用户名: 密码: 验证码:
(Ⅰ)钯催化的分子内脱羧偶联反应的研究 (Ⅱ)N-取代哌啶-4-酮芳甲酰腙的合成及生物活性测定
详细信息    本馆镜像全文|  推荐本文 |  |   获取CNKI官网全文
摘要
本论文主要包括以下两个部分的研究内容。
     第一部分:钯催化的分子内脱羧偶联反应的研究:
     钯催化的脱羧交叉偶联反应是近年来发展的一种新的偶联方法。本文设计并发展了一种新型的钯催化的分子内脱羧偶联关环反应,如下图所示:
     芳基羧酸底物和芳基羧酸酯底物都能在此条件下进行脱羧偶联反应。反应条件简单、温和,结合文献的报道和实验的结果,提出了可能的反应机理。一系列的25个底物在此条件下反应都能够得到很好的产率,并且使用此方法合成了一个具有生物活性的化合物。
     第_Ⅰ部分:N-取代哌啶一4.酮芳甲酰腙的合成及生物活性测定:
     为了寻找更好的抗肿瘤的医药先导化合物,奉文使用活性基团叠加法设计并合成了10个未见文献报道的1一取代哌啶一4.酮芳甲酰腙(39a一39j)。以取代苄胺或伯胺为原料,依次经过Michael加成,Dieckmann缩合,水解脱羧,酰腙化反应合成目标化合物,结构经1H NMR,IR,MS和元素分析确证。化合物结构如下图所示:
     委托上海师范大学动物细胞分子生物学实验室,完成了化合物(39a一39j)对白血病K562细胞系增殖影响的测定;初步的生物活性测试表明,部分化合物能有效抑制白血病K562细胞的增殖,具有潜在的抗白血病活性。
The thesis mainly consists ofthe following two pans:
     (1)Palladium catalyzed decarboxylative cross-coupling reactions are new method for coupling reactions.A novel palladium catalyzed intramolecular dccarboxlative cyclization reaction has designed and developed,as shown in the following figure:
     Both aromatic acids and arylcarboxylates were proceeded in the simple and mild condition.We proposed a possible mechanism according to the previously literatures and our experimental results.A series ofreactions afforded 25 corresponding products
     in moderate to good yield under the condition.A bioactivities compound was synthesized by the method.
     (2)In order to get some lead compounds with activities of anti-cancer and according to the principle of active-factor-addition,i 0 unreported N‘substituted piperidin - 4 . one arylformylhydrazones(39a - 39j)were designed and synthesized.The target compounds were synthesized with substituted benzylamines or primary amines as raw materials via a series of Michael addition,Dieckmann condensation,hydrolytic decarboxylation reactions and hydrazone formation reactions.Their structures were elucidated and confirmed by 1H NMR,IR,MS and elemental analysis The structure of target compounds(39a - 39j)were as follows:
     We request the Zooblast-molecular biology laboratory of Shanghai Normal University measured the inhibitory rate of the cellular growth of K562 cells using MTT assay for compounds(39a - 39j).The preliminary biologic activity tests indicate that some of the target compounds have good antiproliferative activities against K562 cells and have potential anti-leukemia bioactivity.
