&& 查看话题
求助微谱数据查询
49.7,54.4,56.4,69.3,70.7,81.9,87.6,103.3,103.9,129.3,131.9,134.6,135.2,148.2,148.3
查询结果：共查到79个化合物(查询结果仅供参考)&&
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1 .& &&&(-)-syringaresinol
& & 相似度:93.3%
Natural Product Research and Development& && && & 2007& && && & 19& && && & 63-66
Study on the Chemical Constituents of Caesalpinia sappan
SHU Shi- ZHANG Li; DU Guan- QIN Hai-lin
Structure& && &13C NMR& &碳谱模拟图
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2 .& &&&lirioresinol-A
& & 相似度:80%
Chinese Journal of Medicinal Chemistry& && && & 2007& && && & 17& && && & 380-382
Chemical constituents from Carthamus tinctorius L.
ZHOU Yu-zhi, CHEN Huan, QIAO Li, HAO Dong-fang, HU A Hui-ming, PEI Yue-hu
Structure& && &13C NMR& &碳谱模拟图
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3 .& &&&lirioresinol-A
& & 相似度:80%
Journal of Shenyang Pharmaceutical University& && && & 2007& && && & 24& && && & 211-214
Chemical constituents of Ixeris sonchif olia (Bge.) Hance
ZHANG Nan, L-A-li, WANG Ding, CHEN Gang, DANG quan, PEI Yue-hu
Structure& && &13C NMR& &碳谱模拟图
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4 .& &&&(1R,2S,5R,6R)-5'-O-methylpluviatilol
C21H22O7& &&&相似度:65%
Bioorganic & Medicinal Chemistry Letters& && && & 2012& && && & 22& && && &
Anti-inflammatory and PPAR transactivational effects of secondary metabolites from the roots of Asarum sieboldii
Tran Hong Quang,Nguyen Thi Thanh Ngan,Chau Van Minh,Phan Van Kiem ,Bui Huu Tai ,Nguyen Phuong Thao ,Seok Bean Song,Young Ho Kim
Structure& && &13C NMR& &碳谱模拟图
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5 .& &&&phillygenin Me ether
& & 相似度:64.7%
Phytochemistry& && && & 1980& && && & 19& && && & 335-336
13CNMR analysis of symplocosin and (+)-epipinoresinol glucoside
Mariko Chiba, Sueo Hisada, Sansei Nishibe, H. Thieme
Structure& && &13C NMR& &碳谱模拟图
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6 .& &&&compound 4
& & 相似度:63.1%
Phytochemistry& && && & 2002& && && & 59& && && & 851-856
Two highly oxygenated eudesmanes and 10 lignans from Achillea holosericea
Ahmed A. Ahmed, Ahmed A. Mahmoud, Eptehal T. Ali, Olga Tzakou,Maria Couladis, Tom J. Mabry, Tamás Gátid, Gábor Tóth
Structure& && &13C NMR& &碳谱模拟图
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7 .& &&&(+)-epi-syringaresinol
C22H26O8& &&&相似度:63.1%
Journal of the Chinese Chemical Society& && && & 1998& && && & 45& && && & 629-634
Lignans and Kauranes from the Stems of Annona cherimola
陳中一(Chung-Yi Chen);吳東穎(Tung-Ying Wu);張芳榮(Fang-Rong Chang);吳永昌(Yang-Chang Wu)
Structure& && &13C NMR& &碳谱模拟图
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8 .& &&&epiyangambin
& & 相似度:62.5%
Phytochemistry& && && & 2002& && && & 59& && && & 851-856
Two highly oxygenated eudesmanes and 10 lignans from Achillea holosericea
Ahmed A. Ahmed, Ahmed A. Mahmoud, Eptehal T. Ali, Olga Tzakou,Maria Couladis, Tom J. Mabry, Tamás Gátid, Gábor Tóth
Structure& && &13C NMR& &碳谱模拟图
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9 .& &&&epieudesmin
& & 相似度:61.1%
Phytochemistry& && && & 2002& && && & 59& && && & 851-856
Two highly oxygenated eudesmanes and 10 lignans from Achillea holosericea
Ahmed A. Ahmed, Ahmed A. Mahmoud, Eptehal T. Ali, Olga Tzakou,Maria Couladis, Tom J. Mabry, Tamás Gátid, Gábor Tóth
Structure& && &13C NMR& &碳谱模拟图
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10 .& &&&(+)-epipinoresinol
& & 相似度:61.1%
Chemical & Pharmaceutical Bulletin& && && & 1987& && && & 35& && && &
The Constituents of Eucommia ulmoides OLIV. V. Isolation of Dihydroxydehydrodiconiferyl Alcohol Isomers and Phenolic Compounds
TAKESHI DEYAMA,TAKAKO IKAWA,SHIZUKA KITAGAWA and SANSEI NISHIBE
Structure& && &13C NMR& &碳谱模拟图
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11 .& &&&(+)-syringaresinol
& & 相似度:60%
Chemical & Pharmaceutical Bulletin& && && & 1985& && && & 33& && && &
The Constituents of Eucommia ulmoides OLIV. II. Isolation and Structures of Three New Lignan Glycosides
TAKESHI DEYAMA,TAKAKO IKAWA and SANSEI NISHIBE
Structure& && &13C NMR& &碳谱模拟图
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12 .& &&&(+)-syringaresinol
C21H26O8& &&&相似度:60%
Chemical & Pharmaceutical Bulletin& && && & 1983& && && & 31& && && &
The Constituents of Eucommia ulmoides OLIV. I. Isolation of (+)-Medioresinol Di-O-β-D-glucopyranoside
TAKESHI DEYAMA
Structure& && &13C NMR& &碳谱模拟图
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13 .& &&&syringaresinol
& & 相似度:60%
Phytochemistry& && && & 1997& && && & 45& && && & 159-166
Lignan, phenylpropanoid and iridoid glycosides from Pedicularis torta
Wang Changzeng, Jia Zhongjian
Structure& && &13C NMR& &碳谱模拟图
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14 .& &&&syringaresinol-4'-glucoside-tetraacetate pentaacetate
C28H36O3& &&&相似度:60%
Phytochemistry& && && & 1991& && && & 30& && && &
Synthesis of biologically active tetrahydro-furofuranlignan-(syringin, pinoresinol)- mono- and bis-glucosides
Barbara Vermes, Otto Seligmann, Hildebert Wagner
Structure& && &13C NMR& &碳谱模拟图
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15 .& &&&zheberiesinol
C14H16O6& &&&相似度:60%
Chinese Pharmaceutical Journal& && && & 2009& && && & 44& && && & 819-821
Chemical Constituents of Croton caudatus Geisel.var.tomentosus Hook.
