Thesis etd-03132015-145255 |
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Thesis type
Tesi di dottorato di ricerca
Author
NATALI, MARCO
URN
etd-03132015-145255
Thesis title
Modulation of human cell proliferation through biomaterials and xenobiotics: implication in development of anticancer therapies
Academic discipline
BIO/15
Course of study
SCIENZE BIOLOGICHE E MOLECOLARI
Supervisors
tutor Dott. Bianucci, Anna Maria
commissario Prof. Bigi, Adriana
commissario Prof. Ciardelli, Gianluca
commissario Prof. Ruggeri, Giacomo
commissario Prof. Fabbri, Paola
commissario Prof. Tinè, Maria Rosaria
relatore Prof.ssa Batistoni, Renata
tutor Prof.ssa Marracci, Silvia
commissario Prof.ssa Ranucci, Elisabetta
commissario Prof. Bigi, Adriana
commissario Prof. Ciardelli, Gianluca
commissario Prof. Ruggeri, Giacomo
commissario Prof. Fabbri, Paola
commissario Prof. Tinè, Maria Rosaria
relatore Prof.ssa Batistoni, Renata
tutor Prof.ssa Marracci, Silvia
commissario Prof.ssa Ranucci, Elisabetta
Keywords
- anticancer properties
- chelidonium majus alkaloids
- enhancement of anticancer drugs
- gemcitabine
- glioblastoma
- pancreatic cancer
- temozolomide
Graduation session start date
17/03/2015
Availability
Withheld
Release date
17/03/2085
Summary
The PhD thesis focused on two topics, one of them being characterized by applicative purposes and another, in some way related to the first one, which presents a character of more basic research.
The applicative topic was aimed at identifying molecules of natural origin capable of improving the effectiveness of anticancer drugs already used in therapy, when exploited in proper associations. These results are submitted for a patent application.
The topic wich presents a more basic character concerns the study of the action mechanism by which a pleiotropic molecule of natural origin (berberine), already known for its potential anticancer properties, produces its activity.
The applicative topic was aimed at identifying molecules of natural origin capable of improving the effectiveness of anticancer drugs already used in therapy, when exploited in proper associations. These results are submitted for a patent application.
The topic wich presents a more basic character concerns the study of the action mechanism by which a pleiotropic molecule of natural origin (berberine), already known for its potential anticancer properties, produces its activity.
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