From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development

This monograph reviews the discovery and development of the cyclin-dependent kinase inhibitor roscovitine (R-roscovitine, CYC202, Seliciclib). The authors summarise the in vitro and in vivo data that have formed the basis for clinical investigation of Seliciclib as an anti-cancer drug. Kinase selec...

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Main Authors: Nikolai Zhelev, Dimitar Trifonov, Shudong Wang, Moustapha Hassan, Ibrahim El Serafi
Format: Article
Language:English
Published: Pensoft Publishers 2013-12-01
Series:BioDiscovery
Subjects:
Online Access:https://biodiscovery.pensoft.net/article/8956/download/pdf/
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spelling doaj-02f88efb4398406e8b0e9cf2ed75f6382020-11-25T01:37:54ZengPensoft PublishersBioDiscovery2050-29662013-12-011018110.7750/BioDiscovery.2013.10.18956From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and developmentNikolai ZhelevDimitar TrifonovShudong WangMoustapha HassanIbrahim El SerafiThis monograph reviews the discovery and development of the cyclin-dependent kinase inhibitor roscovitine (R-roscovitine, CYC202, Seliciclib). The authors summarise the in vitro and in vivo data that have formed the basis for clinical investigation of Seliciclib as an anti-cancer drug. Kinase selectivity, cellular effects and the pharmacological properties of the drug are discussed in addition to the clinical results of Seliciclib being reviewed. Novel results on the effect of the drug in cardiac hypertrophy are summarized and potential applications of Seliciclib in other therapeutic areas, including, inflammation, virology, glomerulonephritis and polycystic kidney disease, are discussed. Finally the authors argue that optimisation of the therapeutic effect of kinase inhibitors such as Seliciclib can be enhanced using a systems biology approach involving mathematical modelling of the molecular pathways regulating cell growth and division.https://biodiscovery.pensoft.net/article/8956/download/pdf/RoscovitineCYC202Seliciclibdrug discovery an
collection DOAJ
language English
format Article
sources DOAJ
author Nikolai Zhelev
Dimitar Trifonov
Shudong Wang
Moustapha Hassan
Ibrahim El Serafi
spellingShingle Nikolai Zhelev
Dimitar Trifonov
Shudong Wang
Moustapha Hassan
Ibrahim El Serafi
From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
BioDiscovery
Roscovitine
CYC202
Seliciclib
drug discovery an
author_facet Nikolai Zhelev
Dimitar Trifonov
Shudong Wang
Moustapha Hassan
Ibrahim El Serafi
author_sort Nikolai Zhelev
title From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
title_short From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
title_full From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
title_fullStr From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
title_full_unstemmed From Roscovitine to CYC202 to Seliciclib – from bench to bedside: discovery and development
title_sort from roscovitine to cyc202 to seliciclib – from bench to bedside: discovery and development
publisher Pensoft Publishers
series BioDiscovery
issn 2050-2966
publishDate 2013-12-01
description This monograph reviews the discovery and development of the cyclin-dependent kinase inhibitor roscovitine (R-roscovitine, CYC202, Seliciclib). The authors summarise the in vitro and in vivo data that have formed the basis for clinical investigation of Seliciclib as an anti-cancer drug. Kinase selectivity, cellular effects and the pharmacological properties of the drug are discussed in addition to the clinical results of Seliciclib being reviewed. Novel results on the effect of the drug in cardiac hypertrophy are summarized and potential applications of Seliciclib in other therapeutic areas, including, inflammation, virology, glomerulonephritis and polycystic kidney disease, are discussed. Finally the authors argue that optimisation of the therapeutic effect of kinase inhibitors such as Seliciclib can be enhanced using a systems biology approach involving mathematical modelling of the molecular pathways regulating cell growth and division.
topic Roscovitine
CYC202
Seliciclib
drug discovery an
url https://biodiscovery.pensoft.net/article/8956/download/pdf/
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AT shudongwang fromroscovitinetocyc202toseliciclibfrombenchtobedsidediscoveryanddevelopment
AT moustaphahassan fromroscovitinetocyc202toseliciclibfrombenchtobedsidediscoveryanddevelopment
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