ZOU Guo-an, WANG Yuan, YANG Jun-shan, ZOU Zhong-mei
Structure& && &13C NMR& &碳谱模拟图
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16 .& &&&7,8-trans-8,8'-trans-7',8'-cis-7,7'-(4-hydroxy-3,5-dimethoxyphenyl)-8,8'-diacetoxymethyltetrahydrofuran
C26H32O11& &&&相似度:58.8%
Journal of Natural Products& && && & 2006& && && & 69(2)& && && & 247-250
Bioactive Compounds from Peperomia pellucida
Su Xu, Na Li, Meng-Meng Ning, Cai-Hong Zhou, Qiao-Rong Yang, and Ming-Wei Wang
Structure& && &13C NMR& &碳谱模拟图
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17 .& &&&compound 1a
& & 相似度:58.8%
Organic Letters& && && & 2007& && && & Vol. 9, No. 25& && && &
Structure Elucidation and Biomimetic Synthesis of Hostasinine A, a New Benzylphenethylamine Alkaloid from Hosta plantaginea
Yue-Hu Wang, Suo Gao, Fu-Mei Yang, Qian-Yun Sun, Jun-Song Wang,Hai-Yang Liu, Chun-Shun Li, Ying-Tong Di, Shun-Lin Li,Hong-Ping He, and Xiao-Jiang Hao
Structure& && &13C NMR& &碳谱模拟图
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18 .& &&&phillygenin
& & 相似度:58.8%
Phytochemistry& && && & 1980& && && & 19& && && & 335-336
13CNMR analysis of symplocosin and (+)-epipinoresinol glucoside
Mariko Chiba, Sueo Hisada, Sansei Nishibe, H. Thieme
Structure& && &13C NMR& &碳谱模拟图
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19 .& &&&lantibetin
C2OH22O6& &&&相似度:57.8%
Planta Medica& && && & 2008& && && & 74& && && &
Minor Furofurano Lignans from the Tibetan Herb, Lancea tibetica
Ting Li, Xiao-Jiang Hao, Qian-Qun Gu,Wei-Ming Zh
Structure& && &13C NMR& &碳谱模拟图
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20 .& &&&(+)-epipinoresinol
C20H22O6& &&&相似度:57.8%
Chemical & Pharmaceutical Bulletin& && && & 1984& && && & 32& && && &
Effects of O-Methylation and O-Glucosylation on Carbon-13 Nuclear Magnetic Resonance Chemical Shifts of Matairesinol, (+)-Pinoresinol and (+)-Epipinoresinol
SANSEI NISHIBE,HIROKI TSUKAMOTO and SUEO HISADA
Structure& && &13C NMR& &碳谱模拟图 黑龙江中医药 你呢 研几？ : Originally posted by lifeliuyan at
黑龙江中医药 你呢 研几？ 哇，你也是中医药的，我本科是山东中医药的，现在是山大的，今年研三，你呢，研几了？ : Originally posted by 流风霜 at
哇，你也是中医药的，我本科是山东中医药的，现在是山大的，今年研三，你呢，研几了？... 我也研三 哈哈 你课题也是主要分离么？有生物碱类不？ : Originally posted by lifeliuyan at
我也研三 哈哈 你课题也是主要分离么？有生物碱类不？... 对，我是做提取分离的，我没分过生物碱，但我师姐做的是生物碱，我只能说有一定了解，生物碱太难做，师姐做得很痛苦呀，如果有什么问题我可以替你问问 : Originally posted by 流风霜 at
对，我是做提取分离的，我没分过生物碱，但我师姐做的是生物碱，我只能说有一定了解，生物碱太难做，师姐做得很痛苦呀，如果有什么问题我可以替你问问... 哦 这个啊 那就算了 我分出了两个生物碱 由于结构多变 解不明白 想讨教一下而已 呵呵 十分感谢啊
你们什么时候找工作啊 你分了多少个化合物出来，有新的不？ : Originally posted by lifeliuyan at
哦 这个啊 那就算了 我分出了两个生物碱 由于结构多变 解不明白 想讨教一下而已 呵呵 十分感谢啊
你们什么时候找工作啊 你分了多少个化合物出来，有新的不？... 这倒是，生物碱结构太容易变，普比较难看。
我分出来的不多，愁的不行了。
工作他们十一后就要做打算了吧，我也不大确定去哪，看老师能不能推荐个地方，你呢，你家是哪的？ : Originally posted by 流风霜 at
这倒是，生物碱结构太容易变，普比较难看。
我分出来的不多，愁的不行了。
工作他们十一后就要做打算了吧，我也不大确定去哪，看老师能不能推荐个地方，你呢，你家是哪的？... 我分的也不多 不过毕业没啥问题 我们学校要求低 你们学校要求严格
我家牡丹江附近的 打算回家找找看 呵呵
搞分离感觉就业前景不乐观啊 一起愁吧:P&& 查看话题
急求微谱，谢谢各位大神！在线等
化合物1：氘代甲醇溶
2.98,6.27,15.10,18.10,18.54,21.46,24.38,25.99,26.77,28.83,29.56,29.90,32.13,34.40,36.31,39.44,44.96,45.41,46.69,46.90,47.57,48.83,65.56,65.74,68.34,74.95,75.46,82.27,119.18,165.03,203.49
化合物2： DMSO溶
49.05,94.28,99.27,103.32,104.15,113.81,116.45,119.44,121.95,146.18,150.14,157.73,161.93,164.33,164.56,182.11
化合物3：DMSO溶
94.43,99.30,103.28,104.12,116.41,121.61,128.94,157.76,161.64,161.90,164.17,164.67,182.20
化合物4：氘代甲醇溶
35.38,37.48,53.48,53.57,53.92,59.57,68.34,68.72,71.85,74.90,75.37,99.27,110.13,111.16,112.03,114.39,119.67,122.24,125.29,127.03,128.95,135.41,146.45,146.71,147.41,147.79,171.94
查询结果：共查到132个化合物(查询结果仅供参考)
1 .& &&&balsaminol A
C30H50O4& &&&相似度:64.5%
Journal of Natural Products& && && & 2009& && && & 72& && && &
Cucurbitane-Type Triterpenoids from the African Plant Momordica balsamina
Cátia Ramalhete, Tayyab A. Mansoor, Silva Mulhovo, Joseph Molnár, and Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
2 .& &&&2,3,9,20,21-pentahydroxy-cholest-7-en-6-one
C27H44O6& &&&相似度:64.5%
Indian Journal of Chemistry Section B& && && & 2003& && && & 42B& && && & 944-945
Pentahydroxycholestenone derivative from Eastern Himalayan yew
Vaishali Chakraborty & Manobjyoti Bordoloi
Structure& && &13C NMR& &碳谱模拟图
3 .& &&&balsaminol B
C31H52O4& &&&相似度:61.2%
Journal of Natural Products& && && & 2009& && && & 72& && && &
Cucurbitane-Type Triterpenoids from the African Plant Momordica balsamina
Cátia Ramalhete, Tayyab A. Mansoor, Silva Mulhovo, Joseph Molnár, and Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
4 .& &&&Eremophiloside G
C40H62O12& &&&相似度:61.2%
Tetrahedron& && && & 2008& && && & 64& && && &
Unusual cycloartane glycosides from Astragalus eremophilus
Angela Perrone, Milena Masullo, Carla Bassarello, Elena Bloise, Arafa Hamed, Patrizia Nigro, Cosimo Pizza, Sonia Piacente
Structure& && &13C NMR& &碳谱模拟图
5 .& &&&25-methoxycucurbita-5,23(E)-diene-3β,7β,29-triol
C31H52O4& &&&相似度:61.2%
Bioorganic & Medicinal Chemistry& && && & 2009& && && & 17& && && &
New potent P-glycoprotein modulators with the cucurbitane scaffold and their synergistic interaction with doxorubicin on resistant cancer cells
Cátia Ramalhete, Joseph Molnár, Silva Mulhovo, Virgílio E. Rosário, Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
6 .& &&&(22R)-cycloart-20,25-dien-2α,3β,22α triol
& & 相似度:61.2%
Bioorganic & Medicinal Chemistry& && && & 2006& && && & 14& && && & 938-943
Tyrosinase inhibitory cycloartane type triterpenoids from the methanol extract of the whole plant of Amberboa ramosa Jafri and their structure–activity relationship
Mahmud Tareq Hassan Khan, Sher Bahadar Khan, Arjumand Ather
Structure& && &13C NMR& &碳谱模拟图
7 .& &&&8-(23R)-5α-cycloart-24-ene-3β,21,23-triol
C30H50O3& &&&相似度:61.2%
Bioorganic & Medicinal Chemistry& && && & 2006& && && & 14& && && & 938-943
Tyrosinase inhibitory cycloartane type triterpenoids from the methanol extract of the whole plant of Amberboa ramosa Jafri and their structure–activity relationship
Mahmud Tareq Hassan Khan, Sher Bahadar Khan, Arjumand Ather
Structure& && &13C NMR& &碳谱模拟图
8 .& &&&balsaminapentaol
C30H50O5& &&&相似度:58.0%
Journal of Natural Products& && && & 2009& && && & 72& && && &
Cucurbitane-Type Triterpenoids from the African Plant Momordica balsamina
Cátia Ramalhete, Tayyab A. Mansoor, Silva Mulhovo, Joseph Molnár, and Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
9 .& &&&Combregenin
C30H48O7& &&&相似度:58.0%
Phytochemistry& && && & 1996& && && & 41& && && & 591-594
Pentacyclic triterpenes from Combretum nigricans
Akino Jossang, Mannan Seuleiman, Eric Maidou, Bernard Bodo
Structure& && &13C NMR& &碳谱模拟图
10 .& &&&arjungenin
C30H48O6& &&&相似度:58.0%
Phytochemistry& && && & 1996& && && & 41& && && & 591-594
Pentacyclic triterpenes from Combretum nigricans
Akino Jossang, Mannan Seuleiman, Eric Maidou, Bernard Bodo
Structure& && &13C NMR& &碳谱模拟图
11 .& &&&2α,3β,19α,23-tetrahydroxyolean-12-en-28-oic acid
& & 相似度:58.0%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && &
Studies on chemcial constituents in Patrinia scabiosaefolia
XIA Ming- TAN Jing- YANG L SHANG Zhen- ZHAO Qing- SHI Guo-bing
Structure& && &13C NMR& &碳谱模拟图
12 .& &&&arjungenin
C30H48O6& &&&相似度:58.0%
Chinese Journal of Natural Medicines& && && & 2006& && && & 4& && && & 271-274
Isolation and Identification of Terpenes from Coleus forskohlii
SHAN Yu-P KONG Ling-Yi
Structure& && &13C NMR& &碳谱模拟图
13 .& &&&topsentiasterol sulfate E
C31H49O13S3Na3& &&&相似度:58.0%
Tetrahedron& && && & 1994& && && & 50& && && &
Topsentiasterol sulfates, antimicrobial sterol sulfates possessing novel side chains, from a marine sponge, Topsentia sp.