引文
[1]麻生明.金属参与的现代有机合成反应.广州:广东科技出版社,2001
    [2] a)Miyaura,N,Yamada,K,Suzuki,A Tetrahedron Lett.1979,20,3437-3440;b)Miyaura,N,Suzuki,A Chem Commun 1979,866-867;c)Miyaura,N,Suzuki,A Chem Rev.1995,95,2457-2483
    [3] a)Zapf,A Angew.Chem Int.Ed.2003,42,5394-5399;b)Baudoin,O Angew Chem Int.Ed.2007,46,1373-1375;c)Goossen,L J,Rodriguez,N,Goossen,K Angew.Chem InL Ed.2008,47,3100-3120
    [4] Goossen,L J,Thiel,w R,Rodriuez,N,Linder,C,Melzera,B Adv.synth Catal 2007,349,2241-2246
    [5]Dickstein,J S,Mulrooney,C A,O’Brien,E M,Morgan,B J,Kozlowski,M C Org.LetL 2007,9,2441-2444
    [6] Sun,Z-M,Zhang,J,Zhao,P Org.LetL 2010,12,4134-413
    [7] Cornella,J,Sanchez,C,Banawa,D,Larrosa,I Chem Commun 2009,7176-7178
    [8] Goossen,L J,Linder,C,Rodriguez,N,Lange,P P,Fromm,A Chem Commun 2009,7173-7175
    [9] Nillsson,M Acta Chem Scand,1966,20,423-426
    [10]Heim,A,Terpin,A,Steglich,w Angew.Chem Int Ed.1997,36,155-156
    [11]a)Goossen,L J,Deng,G,Levy,L M Science 2006,313,662-664;b)Goossen,L J,Rodriguez,N,Melzer,B,Linder,C,Deng,G,Levy,L M,Am Chem Soc.2007,129,4824-4833;c)Goossen,L J,Melzer,B,Org.Chem 2007,72,7473-7476;d)Goossen,L J,Knauber,T,Org.Chem 2008,73,8631-8634;e)Goossen,L J,Zimmermann,B,Knauber,T Angew.Chem InL Ed.2008,47,7103-7106;t]Goossen,L J,Rodriguez,N,Linder,C,Am Chem Soc.2008,130,15248-15249;g)Goossen,L J,Rudolphi,F,Oppel,C,Rodriguez,N Angew Chem InL Ed.2008,47,3043-3045;h)Goossen,L J,Zimmermann,B,Linder,C,Rodriguez,N,Lange,P P,Hartung,J Adv.synth Catal.2009,351,2667-2674;i)Goossen,L J,Linder,C,Rodriguez,N,Lange,P P Chem Eun,2009,15,9336-9349;J)Goossen,L J,Linder,C,Rodriguez,N,Lange,P P Angew Chem InL Ed 2010,49,1111-1114
    [12]a)Becht,J.-M,Catala,C,Le Drian,C,Wagner,A Org.LetL 2007,9,1781-1783;b) Becht,J.-M,Drian,C L Org.Lett 2008,10,3161-3164
    [13]Wang,Z,Ding,Q,He,X,Wu,J Tetrahedron 2009,65,4635-4638
    [14]Voutchkova,A,Coplin,A,Leadbeater,N E,Crabtree,R H Chem Commun.2008,6312-6314
    [15]a)Forgione,P,Brochu,M-C,St-Onge,M,Thesen,K H,Bailey,M D,Bilodeau,F,Am Chem Soc.2006,128,11350-11351,b)Forgione,P,Brochu,M-C,Guimond,N,Thesen,K H,Forgione,P,Org.Chem 2010,75,1550-1560
    [16]Miyasaka,M,Fukushima,A,Satoh,T,Hirano,K,Miura,M Chem-Eur.,2009,15,3674-3677
    [17]Zhang,F,Greaney,M F Org.Lett.2010,12,4745-4747[1 8]a)Shang,R,Fu,Y,Wang,Y,Xu,Q,Yu,H-Z,Liu,L Angew.Chem,Int.Ed 2009,48,9350-9354;b)Shang,R,Jiang,Y,Xu,Q,Wang,55;Liu,L Org.Lett.2010,12,1000-1003;c)Shang,R,Fu,Y,Li,J B,Zhang,S L,Guo,Q X,Liu,L,Am Chem Soc.2009,131,5738;d)Shang,R,Yang,Z-w,Wang,55;Zhang,S.-L,Liu,L,Am Chem Soc.2010,132,14391-14393
