CAS: 6283-74-5; (3R,4R)-2,5-Dioxotetrahydrofuran-3,4-Diyl Diacetate

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70728-23-3 79814-40-7 59025-03-5

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CAS号87-69-4 酒石酸 | CAS号108-24-7 乙酸酐 | CAS号147-71-7 D-酒石酸 | CAS号75-36-5 乙酰氯 | CAS号184774-88-7 [(3R,4R)-4-acet... | CAS号156150-59-3 [(3R)-1-benzyl-... | CAS号104746-03-4 R-10-单羟基二氢卡马西平 | CAS号104746-04-5 艾司利卡西平 | CAS号3019-58-7 (2R,3R)-N-苯胺酒石酰胺酸 | CAS号17447-35-7 (+)-3-BROM°CAMP... | CAS号504-64-3 二氧化三碳 | CAS号52060-80-7 3-hydroxyfuran-...

L-酒石酸 反应生成 二-O-乙酰基-L-酒石酸酐
参考文献:Kolasa,Teodozyj;Miller,Marvin J.,Tetrahedron Lett.,28,(1987) N 17,1861-1864
标题:Kolasa,Teodozyj;Miller,Marvin J.,Tetrahedron Lett.,28,(1987) N 17,1861-1864

专利信息

专利号:US-8178474-B1
优先权日:1999-04-21
标题 :Functionalised solid support for alpha-oxoaldehyde synthesis
发明人：MELNYK OLEG; FRUCHART JEAN-SEBASTIEN; BOUREL LINE; GRAS-MASSE HELENE
权利人:MELNYK OLEG; FRUCHART JEAN-SEBASTIEN; BOUREL LINE; GRAS-MASSE HELENE; PASTEUR INSTITUT; CENTRE NAT RECH SCIENT
摘要:The invention relates to a functionalised solid support for the synthesis of compounds comprising at least one α-oxoaldehyde function, to a process for preparing it and to its applications, in particular for the preparation of a library of organic compounds, of a diagnostic reagent, of a microtitration plate and of a biochip, such as a DNA chip. The present invention also relates to a process for the synthesis of organic compounds comprising at least one α-oxoaldehyde function and to the α-oxoaldehyde peptides obtained using this process.

专利号:US-5136034-A
优先权日:1987-02-05
标 题 :Synthesis of chiral thioacetals and thioethers
发明人：YOUNG ROBERT N; THERIEN MICHEL; GAUTHIER JACQUES-YVES; ZAMBONI ROBERT; BELLEY MICHEL L
权利人:MERCK FROSST CANADA INC
摘要:Thioacids, thiols, an acid, and an aldehyde are used to produce chiral thioacetals of the general formula. I The compounds are leukotriene antagonists.

专利号:EP-1888746-B1
优先权日:2005-06-07
标题:Ordered multi-step synthesis by nucleic acid-mediated chemistry
发明人：LIU DAVID R; SNYDER THOMAS M
权利人:HARVARD COLLEGE
摘要:The present invention provides methods and compositions for performing ordered multi-step syntheses by nucleic acid-mediated chemistry. This approach provides increased yields, and control over the preparation, of products produced via sequential, multi-step syntheses in a single reaction vessel.