Nobuhiro Fusetani, Motohiko Takahashi, Shigeki Matsunaga
Structure& && &13C NMR& &碳谱模拟图
14 .& &&&20(R),24(S)-epoxy-1α-3β,6α,16β,25-pentahydroxycycloartane
C30H50O& &&&相似度:58.0%
Phytochemistry& && && & 2013& && && & 88& && && & 99-104
Microbial transformation of cycloastragenol
Melis Kuban, Gaye Öngen, Ikhlas A. Khan, Erdal Bedir
Structure& && &13C NMR& &碳谱模拟图
15 .& &&&(22R)-cycloart-23-ene-3β,22α,25-triol
& & 相似度:58.0%
Bioorganic & Medicinal Chemistry& && && & 2006& && && & 14& && && & 938-943
Tyrosinase inhibitory cycloartane type triterpenoids from the methanol extract of the whole plant of Amberboa ramosa Jafri and their structure–activity relationship
Mahmud Tareq Hassan Khan, Sher Bahadar Khan, Arjumand Ather
Structure& && &13C NMR& &碳谱模拟图
16 .& &&&cycloart-20-ene-3β,25-diol
C30H48O& &&&相似度:58.0%
Bioorganic & Medicinal Chemistry& && && & 2006& && && & 14& && && & 938-943
Tyrosinase inhibitory cycloartane type triterpenoids from the methanol extract of the whole plant of Amberboa ramosa Jafri and their structure–activity relationship
Mahmud Tareq Hassan Khan, Sher Bahadar Khan, Arjumand Ather
Structure& && &13C NMR& &碳谱模拟图
17 .& &&&uncarilic acid
& & 相似度:58.0%
Molecules& && && & 2013& && && & 18& && && &
Uncarilic Acid and Secouncarilic Acid, Two New Triterpenoids from Uucaria sessilifructus
Mao-Juan Zhang, Bing Liu, Shang-Gao Liao, You-Kai Xu, De-Qiang Feng, Kai-Long Ji and Yan Li
Structure& && &13C NMR& &碳谱模拟图
18 .& &&&phlomistetraol B
C29H48O4& &&&相似度:54.8%
Chemical & Pharmaceutical Bulletin& && && & 2008& && && & 56(7)& && && & 951-955
Novel Nortriterpenes from Phlomis umbrosa
Pu LIU,Zhi YAO,Wen ZHANG,Yoshihisa TAKAISHI,and Hong-Quan DUAN
Structure& && &13C NMR& &碳谱模拟图
19 .& &&&triterpene
C30H47O6& &&&相似度:54.8%
Chemical & Pharmaceutical Bulletin& && && & 2004& && && & 52(10)& && && &
New Oleanan-Type Triterpene and Cincholic Acid Glycosides from Peruvian “Uña de Gato” (Uncaria tomentosa)
Mariko KITAJIMA,Ken-ichiro HASHIMOTO, Manuel SANDOVAL,Norio AIMI,andHiromitsu TAKAYAMA
Structure& && &13C NMR& &碳谱模拟图
20 .& &&&methyl 3β,23(R)-dihydroxycycloart-24-en-28-oate 3-sulfate
C31H50O7SNa& &&&相似度:54.8%
Journal of Natural Products& && && & 2000& && && & 63& && && & 210-216
New Triterpenoid Sulfates from the Red Alga Tricleocarpa fragilis1
F. David Horgen, Bryan Sakamoto, and Paul J. Scheuer
Structure& && &13C NMR& &碳谱模拟图
21 .& &&&3,15,16-trihydroxy-18β-olean-12-en-28-oic acid
& & 相似度:54.8%
Chemical & Pharmaceutical Bulletin& && && & 1988& && && & 36& && && &
13C NMR SPECTRAL STUDIES OF ENTAGENIC ACID TO ESTABLISH ITS STRUCTURE
Yoshihito Okada,Shoji Shibata,Osamu Kamo and Toru Okuyama
Structure& && &13C NMR& &碳谱模拟图
22 .& &&&cycloartan-3,23,29-triol 3,29-disodium sulfate
C30H50O9S2Na2& &&&相似度:54.8%
Journal of Natural Products& && && & 1994& && && & Vol 57& && && & 74
New Cycloartanol Sulfates from the Alga Tydemania expeditionis: Inhibitors of the Protein Tyrosine Kinase pp60v-src
Meledath Govindan, Syed A. Abbas, Francis J. Schmitz, Rita H. Lee, Jacqueline S. Papkoff, Doris L. Slate
Structure& && &13C NMR& &碳谱模拟图
23 .& &&&(23R)-5α-CycImart-24-ene-3β,21,23-triol
C30H50O3& &&&相似度:54.8%
Phytochemistry& && && & 1992& && && & 31& && && &
Cycloartanes and other terpenoids and phenylpropanoids from Monocyclanthus vignei
Hans Achenbach, Dieter Frey
Structure& && &13C NMR& &碳谱模拟图
24 .& &&&Turformosinic acid
C30H46O6& &&&相似度:54.8%
Molecules& && && & 2012& && && & 17& && && &
Cytotoxic Phenylpropanoids and a New Triterpene,Turformosinic Acid, from Turpinia formosana Nakai
Hui-Chi Huang,Chun-Tang Chiou, Ping-Chun Hsiao,Chia-Ching Liaw ,Li-Jie Zhang,Chao-Lin Chang,Ih-Sheng Chen, Wen-Chi Chen ,Kuo-Hsiung Lee and Yao-Haur Kuo
Structure& && &13C NMR& &碳谱模拟图
25 .& &&&Artabotryol D
C30H50O4& &&&相似度:54.8%
Helvetica Chimica Acta& && && & 2010& && && & 93& && && &
Artabotryols A – E, New Lanostane Triterpenes from the Seeds of Artabotrys odoratissimus
Chitrasen Gupta, Subedar Prasad, Mahendra Sahai, Teigo Asai, Noriyuki Hara and Yoshinori Fujimoto
Structure& && &13C NMR& &碳谱模拟图
26 .& &&&24-methylenecycloartanol
& & 相似度:54.8%
Chinese Traditional and Herbal Drugs& && && & 2005& && && & 36& && && & 669-671
藤苦参化学成分研究(Ⅱ)
张琳,徐丽珍,杨世林
Structure& && &13C NMR& &碳谱模拟图
27 .& &&&macranthoidin A
& & 相似度:54.8%
Chinese Journal of Natural Medicines& && && & 2006& && && & 4& && && & 385-386
Chemical Constituents in the Stem of Lonicera hypoglauca
HE Qing-H LI Hui-J BI Zhi-M LI Ping~; MA Shao-Zhe
Structure& && &13C NMR& &碳谱模拟图
28 .& &&&balsaminol E
C30H48O3& &&&相似度:54.8%
Bioorganic & Medicinal Chemistry& && && & 2010& && && & 18& && && &
New antimalarials with a triterpenic scaffold from Momordica balsamina
Cátia Ramalhete, Dinora Lopes, Silva Mulhovo, Joseph Molnár, Virgílio E. Rosário, Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
29 .& &&&cucurbita-5,23(E)-diene-3β,7β,25,29-tetraol
C30H50O4& &&&相似度:54.8%
Bioorganic & Medicinal Chemistry& && && & 2009& && && & 17& && && &
New potent P-glycoprotein modulators with the cucurbitane scaffold and their synergistic interaction with doxorubicin on resistant cancer cells
Cátia Ramalhete, Joseph Molnár, Silva Mulhovo, Virgílio E. Rosário, Maria-José U. Ferreira
Structure& && &13C NMR& &碳谱模拟图
30 .& &&&alphitolic acid
& & 相似度:54.8%
Zeitschrift für Naturforschung C& && && & 2009& && && & 64& && && & 201-209
Hepatoprotective Triterpenes from Hairy Root Cultures of Ocimum basilicum L.