    [19]a)Myers,A G,Tanaka,D,Mannion,M R,Am Chem Soc.2002,124,11250-11251,b)Tanaka,D,Myers,A G Org.Lett.2004,6,433-436,c)Tanaka,D,Romeril,S P,Myers,A G,Am Chem Soc.2005,127,10323-10333
    [20]a)Hu,P,Kan,J,Su,W,Hong,M Org.Lett.2009,11,2341-2344;b)Fu,Z,Huang,S Su,W,Hong,M Org.Lett.2010,12,4992-4995
    [21]Wang,C,Piel,I,Glorius,F,Am Chem Soc,2009,131,4194-4195
    [22]Cornella,J,Lu,P,Larrosa,I Org.LetL 2009,11,5506-5509
    [23]Xie,K,Yang,Z,Zhou,X,Li,X,Wang,s,Tan,Z,An,X,Guo,C-C Org.Lett 2010,12.1564-1567
    [24]Zhang,F,Greaney,M F Angew.Chem InL Ed 2010,49,2768-2771
    [25]a)Fang,P,Li,M,Ge,H,Am Chem Soa 2010,132,11 898-11 899;b)Li,M,Ge,H Org.Lett 2010,12,3464-3467
    [26]Wang,C,Rakshit,s,Glorius,F,Am Chem Soc.2010,132,14006-14008
    [27]B1,H-P,Chen,W-W,Liang,Y-M,Li,C-J Org.LetL 2009,11,3246-3249
    [28]Wang,Z Y,Ding,Q P,He,X D,Wu,J Org.Biom01.Chem 2009,7, 863-865
    [29]Yamashita,M,Hirano,K,Satoh,T,Miura,M Org.LetL 2010,12,592-595
    [30]a)Moon,J,Jeong,M,Nam,H,Ju,J,Moon,J H,Jung,H M,Lee,S Org.LetL 2008,10,945-948;b)Moon,J,Jang,M,Lee,S,Org.Chem 2009,74,1403-1406
    [31]Zhang,W-W,Zhang,X-G,Li,J.-H,Org.Chem 2010,75,5259-5264
    [32]Feng,C,Loh,T-P Chem Commun.2010,4779-4781
    [33]Zhao,D,Gao,C,Su,X,He,Y,You,J,Xue,Y Chem Commun 2010,9049-9051
    [34]Yu,M,Pan,D,Jia,W,Chen,W,Jiao,N TetrahedronLetL 2010,51,1287-1290
    [35]Jia,W,Jiao,N Org.LetL 2010,12,2000-2003
    [36]RaNit,s,Duan,Z,Zhang,P,Liu,X Org.LetL 2010,12,4134-4136
    [37]Sun,Z-M,Zhao,P Angew Chem InL Ed 2009,48,6726-6730
    [38]Lindh,J,Sjoberg,Per J R,Larhed,M Angew.Chem InL Ed 2010,49,7733-7737
    [39]Luo,Y,Wu,J Chem Commun 2010,3785-3787
    [40]Duan,Z,Ranjit,S,Zhang,P,Liu,X Chem EuK,2009,15,3666-3669
    [41] B1,H-P,Zhao,L,Liang,Y-M,Li,C-J Angew Chem InL Ed.2009,48,792-795
    [42]Huang,X-C,W3ng,F,Liang,Y,Li,J.-H Org.Lett.2009,11,1139-1142
    [43]Rayabarapu,D K,Tunge,J A,Am Chem Soc.2005,127,13510-13511
    [44]Waetzig,S R,Tunge,J A,Am Chem Soc.2007,129,14860-14861
    [45]Trost,B M,Xu,J Y,Schmidt,T,Am Chem Soc.2008,130,11 852-111 853
    [46]Singh,O V,Han,H,Am Chem Soc.2007,129,774-775
    [47]He,H,Zheng,X-J,Li,Y,Dai,L-X,You,S.-L Org.Lett 2007,9,4339-4341
    [48]a)Campeau,L-C,Parisien,M,Leblanc,M,Fagnou,K,,Am Chem Soc.2004,126,91 86-91 87;b)Parisien,M,Valette,D,Fagnou,K,Org.Chem 2005,70,7578-7584;c) Campeau,L-C,Thansandote,P,Fagnou,K Org.Lett.2005,7 1 857-1 860;d)Campeau,L-C,Parisien,M,Jean,A,Fagnou,K,Am Chem Soc.2006,128,581-590
    [49]Larock,RC,Zhao,J,Org.Chem 2007,72,583-588
    [50]Torun,L,Robison,T W,Bartsch,R A Tetahedron 2005,61,8345-8350
    [51]Dong Vy M,Shen,Z Angew Chem Int.Ed 2009,48,784-786
    [52]Kirincich,S J,Xiang,J,Green N Bioorg.Meal Chem 2009,17 4383-4405
