Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol

In the present study, the in vitro cytotoxic effects of six semi-synthetic derivatives of elatol (1) and isoobtusol (2) were investigated. Chemical modifications were performed on the hydroxyl groups aiming to get derivatives of different polarity, namely the hemisuccinate, carbamate and sulfamate....

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Main Authors: Eloir P. Schenkel, Fernando J. Durán, Cláudia M. O. Simões, Miriam Falkenberg, Jorge A. Palermo, Maria V. Mañalich Arana, Cíntia Lhullier, Izabella T. Silva, Lara A. Zimmermann, Karen L. Lang
Format: Article
Language:English
Published: MDPI AG 2012-10-01
Series:Marine Drugs
Subjects:
Online Access:http://www.mdpi.com/1660-3397/10/10/2254
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spelling doaj-9eabc32edbb44e15b7a9794d8d2b5c452020-11-24T23:08:37ZengMDPI AGMarine Drugs1660-33972012-10-0110102254226410.3390/md10102254Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and IsoobtusolEloir P. SchenkelFernando J. DuránCláudia M. O. SimõesMiriam FalkenbergJorge A. PalermoMaria V. Mañalich AranaCíntia LhullierIzabella T. SilvaLara A. ZimmermannKaren L. LangIn the present study, the in vitro cytotoxic effects of six semi-synthetic derivatives of elatol (1) and isoobtusol (2) were investigated. Chemical modifications were performed on the hydroxyl groups aiming to get derivatives of different polarity, namely the hemisuccinate, carbamate and sulfamate. The structural elucidation of the new derivatives was based on detailed NMR and MS spectroscopic analyses. The in vitro cytotoxicity of compounds 1 to 8 was evaluated against A459 and RD tumor cell lines with CC50 values ranging from 4.93 to 41.53 µM. These results suggest that the structural modifications performed on both compounds could be considered a good strategy to obtain more active derivatives.http://www.mdpi.com/1660-3397/10/10/2254elatolisoobtusolsesquiterpenessynthesiscytotoxic activity
collection DOAJ
language English
format Article
sources DOAJ
author Eloir P. Schenkel
Fernando J. Durán
Cláudia M. O. Simões
Miriam Falkenberg
Jorge A. Palermo
Maria V. Mañalich Arana
Cíntia Lhullier
Izabella T. Silva
Lara A. Zimmermann
Karen L. Lang
spellingShingle Eloir P. Schenkel
Fernando J. Durán
Cláudia M. O. Simões
Miriam Falkenberg
Jorge A. Palermo
Maria V. Mañalich Arana
Cíntia Lhullier
Izabella T. Silva
Lara A. Zimmermann
Karen L. Lang
Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
Marine Drugs
elatol
isoobtusol
sesquiterpenes
synthesis
cytotoxic activity
author_facet Eloir P. Schenkel
Fernando J. Durán
Cláudia M. O. Simões
Miriam Falkenberg
Jorge A. Palermo
Maria V. Mañalich Arana
Cíntia Lhullier
Izabella T. Silva
Lara A. Zimmermann
Karen L. Lang
author_sort Eloir P. Schenkel
title Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
title_short Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
title_full Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
title_fullStr Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
title_full_unstemmed Cytotoxic Activity of Semi-Synthetic Derivatives of Elatol and Isoobtusol
title_sort cytotoxic activity of semi-synthetic derivatives of elatol and isoobtusol
publisher MDPI AG
series Marine Drugs
issn 1660-3397
publishDate 2012-10-01
description In the present study, the in vitro cytotoxic effects of six semi-synthetic derivatives of elatol (1) and isoobtusol (2) were investigated. Chemical modifications were performed on the hydroxyl groups aiming to get derivatives of different polarity, namely the hemisuccinate, carbamate and sulfamate. The structural elucidation of the new derivatives was based on detailed NMR and MS spectroscopic analyses. The in vitro cytotoxicity of compounds 1 to 8 was evaluated against A459 and RD tumor cell lines with CC50 values ranging from 4.93 to 41.53 µM. These results suggest that the structural modifications performed on both compounds could be considered a good strategy to obtain more active derivatives.
topic elatol
isoobtusol
sesquiterpenes
synthesis
cytotoxic activity
url http://www.mdpi.com/1660-3397/10/10/2254
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