A. M. Marzouk
Structure& && &13C NMR& &碳谱模拟图
31 .& &&&(24S)-ergostane-6-acetate-3β,5α,6β,25-tetraol
C30H52O5& &&&相似度:54.8%
Marine Drugs& && && & 2012& && && & 10& && && &
Polyoxygenated Sterols from the South China Sea Soft Coral Sinularia sp.
Rui Li, Chang-Lun Shao, Xin Qi, Xiu-Bao Li, Jing Li, Ling-Ling Sun and Chang-Yun Wang
Structure& && &13C NMR& &碳谱模拟图
32 .& &&&aervecdysteroid D
C28H46O7& &&&相似度:54.8%
Steroids& && && & 2013& && && & 78& && && &
Ecdysteroids from the flowers of Aerva javanica
Muhammad Saleem, Sara Musaddiq, Naheed Riaz, Momina Zubair, Muhammad Ashraf, Rumana Nasar, Abdul Jabbar
Structure& && &13C NMR& &碳谱模拟图
33 .& &&&sericic acid
& & 相似度:54.8%
Chemistry & Biodiversity& && && & 2011& && && & 8& && && &
Novel 3-Oxo- and 3,24-Dinor-2,4-secooleanane-Type Triterpenes from Terminalia ivorensis A. Chev.
Beaudelaire Kemvoufo Ponou, Rémy Bertrand Teponno, Massimo Ricciutelli, Télesphore Bénoit Nguelefack, Luana Quassinti, Massimo Bramucci, Giulio Lupidi, Luciano Barboni*, and Léon Azefack Tapondjou
Structure& && &13C NMR& &碳谱模拟图
34 .& &&&Cycloart-23-methyl-7,20,22-triene-3β,30-diol
C30H46O2& &&&相似度:54.8%
Medicinal Chemistry Research& && && & 2008& && && & 17& && && & 462-473
Isolation and characterization of new compounds from seeds of Nigella sativa
Bhupendra Kumar Mehta , Uma Sharma ,Sumit Agrawal , Vikas Pandit , Nidhi Joshi ,Meenal Gupta
Structure& && &13C NMR& &碳谱模拟图
35 .& &&&(24S)-24-ethylcholesta-3β,5α,6α-triol
& & 相似度:54.8%
Chinese Journal of Applied & Environmental Biology& && && & 2009& && && & 15& && && & 615-620
Chemical Constituents from Polygonum perfoliatum
LI H MA Q LIU Y QIAN J ZHOU Jun & ZHAO Youxing
Structure& && &13C NMR& &碳谱模拟图
36 .& &&&20(R),24(S)-epoxy-3β,6α,11b,16β,25-pentahydroxycycloartane
C30H50O6& &&&相似度:54.8%
Phytochemistry& && && & 2013& && && & 88& && && & 99-104
Microbial transformation of cycloastragenol
Melis Kuban, Gaye Öngen, Ikhlas A. Khan, Erdal Bedir
Structure& && &13C NMR& &碳谱模拟图
37 .& &&&cycloart-23-ene-3β,25-diol
& & 相似度:54.8%
Bioorganic & Medicinal Chemistry& && && & 2006& && && & 14& && && & 938-943
Tyrosinase inhibitory cycloartane type triterpenoids from the methanol extract of the whole plant of Amberboa ramosa Jafri and their structure–activity relationship
Mahmud Tareq Hassan Khan, Sher Bahadar Khan, Arjumand Ather
Structure& && &13C NMR& &碳谱模拟图
38 .& &&&uncarilic acid
& & 相似度:54.8%
Molecules& && && & 2013& && && & 18& && && &
Uncarilic Acid and Secouncarilic Acid, Two New Triterpenoids from Uucaria sessilifructus
Mao-Juan Zhang, Bing Liu, Shang-Gao Liao, You-Kai Xu, De-Qiang Feng, Kai-Long Ji and Yan Li
Structure& && &13C NMR& &碳谱模拟图
39 .& &&&secouncarilic acid
& & 相似度:54.8%
Molecules& && && & 2013& && && & 18& && && &
Uncarilic Acid and Secouncarilic Acid, Two New Triterpenoids from Uucaria sessilifructus
Mao-Juan Zhang, Bing Liu, Shang-Gao Liao, You-Kai Xu, De-Qiang Feng, Kai-Long Ji and Yan Li
Structure& && &13C NMR& &碳谱模拟图
40 .& &&&Toonaciliatavarin C
C32H48O7& &&&相似度:53.1%
Journal of Natural Products& && && & 2012& && && & 75& && && & 538-546
Cytotoxic and Anti-inflammatory Triterpenoids from Toona ciliata
Feng Zhang, Jun-Song Wang, Yu-Cheng Gu, and Ling-Yi Kong
Structure& && &13C NMR& &碳谱模拟图
41 .& &&&Eremophiloside I
C42H68O13& &&&相似度:53.1%
Tetrahedron& && && & 2008& && && & 64& && && &
Unusual cycloartane glycosides from Astragalus eremophilus
Angela Perrone, Milena Masullo, Carla Bassarello, Elena Bloise, Arafa Hamed, Patrizia Nigro, Cosimo Pizza, Sonia Piacente
Structure& && &13C NMR& &碳谱模拟图
42 .& &&&cycloneolitsol
& & 相似度:53.1%
Chinese Traditional and Herbal Drugs& && && & 2013& && && & 44& && && & 812-815
Study on chemical constituents of Aletris spicata
HUANG Lan, PAN Jie, CAO Pei-xue, PAN Wei-dong, LIANG Guang-yi
Structure& && &13C NMR& &碳谱模拟图
43 .& &&&2α,3β,19α,23-tetrahydroxy-11-oxo-olean-12-en-28-oic acid 28-O-β-D-glucopyranosyl ester
C36H56O12& &&&相似度:52.7%
Phytochemistry& && && & 2006& && && & 67& && && &
Triterpenoid saponins from Pteleopsis suberosa stem bark
Marinella De Leo, Nunziatina De Tommasi, Rokia Sanogo, Valeria D’Angelo,Maria Paola Germanòd, Giuseppe Bisignano, Alessandra Braca
Structure& && &13C NMR& &碳谱模拟图
44 .& &&&3-O--sitosterol
& & 相似度:52.7%
Phytochemistry& && && & 1997& && && & 44& && && &
Triterpenoid saponins from Erythrina sigmoidea
J. Tanyi Mbafor, Jean-Claude Ndom, Z. Tanee Fomum
Structure& && &13C NMR& &碳谱模拟图
45 .& &&&3-O-β-D-glucopyranosyl-olean-12-ene-3β,27,28,30-tetraol
C36H60O9& &&&相似度:52.7%
Phytochemistry& && && & 2013& && && & 93& && && & 176-181
Triterpene saponins of Genista ulicina Spach
Naima Boutaghane, Laurence Voutquenne-Nazabadioko, Dominique Harakat, Alain Simon, Zahia Kabouche
Structure& && &13C NMR& &碳谱模拟图
46 .& &&&serrulatin E
C30H50O6& &&&相似度:51.6%
Helvetica Chimica Acta& && && & 2008& && && & Vol. 91& && && & 665
Triterpenoids from the Edible Leaves of Photinia serrulata
Ya-Ling Song, Yue-Hu Wang, Qing Lu, Hui-Jun Qiao, and Yong-Xian Cheng
Structure& && &13C NMR& &碳谱模拟图
47 .& &&&(2α,3α,12α,17R)-12-methoxy-19(18→17)-abeo-28-norolean-13(18)-ene-2,3,23,24,29-pentol
C30H50O6& &&&相似度:51.6%
Helvetica Chimica Acta& && && & 2007& && && & Vol. 90& && && & 601
Four New Nortriterpenoids from Phlomis umbrosa
Pu Liu, Zhi Yao, Hui-Qiang Li, and Hong-Quan Duan
Structure& && &13C NMR& &碳谱模拟图
48 .& &&&abiesanolide F
C30H44O5& &&&相似度:51.6%
Chemical & Pharmaceutical Bulletin& && && & 2008& && && & 56(4)& && && & 554-558
Novel Lanostane and Rearranged Lanostane-Type Triterpenoids from Abies sachalinensis—II—
Hui Yuan GAO,Li Jun WU,Takahisa NAKANE,Osamu SHIROTA,and Masonori KUROYANAGI
Structure& && &13C NMR& &碳谱模拟图
49 .& &&&aesculioside Id
C47H76O21& &&&相似度:51.6%
Phytochemistry& && && & 2006& && && & 67& && && & 784-794
Triterpenoid saponins from the fruits of Aesculus pavia
Zhizhen Zhang, Shiyou Li, Shanmin Zhang, David Gorenstein
Structure& && &13C NMR& &碳谱模拟图
50 .& &&&spheciosterol sulfate A
C30H47O13S3Na3& &&&相似度:51.6%
Journal of Natural Products& && && & 2008& && && & 71(7)& && && &
Spheciosterol Sulfates, PKC# Inhibitors from a Philippine Sponge Spheciospongia sp.
