cancer cells as well as a preparation method and application of the PET/CT tracer agent. The PET/CT tracer agent is a compound represented by a formula I shown in the specification, or a salt or stereoisomer of the compound, wherein R1 and R2 are respectively and independently selected from H or C1-C5 alkyl; and X is independently selected from C, F, F, O or N. The F-PET/CT tracer agent prepared by the method can be selectively taken in by the different carcinogenic driving gene mutant lungcancer cells; test results show that the F-PET/CT tracer agent is expected to be imaged in an NRas Q61K tumor model in a high-quality manner and has certain selectivity for the different carcinogenic driving gene mutant lung cancers, and different from any non-specific F-FDG which can cause high-concentration imaging when glucose metabolism is increased, the tracer agent is expected to make up for the deficiency of imaging by singly using the F-FDG; therefore, the F-PET/CT tracer agent provided by the invention is expected to be applied to PET/CT iconography, and changes the situation of lack of tracer agents on lung cancer.
Crystal with porous supramolecular structure and preparation method thereof (by machine translation)
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Paragraph 0080; 0090-0092, (2019/11/29)
The invention provides a crystal of a [3,4 - d] pyrazolopyrimidine compound, wherein [3,4 - d] the crystal is a pyrazolopyrimidine compound and a super-molecule hydrate formed by water molecules [3,4 - d] 9 7. Experimental results show that the novel porous supramolecular 7 framework structure 9 containing a plurality of water channels is formed by the compound of the present invention, and in particular 9, the compound of the present invention has a very good application prospect in the fields of artificial channel materials, drug carriers and porous materials 7 9 IL - 6 9 NF - κ B p65 Akt STAT3 ICAM - 1. (by machine translation)
Supermacrocyclic Assemblies by Hydrogen-Bond Codes of C7-Phenol Pyrazolo and Pyrrolo Derivatives of Adenine
Chai, Yingying,Zhou, Xinglong,Li, Changfu,Ma, Beibei,Shen, Zhen,Huang, Ridong,Chen, Hai,Chen, Bojiang,Li, Weimin,He, Yang
supporting information, p. 15495 - 15501 (2018/09/25)
Hydrogen bond (HB) mediated base pair motifs are versatile scaffolds of diverse supramolecular constructs. Here, we report that two new four- and six-membered supermacrocyclic assemblies with intriguing geometries could self-assemble from two new adenine derivatives, APN (1) and APC (2). The conversion of a conventional HB acceptor, N8 of 1, to a non-conventional HB donor, C8?H of 2, had a pronounced impact on the overall intricate HB network and self-assembly patterns, epitomizing the subtleties in design and exploitation of such base-pair motifs as promising tectons for building supramolecular architectures.