Les mondes darwiniens

681 / 1576
[t h o m a s h e a m s / de quoi la b iolog i e synthétiqu e est-elle le nom ?]
ra s M u s s e n s., cH e n l., de a M e r d., kr a k a u e r d.c., Pa c k a r d n.H., sta d l e r P.f. & Be d a u M.a.
(2004), “Evolution. Transitions from nonliving to living matter”, Science, Feb 13, 303(5660) :
963-965.
ro d.k., Pa r a d i s e e.M., ou e l l e t M., fi sH e r k.J., ne W M a n k.l., nd u n G u J.M., Ho k.a., ea c H u s
r.a., Ha M t.s., ki rB y J., cH a n G M.c., Wi tH e r s s.t., sH iB a y., sa r P o n G r. & ke a s l i nG J.d. (2006),
“Production of the antimalarial drug precursor artemisinic acid in engineered yeast”, Nature,
Apr 13, 440(7086) : 940-943.
ro B e r t s o n a., si n c l a i r a.J. & PHiliP D. (2000), “Minimal self-replicating systems”, Chem. Soc.
Rev., 29 : 141-152.
ro B i n s o n R. (2005), “Jump-starting a cellular world : investigating the origin of life, from soup to
networks”, PLoS Biol., (11) : e396.
ro d e M e y e r M. (2009), “New Life, Old Bottles : Regulating First-Generation Products of Synthetic
Biology”, Woodrow Wilson International Center for Scholars, March 25.
ro t H e M u n d P.W. (2006), “Folding DNA to create nanoscale shapes and patterns”, Nature, March
16, 440(7082) : 297-302.
ru i z-Mi r a z o k. & Mav e l l i F. (2007), “Modelling minimal ‘lipid-peptide’ cells”, Orig. Life Evol.
Biosph., 37(4-5) : 433-437.
ru s s e l l M.J. & Ma r t i n W. (2004), “The rocky roots of the acetyl-CoA pathway”, Trends Biochem.
Sci., 29(7) : 358-363.
S
Sa i t o H. & in o u e T. (2007), “RNA and RNP as new molecular parts in synthetic biology”, J.
Biotechnol., 132(1) : 1-7.
sc a r o s o., fi s l e r r. & sa M s G. (2006), Synthetic Biology : A New Paradigm for Biological
Discovery, Beachead Consulting.
se G a l J. (2003), Le zéro et le un. Histoire de la notion scientifique d’information au 20e siècle,
Paris, Syllepse.
siM P s o n M.L. (2006), “Cell-free synthetic biology : a bottom-up approach to discovery by design”,
Mol. Syst. Biol., 2 : 69.
sM i tH H.o., Hu t c H i s o n c.a. 3r d, Pfa n n k o c H c. & ve n t e r J.C. (2003), “Generating a synthetic
genome by whole genome assembly : phiX174 bacteriophage from synthetic oligonucleotides”,
PNAS USA, 100(26) : 15440-15445.
st o J a n o v i c M.n. (2008), “Molecular computing with deoxyribozymes”, Prog. Nucleic Acid Res.
Mol. Biol., 82 : 199-217.
st r i c k e r J., co o k s o n s., Be n n e t t M.r., Mat H e r W.H., ts iM r i nG l.s. & Ha s t y J. (2008), “A fast,
robust and tunable synthetic gene oscillator”, Nature, Nov 27, 456(7221) : 516-519.
sv e t i n a S. (2007), “The vesicle world : the emergence of cellular life can be related to properties
specific to vesicles”, Orig. Life Evol. Biosph., 37(4-5) : 445-448.
sz o s ta k J.W., Ba r t e l d.P. & lu i s i P.L. (2001), “Synthesizing life”, Nature, Jan 18, 409(6818) :
387-390.
sz y B a l s k i W. (1974), “In Vivo and in Vitro Initiation of Transcription”, in A. Kohn & A. Shatkay
(eds.), Control of Gene Expression, New York, Plenum Press.