Emily L. Whitson, Tim S. Bugni, Priya S. Chockalingam, Gisela P. Concepcion, Mary Kay Harper, Min He, John N. A. Hooper, Gina C. Mangalindan, Frank Ritacco, and Chris M. Ireland
Structure& && &13C NMR& &碳谱模拟图 化合物2
查询结果：共查到1435个化合物(查询结果仅供参考)
1 .& &&&luteolin
& & 相似度:93.7%
Planta Medica& && && & 1995& && && & 61& && && & 570-573
Constituents of the Egyptian G III. Phenolic Constituents of the Aerial Parts
Diaa Youssef and August W. Frahm
Structure& && &13C NMR& &碳谱模拟图
2 .& &&&luteolin
& & 相似度:93.7%
Acta Botanica Boreali-Occidentalia Sinica& && && & 2008& && && & 28& && && &
Chemical Constituents in the Leaves of Alsophila spinulosa
CHEN Feng-zheng, XIANG Qing-xiang, LI Shu-hua
Structure& && &13C NMR& &碳谱模拟图
3 .& &&&Luteolin
C15H10O6& &&&相似度:93.7%
Molecules& && && & 2008& && && & 13& && && &
Flavonoids and a New Polyacetylene from Bidens parviflora Willd
Yu-Lan Li, Jun Li, Nai-Li Wang and Xin-Sheng Yao
Structure& && &13C NMR& &碳谱模拟图
4 .& &&&luteolin
& & 相似度:93.7%
Journal of Chinese Pharmaceutical Sciences& && && & 2000& && && & 9& && && & 134-136
Two Novel Flavonoids from Ixeris sonchifolia
Feng Xizhi, Xu Suixu and Dong Mei
Structure& && &13C NMR& &碳谱模拟图
5 .& &&&luteolin
& & 相似度:93.7%
Journal of Chinese Pharmaceutical Sciences& && && & 2004& && && & 13& && && & 212-213
Flavones Isolated from Codonopsis xundianensis
HE Q ZHU En- WANG Zheng- XU Luo- and HU Zhi-bi
Structure& && &13C NMR& &碳谱模拟图
6 .& &&&luteolin
& & 相似度:93.7%
Natural Product Research& && && & 2009& && && & 23& && && &
A new acylated quercetin glycoside from the leaves of Stevia rebaudiana Bertoni
Jun Li; Hua J Renbing Shi
Structure& && &13C NMR& &碳谱模拟图
7 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2009& && && & 34& && && &
Chemical constituents in Buddleja albiflora
TAO Liang, HUANG Jincheng, ZHAO Yanping, LI Chong
Structure& && &13C NMR& &碳谱模拟图
8 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2007& && && & 32& && && & 926-929
Studies on constitutes from Taraxacum monggolicum
YAO Wei, LIN Wenyan, ZHOU Changxin, ZHAO Yu
Structure& && &13C NMR& &碳谱模拟图
9 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2007& && && & 32& && && &
Chemical constituents from roots Pseudostellaria heterophylla
ZHANG Jian, LI Youbin, WANG Dawei, YIN Zhiqi, DUAN Jinao
Structure& && &13C NMR& &碳谱模拟图
10 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2006& && && & 31& && && & 892-894
Studies on the chemical constituents in herb of Ranunculus japonicus
ZHENG Wei, Zhou Changxin, ZHANG Shuili, WENG Linjia, ZHAO Yu
Structure& && &13C NMR& &碳谱模拟图
11 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2006& && && & 31& && && & 128-130
Studies on chemical constituents of Patrinia villosa
PENG Jinyong, FAN Guorong, WU Yutian
Structure& && &13C NMR& &碳谱模拟图
12 .& &&&5,7,3',4'-tetrahydroxyflavone
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2006& && && & 31& && && & 391-395
Studies on flavonoids of Andrographis paniculata
CHENG Lixia, QU Gexia, QIU Feng
Structure& && &13C NMR& &碳谱模拟图
13 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2005& && && & 30& && && & 444-446
Studies on chemical constituents in herb of Polygonum orientale
LI Yongjun, HE Xun, LIU Lina, LAN Yanyu, WANG Aimin, WANG Yonglin
Structure& && &13C NMR& &碳谱模拟图
14 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2005& && && & 30& && && & 588-590
Studies on chemical constituents in herb of Chondrilla piptocoma
ZHAO Dongbao, YANG Yuxia, LIU Xiuhua, WANG Hanqing
Structure& && &13C NMR& &碳谱模拟图
15 .& &&&luteolin
& & 相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2005& && && & 30& && && & 153-154
藏药短穗兔耳草化学成分研究
杨云裳, 何 荔, 杨爱梅, 史高峰, 鲁润华
Structure& && &13C NMR& &碳谱模拟图
16 .& &&&luteolin
C15H10O6& &&&相似度:93.7%
China Journal of Chinese Materia Medica& && && & 2004& && && & 29& && && & 232-234
Studies on chemical constituents from herb of Dracocephalum moldavica
GU Haifeng, CHEN Ruoyun, SUN Yuhua, LIU Fa
Structure& && &13C NMR& &碳谱模拟图
17 .& &&&luteolin
& & 相似度:93.7%
Fitoterapia& && && & 2009& && && & 80& && && & 461-464
A new biflavonoid from Daphniphyllum angustifolium Hutch
Mingfeng Xu , Lianqing Shen, Kuiwu Wang
Structure& && &13C NMR& &碳谱模拟图
18 .& &&&luteolin
& & 相似度:93.7%
Fitoterapia& && && & 2000& && && & 71& && && & 649-654
Two new flavonoids from Retama raetam
M. Kassem, S.A. Mosharrafa, N.A.M. Saleh,S.M. Abdel-Wahab
Structure& && &13C NMR& &碳谱模拟图
19 .& &&&luteolin
& & 相似度:93.7%
Acta Pharmaceutica Sinica& && && & 2008& && && & Vol 43& && && & 173-180
Chemical constituents from the leaves of Broussonetia papyrifera
FENG Wei- LI Hong- ZHENG Xiao- KUANG Hai- CHEN Sui- WANG Yan- ZANG Xin-yu
Structure& && &13C NMR& &碳谱模拟图
20 .& &&&luteolin
& & 相似度:93.7%
Natural Product Sciences& && && & 2001& && && & 7& && && & 72-75
Antioxidant Activity of Roasted Defatted Perilla Seed
Jung, Mee-J Chung, Hae-Y Choi, Jae-Sue
Structure& && &13C NMR& &碳谱模拟图
21 .& &&&luteolin
& & 相似度:93.7%
Phytochemistry& && && & 1995& && && & 39& && && & 465-467
Cyclobartramiattriluteolin, a unique triflavonoid from Bartramia stricta
Hans Geiger, Ariane Voigt, Tassilo Seeger, Hans-Dietmar Zinsmeister, José-Antonio López-Sáez, M. -José Pérez-Alonso, Artúro Velasco-Negerúela
Structure& && &13C NMR& &碳谱模拟图
22 .& &&&luteolin
& & 相似度:93.7%
Phytochemistry& && && & 1992& && && & 31& && && &
Demethyltorosaflavones C amd D from Cassia nomame
Susumu Kitanaka, Michio Takido
Structure& && &13C NMR& &碳谱模拟图
23 .& &&&luteolin-7-O-β-D-glucoside
C15H10O6& &&&相似度:93.7%
Korean Journal of Pharmacognosy& && && & 2005& && && & 36(4)& && && & 282-290
Flavonoids from Salix hallaisanensis Leaves
Oh, Mi-H Ham, In-H Chung, Sung-H Whang, Wan-Kyun
Structure& && &13C NMR& &碳谱模拟图
24 .& &&&compound 4
& & 相似度:93.7%
Korean Journal of Pharmacognosy& && && & 1998& && && & 29(3)& && && & 209-216
Chemical Components of Rumex acetosella L.