    [53]Suzuki,T,lmai,K,Nakagawa,H,Miyata,N Chem Meal Chem 2006,1,1059-1062
    [54]Zhou,Z,Ting,P,Aslanian,R,Piwinski,J J Org.Lett.2008,10,2517-2520
    [55]Tietze,M,Iglesias,A,Merisor,E,Conrad,J,Klaiber,I,Beifuss,U Org.Lett.2005,7 1549-1552
    [56]a)Ma,S,Li,Z,Lu,X,Org.Chem 1992,57,709-713;b)Wei,X,Taylor,R J K,Org.Chem 2000,65,616-620;c)Hanzlik,R P,Schaefer,A R,Moon,J B,Judson,C M~Am Chem Soc.1987,109,4926-4930
    [57]a)Guo,B,Zhang,F,Shen,G,Yang,Y,Chinese Journal of Pharmaceuticals,2003,34,265-266;b)Mirk,D,Waldvogel,S R TetrahedronLetters",2004,45,7911-7914
    [58]Poirier,M,Chen,F,Bernard,C,Wong Y-S,Wu,G G Org.Lett.2001,3,3795-3798
    [59]a)DeRuiter,J,Swearingen,B E,Wandrekar,V,Mayfield,C A,Med Chem 1989,32,1033-1038;b)DeRuiter,J,Davis,R A,Wandrekar,V G,Mayfield,C A,Med Chem 1991,34,2120-2126
    [60]尤启冬.药物化学北京:化学工业出版社,2004,158-159
    [62]王书勤世界有机药物专利制备方法大全上海:科学技术出版社,1996
    [63]王世玉,王普善合成药物与中间体手册北京:化学工业出版社,2003
    [64]盖奕,周金培,黄文龙。药学进展,2006,30,289 294
    [65]a)Weintraub,P M,Sabol,J S,Kane,J M,Borcherding,D R Tetrahedron 2003,59,2953;b)Aridoss,G,Balasubramanian,S,Parthiban,P,Kabilan S Eun,Med Chem 2007,42,851,C)E1一Subbagh,H I,Abu-Zaid,S M,Mahran,M A,Badria,F A,A1一obaid,A M,Med Chem 2000,43,2915
    [66]a)Dimmock,J R,Arora,V K,Quail,J W,Pugazhenthi,U,Allen,T M,Kao,G Y,De Clercq,E,Pharm Sci 1994,83,1124;b)Dimmock,J R,Arora,V K,Wonko,S L,Hamon,N W,Quail,J W,Jia,Z,Warrington,R C,Fang,W D,Lee,J S Drug Des.Deliv 1990,6,1 83
    [67]Wang,H,Xue,s,Zhu,J,Yang,D,Jin,J,Fang,Z Chinese,Struct.Chem 2009,28,742-746
    [68]Fang,Z,Xue,s,Chen,L,Xu,Y,Yin,A,Li,C Chin,Chem 2009,27,397-402
    [69]Onnis,V,Cocco,M T,Fadda,R,Congiu,C Bioorg.Med Chem 2009,19,6158
    [70]Zheng,L-W,Wu,L-L,Zhao,B-X,Dong,W-L,Miao,J.-Y Bioorg.Med Chem 2009,17.1957
    [71]王道林,徐姣,韩珊,谷峥,有机化学,2008,28 2016-2019
    [72]叶英,赵志刚,刘兴利,李清寒,有机化学,2009,29,993-997
    [73]蒋忠良,王书玉,段辉,化学世界,2004,9,484_486
    [74]Simona,F,Riccardo,A,Marilisa,B,Margherita,G,Chiara,C,Isabelle,Z C,Michel,B,Elise,C K,Giacomo,D L,Proteome Res 2007,6 4330-4342
    [75]Faderl,s,Talpaz,M,Estrov,Z,Kantarjian,H M Ann Intern Meal 1999,131,207-219
    [76]Petzer,A L,Gunsiliusb,E Arch Med Res.2003,34,496-506
    [77]Cotta,C V,Bueso-Ramos,C E Ann Diagn Pathol 2007,1 1,68-78
    [78]Branford,s,Rudzki,Z,Walsh,s,Grigg,A,Arthur,C,Taylor,K,Herrmann,R,Lynch,K P,Hughes,T P Blood2002,99,3472-3475
    [79]Michor,F Cell2007,25,1114-111 8
    [80]Gaonkar,S L,Rai,K M L,Prabhuswamy,B Eur.,Med Chem 2006,41,841-846
    [81]Mosmann,T,Immunol Methods"1983,65,55-63

© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号

地址:北京市海淀区学院路29号 邮编:100083

电话:办公室:(+86 10)66554848;文献借阅、咨询服务、科技查新:66554700