Choe, Sang-G Hwang, Bang-Y Kim, Min-Su; Oh, Gap-J Lee, Kyong-S Ro, Jai-Seop
Structure& && &13C NMR& &碳谱模拟图
25 .& &&&luteolin
& & 相似度:93.7%
Phytochemistry& && && & 1989& && && & 28& && && &
Flavonoid lactates from leaves of Marrubium vulgare
Mahmoud A.M. Nawwar,Amany M.D. El-Mousallamy,Heba H. Barakat,Joachim Buddrus,Michael Linscheid
Structure& && &13C NMR& &碳谱模拟图
26 .& &&&luteolin
& & 相似度:93.7%
Magnetic Resonance in Chemistry& && && & 2007& && && & 45& && && & 674-679
1H and 13C-NMR data of hydroxyflavone derivatives (pages 674–679)
Younghee Park, Byoung-Ho Moon, Eunjung Lee, Youngshim Lee, Youngdae Yoon, Joong-Hoon Ahn and Yoongho Lim
Structure& && &13C NMR& &碳谱模拟图
27 .& &&&Luteolin
& & 相似度:93.7%
Magnetic Resonance in Chemistry& && && & 2007& && && & 45& && && & 835-845
A predictive tool for assessing 13C NMR chemical shifts of flavonoids (pages 835–845)
Darcy C. Burns, David A. Ellis and Raymond E. March
Structure& && &13C NMR& &碳谱模拟图
28 .& &&&木犀草素
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && & 874-877
紫花地丁化学成分研究
陈胡兰;董小萍;张梅;裴瑾;汤沛然;张伊
Structure& && &13C NMR& &碳谱模拟图
29 .& &&&luteolin
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && &
小叶忍冬藤的化学成分研究
刘伟;白素平;梁会娟;袁永亮
Structure& && &13C NMR& &碳谱模拟图
30 .& &&&木犀草素
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2008& && && & 39& && && &
独一味的化学成分研究
桑育黎;郝延军;杨松松
Structure& && &13C NMR& &碳谱模拟图
31 .& &&&luteolin
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2006& && && & 37& && && & 821-823
芨芨草中的黄酮类化学成分的分离与鉴定
叶冠;范明松;黄成钢
Structure& && &13C NMR& &碳谱模拟图
32 .& &&&luteolin
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2004& && && & 35& && && & 622-624
沙漠绢蒿化学成分研究
邓雁如,何荔,李维琪,汪汉卿
Structure& && &13C NMR& &碳谱模拟图
33 .& &&&tuteolin
C15H10O6& &&&相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 1995& && && & 26& && && & 233-235
裂叶苣荬菜黄酮成分的研究
渠桂荣,刘建,李新新,王素贤,吴立军,李铣
Structure& && &13C NMR& &碳谱模拟图
34 .& &&&luteolin
& & 相似度:93.7%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && &
毛酸浆宿萼的化学成分研究
张辉;陈重;李夏;李笑然;许琼明;杨世林
Structure& && &13C NMR& &碳谱模拟图 化合物3
查询结果：共查到1033个化合物(查询结果仅供参考)
1 .& &&&apigenin
& & 相似度:100%
Chemical & Pharmaceutical Bulletin& && && & 1989& && && & 37& && && &
Structure of a New Acylated Flavonoid Glycoside, Euryanoside, from Flowers of Eurya japonica THUNB.
Akira INADA,Maki FUJIWARA,Lucy KAKIMOTO,Fusako KITAMURA,Harumasa TOYA,Mari KONISHI,Tsutomu NAKANISHI and Hiroko MURATA
Structure& && &13C NMR& &碳谱模拟图
2 .& &&&5,7,4'-trihydroxyl flavonoid
& & 相似度:100%
Journal of Chinese Pharmaceutical Sciences& && && & 1997& && && & 6& && && & 522-722
Lucyoside Q, a Triter penoid Saponin from Leaves of Luffa cylindrica (L.) M .Roem
Long Liang, Chang-Yu Liu, Guang-Yu Li, Ling-En Lu and Yuan-Cong Cai
Structure& && &13C NMR& &碳谱模拟图
3 .& &&&compound L-14
& & 相似度:100%
Acta Pharmaceutica Sinica& && && & 1996& && && & 31& && && & 122-125
STUDIES ON THE CHEMICAL COMPONENTS FKOM LEAVES OF LUFFA CYLINDRICA ROEM
L L CY L GY Li; LE Lu and YC Cai
Structure& && &13C NMR& &碳谱模拟图
4 .& &&&apigenin
& & 相似度:100%
China Journal of Chinese Materia Medica& && && & 2008& && && & 33& && && &
Studies on chemical constituents of Saussurea laniceps
DAWA Zhuoma, ZHOU Yan, BAI Yang, GESANG Suolang, XIE Ping, DING Lisheng
Structure& && &13C NMR& &碳谱模拟图
5 .& &&&apigenin
& & 相似度:100%
China Journal of Chinese Materia Medica& && && & 2008& && && & 33& && && &
Studies OR Chemical Constituents of Oxytropis Satcata
YANG Huan, WANG Dong, TONG Li, CAI Baochang
Structure& && &13C NMR& &碳谱模拟图
6 .& &&&apigenin
C15H10O5& &&&相似度:100%
China Journal of Chinese Materia Medica& && && & 2007& && && & 32& && && & 603-605
Flavones from flowers of Sesamum indicum
HU Yongmei, DU Zhangli, WANG Hao, YE Wencai, ZHAO Shouxun
Structure& && &13C NMR& &碳谱模拟图
7 .& &&&apigenin
& & 相似度:100%
China Journal of Chinese Materia Medica& && && & 2005& && && & 30& && && & 268-269
Studies on the chemical constitutents in herb of Verbena officinalis
Tian Jing, ZHAO Yimin, LUAN Xinhui
Structure& && &13C NMR& &碳谱模拟图
8 .& &&&apigenin
& & 相似度:100%
China Journal of Chinese Materia Medica& && && & 2004& && && & 29& && && &
Studies on the constituents from the herb of Elshotzia rugulosa
ZHAO Yong, LI Qingchun, ZHAO Yan, CHEN Yegao
Structure& && &13C NMR& &碳谱模拟图
9 .& &&&apigenin
& & 相似度:100%
Acta Pharmaceutica Sinica& && && & 2009& && && & Vol 44& && && & 496-499
Apigenin glycosides from Euphorbia humifusa Wild.
TIAN Y LIU Xi- DONG Jun-xing
Structure& && &13C NMR& &碳谱模拟图
10 .& &&&apigenin
& & 相似度:100%
Natural Product Sciences& && && & 2006& && && & 12& && && & 197-200
Antioxidant Constituents from Leonurus japonicus
Qu, Guan-Z Si, Chuan-L Wang, Myeong-Hyeon
Structure& && &13C NMR& &碳谱模拟图
11 .& &&&apigenin
& & 相似度:100%
Korean Journal of Pharmacognosy& && && & 2007& && && & 38(3)& && && & 258-262
Phenolic Compounds from Capsiccum annuum Leaves Showing Radical Scavenging Effect
Choi, Jang-Gi; Hur, Jong-M Cho, Hyun-W Park, Jong-Cheol
Structure& && &13C NMR& &碳谱模拟图
12 .& &&&apigenin
& & 相似度:100%
Korean Journal of Pharmacognosy& && && & 2005& && && & 36(2)& && && & 145-150
Phytochemical Constituents of Cirsium nipponicum (MAX.) Makino
Lee, Jong-H Lee, Kang-Ro
Structure& && &13C NMR& &碳谱模拟图
13 .& &&&apigenin
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && & 536-538
芫花化学成分研究
宋丽丽;李绪文;颜佩芳;陆娟;杨瑞杰;金永日
Structure& && &13C NMR& &碳谱模拟图
14 .& &&&芹菜素
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && & 874-877
紫花地丁化学成分研究
陈胡兰;董小萍;张梅;裴瑾;汤沛然;张伊
Structure& && &13C NMR& &碳谱模拟图
15 .& &&&apigenin
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2010& && && & 41& && && &
小叶忍冬藤的化学成分研究
刘伟;白素平;梁会娟;袁永亮
Structure& && &13C NMR& &碳谱模拟图
16 .& &&&apigenin
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2009& && && & 40& && && & 369-371
紫丁香叶化学成分研究
李全;许琼明;郝丽莉;陆冰芬;杨世林;李笑然
Structure& && &13C NMR& &碳谱模拟图
17 .& &&&apigenin
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2008& && && & 39& && && &
紫花苜蓿黄酮类化学成分的研究
何春年;高微微;徐文燕;佟建明
Structure& && &13C NMR& &碳谱模拟图
18 .& &&&芹菜素
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2007& && && & 38& && && & 510-512
刺山柑化学成分的研究
李云秋;冯育林;杨世林;徐丽珍
Structure& && &13C NMR& &碳谱模拟图
19 .& &&&芹菜素
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2006& && && & 37& && && &
泥胡菜化学成分的研究
邹忠杰;杨峻山;鞠建华
Structure& && &13C NMR& &碳谱模拟图
20 .& &&&apigenin
C15H10O5& &&&相似度:100%
Chinese Journal of Natural Medicines& && && & 2006& && && & 4& && && & 435-439
Chemical Constituents and Hepatoprotective Activity of Plantago depressa var.montata Kitag
WU Fei-H LIANG Jing-Yu; CHEN-R WANG Qi-Z LI Wei-Guang
Structure& && &13C NMR& &碳谱模拟图
21 .& &&&apigenin
& & 相似度:100%
Chinese Journal of Natural Medicines& && && & 2007& && && & 5& && && & 421-424
Chemical Constituents of the Aerial Parts of Blumea riparia
ZHENG D ZHANG Xiao-Qi; WANG Y YE Wen-Cai
Structure& && &13C NMR& &碳谱模拟图
22 .& &&&Aapigenin
& & 相似度:100%
Archives of Pharmacal Research& && && & 2003& && && & 26& && && & 453-457
Antioxidative constituents from Buddleia officinalis
Piao Mei Shan, Kim Mi -Ran, Lee Dong Gun, Park Yoonkyung and Hahm Kyung -Soo, et al.
Structure& && &13C NMR& &碳谱模拟图
23 .& &&&Apigenin
& & 相似度:100%
Archives of Pharmacal Research& && && & 2006& && && & 29& && && & 617-623
Chemical constituents of the root of Dystaenia takeshimana and their anti-inflammatory activity
Ju Sun Kim, Jin Cheul Kim, Sang Hee Shim, Eun Ju Lee and Wen Yi Jin, et al.
Structure& && &13C NMR& &碳谱模拟图
24 .& &&&Apigenin
& & 相似度:100%
Archives of Pharmacal Research& && && & 2007& && && & 30& && && & 13-17
Monoamine oxidase inhibitory components fromCayratia japonica
Xiang Hua Han, Seong Su Hong, Ji Sang Hwang, Myung Koo Lee and Bang Yeon Hwang, et al.
Structure& && &13C NMR& &碳谱模拟图
25 .& &&&apigenin
C15H10O5& &&&相似度:100%
Chinese Pharmaceutical Journal& && && & 2006& && && & 41& && && & 741-743
Flavonoids from Aerial Parts of Lonicera chrysantha
ZHANG Ti-deng PAN Rui-e BI Zhi-ming LI Hui-jun LI Ping
Structure& && &13C NMR& &碳谱模拟图
26 .& &&&apigenin
& & 相似度:100%
Chinese Pharmaceutical Journal& && && & 2008& && && & 43& && && &
Studies on Chemical Constituents of Oxytropis falcata(Ⅳ)
YANG Huan, WANG Dong, TONG Li, CAI Bao-chang
Structure& && &13C NMR& &碳谱模拟图
27 .& &&&apigenin
& & 相似度:100%
Chinese Pharmaceutical Journal& && && & 2010& && && & 45& && && & 104-107
Studies on Flavonoids of Artemisia anomala S.Moore
ZHANG Lin, LI Bao-guo, TIAN Fu-rao, ZHOU Wen-ming, ZHENG Xiao-xiang, TIAN Jing-kui
Structure& && &13C NMR& &碳谱模拟图
28 .& &&&apigenin
& & 相似度:100%
Chinese Pharmaceutical Journal& && && & 2011& && && & 46& && && & 177-179
Study on Flavonoids of Macrothelypteris viridifrons
WEI An-hua, WU Guang-hua, XIONG Chao-mei, ZHOU Dao-nian, CAI Ya-ling, RUAN Jin-lan
Structure& && &13C NMR& &碳谱模拟图
29 .& &&&apigenin
& & 相似度:100%
Chinese Pharmaceutical Journal& && && & 2011& && && & 46& && && & 330-333
Chemical Constituents of Macrothelypteris oligophlebia and Their Antitumor Activity In vitro and In vivo
WU Guang-hua, WEI An-hua, CAI Ya-ling, XIONG Chao-mei, RUAN Jin-lan
Structure& && &13C NMR& &碳谱模拟图
30 .& &&&apigenin
& & 相似度:100%
Journal of Shenyang Pharmaceutical University& && && & 2011& && && & 28& && && & 190-191
Chemical constituents of the leaves of Exochorda serratifolia S. Moore
CAI Qian, WANG Cong, LIU Yu-qiang
Structure& && &13C NMR& &碳谱模拟图
31 .& &&&apigenin
& & 相似度:100%
Journal of Shenyang Pharmaceutical University& && && & 2009& && && & 26& && && & 434-437
Isolation and identification of chemical constituents from the needles of Taxus media
ZHANG Na, LU Jin-cai, WANG Jing, HAN Ling, YANG Xiao-guang
Structure& && &13C NMR& &碳谱模拟图
32 .& &&&apigenin
& & 相似度:100%
Journal of Shenyang Pharmaceutical University& && && & 2007& && && & 24& && && & 488-490
Chemical constituents from the Portulaca oleracea L.
YAO Jia-qi, MENG Na, SONG Shao-jiang, DING Huai-wei
Structure& && &13C NMR& &碳谱模拟图
33 .& &&&apigenin
& & 相似度:100%
Journal of China Pharmaceutical University& && && & 2005& && && & 36& && && & 411-413
Chemical Constituents of Sonchus oleraceus L.
XU Y LIANG Jing-Yu
Structure& && &13C NMR& &碳谱模拟图
34 .& &&&Apigenin
& & 相似度:100%
Journal of China Pharmaceutical University& && && & 2003& && && & 34& && && & 407-409
Chemical Studies on the Adinandra nitida
WANG Y CHEN Si-B NI J YAO X YE Wen-C ZHAO Shou-Xun
Structure& && &13C NMR& &碳谱模拟图
35 .& &&&apigenin
C15H10O5& &&&相似度:100%
Natural Product Research and Development& && && & 2011& && && & 23& && && & 202-207
Chemical Constituents of Meconopsis punicea
WU Hai- SONG Zhi- ZHU Hua- PENG Shu- ZHANG Xiao-feng
Structure& && &13C NMR& &碳谱模拟图
36 .& &&&apigenin
C15H10O5& &&&相似度:100%
Natural Product Research and Development& && && & 2009& && && & 21& && && & 430-432
Chemical Constituents from Meconopsis integrifolia
WU Hai-SHEN Jian- SONG Zhi- GE-SANG Suo- ZHU Hua- PENG Shu- ZHANG Xiao-feng
Structure& && &13C NMR& &碳谱模拟图
37 .& &&&5,7,4'-trihydroxyflavone
& & 相似度:100%
Natural Product Research and Development& && && & 2005& && && & 17& && && & 267-271
Studies on the Chemical Constituents of Pleurospermum lindleyanum
TAN Jun- JIANG Shan- ZHU Da-yuan
Structure& && &13C NMR& &碳谱模拟图
38 .& &&&apigenin
& & 相似度:100%
Chemistry of Natural Compounds& && && & 2012& && && & 48& && && & 681-682
Chemical constituents of Ziziphora clinopodioidesa
Yuhua Ye, Bahang, Yongqiang Liu, Guoan Zou and Haji Akber Aisa
Structure& && &13C NMR& &碳谱模拟图
39 .& &&&apigenin
& & 相似度:100%
Korean Journal of Pharmacognosy& && && & 2012& && && & 43& && && & 107-121
Terpenoids and Phenolics from Geum japonicum
Yean, Min-H Kim, Ju-S Hyun, Yu-J Hyun, Jin-W Bae, Ki-H Kang, Sam-Sik
Structure& && &13C NMR& &碳谱模拟图
40 .& &&&apigenin
C12H10O2& &&&相似度:100%
Academic Journal of Second Military Medical University& && && & 2010& && && & 31& && && &
Studies on chemical constituents of Belamcanda chinensis
FENG Chuan-wei, SHEN Gang, CHEN Hai-sheng
Structure& && &13C NMR& &碳谱模拟图
41 .& &&&apigenin
& & 相似度:100%
Academic Journal of Second Military Medical University& && && & 2005& && && & 26& && && & 220-221
Study on chemical constituents of Flos Carthami(Ⅱ)
张戈, 郭美丽, 李颖, 张汉明
Structure& && &13C NMR& &碳谱模拟图
42 .& &&&apigenin
& & 相似度:100%
Chemistry and Industry of Forest Products& && && & 2007& && && & 27& && && & 121-123
Isolation,Purification and Identification of Flavonoids in Vaccinium bracteatum Thunb. Leaves
WANG Li, YAO Hui-yuan, CHEN Zheng-xing
Structure& && &13C NMR& &碳谱模拟图
43 .& &&&apigenin
C15H10O5& &&&相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2013& && && & 44& && && & 387-390
Chemical constituents from Glechoma longituba
ZHU Qiu-fang, WANG Yong-yi, QU Hai-bin
Structure& && &13C NMR& &碳谱模拟图
44 .& &&&apigenin
& & 相似度:100%
Journal of Natural Medicines& && && & 2013& && && & 67& && && & 460-467
Structure–activity relationship studies of 5,7-dihydroxyflavones as naturally occurring inhibitors of cell proliferation in human leukemia HL-60 cells
Masayuki Ninomiya, Kyohei Nishida, Kaori Tanaka, Kunitomo Watanabe, Mamoru Koketsu
Structure& && &13C NMR& &碳谱模拟图
45 .& &&&apigenin
& & 相似度:100%
The Chinese Pharmaceutical Journal& && && & 2000& && && & 52& && && & 261-273
Studies on Anti-inflammatory Constituents of Leucas Mollissima WALL. var. Chinensis Benth
古貞庭(Chen-Ting Ku), 陳勝智(Sheng-Chih Chen), 王繼平(Jih-Pyang Wang), 吳金濱(Jin-Bin Wu), 郭勝助(Sheng-Chu Kuo)
Structure& && &13C NMR& &碳谱模拟图
46 .& &&&apigenin
C15H10O5& &&&相似度:100%
Molecules& && && & 2013& && && & 18& && && &
Synthesis and Biological Evaluation of Apigenin Derivatives as Antibacterial and Antiproliferative Agents
Rui Liu, Hongchi Zhang, Maosen Yuan, Jiao Zhou, Qin Tu, Jian-Jun Liu and Jinyi Wang
Structure& && &13C NMR& &碳谱模拟图
47 .& &&&apigenin
& & 相似度:100%
Chinese Herbal Medicines& && && & 2009& && && & 1& && && & 66-70
Chemical Constituents from Fruits of Gymnocladus chinensis
HAN Li, FU Hong-zheng
Structure& && &13C NMR& &碳谱模拟图
48 .& &&&Apigenin
C15H10O5& &&&相似度:100%
Chemistry of Natural Compounds& && && & 2011& && && & 46& && && & 959-960
Chemical constituents of the aerial part of Atractylodes macrocephala
Wei Peng, Ting Han, Yang Wang, Wen-Bo Xin and Cheng-Jian Zheng, et al.
Structure& && &13C NMR& &碳谱模拟图
49 .& &&&Apigenin
& & 相似度:100%
Chemistry of Natural Compounds& && && & 2011& && && & 47& && && & 110-111
Flavonoids from Callicarpa nudiflora leaves
Liang Jijun, Qi Jinlong, Li Li, Jing Xiujuan and Wang Zhongyan
Structure& && &13C NMR& &碳谱模拟图
50 .& &&&apigenin
& & 相似度:100%
Chinese Traditional and Herbal Drugs& && && & 2012& && && & 43& && && & 23-26
Chemical constituents of Phyllanthus amaus
Structure& && &13C NMR& &碳谱模拟图 化合物4
查询结果：共查到5个化合物(查询结果仅供参考)
1 .& &&&arctiin
& & 相似度:55.5%
Chinese Journal of Natural Medicines& && && & 2006& && && & 4& && && & 444-447
Chemical Constituents of Antihyperglycemic Active Fraction from Arctium lappa
XU Zhao-H ZHAO Ai-H GAO Xian-Fu; JIA Wei
Structure& && &13C NMR& &碳谱模拟图
2 .& &&&methyl salvianol acid C
& & 相似度:55.5%
China Journal of Chinese Materia Medica& && && & 2013& && && & 38& && && &
Chemical constituents of Salvia chinensis
GAO Jun-feng, DING Ling, ZHANG Peng, LIU Jian-xun
Structure& && &13C NMR& &碳谱模拟图
3 .& &&&martynoside
C31H40O15& &&&相似度:51.6%
Chinese Journal of Natural Medicines& && && & 2006& && && & 4& && && & 435-439
Chemical Constituents and Hepatoprotective Activity of Plantago depressa var.montata Kitag
WU Fei-H LIANG Jing-Yu; CHEN-R WANG Qi-Z LI Wei-Guang
Structure& && &13C NMR& &碳谱模拟图
4 .& &&&dracunculifoside I
C30H36O15& &&&相似度:50%
Chemical & Pharmaceutical Bulletin& && && & 2001& && && & 49(11)& && && &
Studies on the Constituents from the Aerial Part of Baccharis dracunculifolia DC.
Yoshimi NAGATANI, Tsutomu WARASHINA, and Tadataka NORO
Structure& && &13C NMR& &碳谱模拟图
5 .& &&&500-O-trans-feruloyl- 60-O-β-D-apiofuranosylcalleryanin
& & 相似度:50%
Phytochemistry& && && & 2008& && && & 69& && && &
Phenolic and iridoid glycosides from Strychnos axillaris
Atsuko Itoh, Yasuhiro Tanaka, Naotaka Nagakura, Toru Akita, Toyoyuki Nishi, Takao Tanahashi
Structure& && &13C NMR& &碳谱模拟图