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近期代表性学术论文
1. X. Tian, B. Huang, X.-P. Zhang, M. Lu, F. Liu, J.N. Onuchic and W. Wang (2017) Modeling the response of a tumor-suppressive network to mitogenic and oncogenic signals.
Proc. Natl. Acad. Sci. USA
114, 5337-5342.
2. Y. Wang, F. Liu, and W. Wang (2016) Kinetics of transcription initiation directed by multiple cis-regulatory elements on the glnAp2 promoter. Nucleic Acids Res. 44, 10530-10538.
3.
C.
Xue
and F. Liu
(2014)
Structured
synaptic
inhibition
has a
critical
role in
multiple-choice
motion-discrimination
tasks.
J.
Neurosci.
34,
13444-13457.
4.
X.-P. Zhang,
F. Liu, and
W. Wang
(2011)
Two-phase
dynamics of
p53 in the
DNA damage
response.
Proc.
Natl. Acad.
Sci. USA
108,
8990-8995.
5.
X.-P. Zhang,
F. Liu, Z.
Cheng, and
W. Wang
(2009) Cell
fate
decision
mediated by
p53 pulses.
Proc.
Natl. Acad.
Sci. USA
106,
12245-12250.
6.
F. Liu and
X.-J. Wang
(2008) A
common
cortical
circuit
mechanism
for
perceptual
categorical
discrimination
and
veridical
judgment.
PLoS
Comput.
Biol.
4,
e1000253:
1-14.
7.
B. Huang, X.
Tian,
F. Liu, and
W. Wang
(2016)
Impact of
time delays
on
oscillatory
dynamics of
interlinked
positive and
negative
feedback
loops.
Phys.
Rev. E
94, 052413:
1-12.
8.
B. Huang, Y.
Xia, F. Liu,
and W. Wang
(2016)
Realization
of
tristability
in a
multiplicatively
coupled
dual-loop
genetic
network.
Sci.
Rep.
6, 28096.
9.
C.-H. Zhou,
X.-P. Zhang,
F. Liu, and
W. Wang
(2015)
Modeling the
interplay
between the
HIF-1 and
p53 pathways
in hypoxia.
Sci.
Rep.
5, 13834.
10.
X.-P. Zhang,
F. Liu, and
W. Wang
(2014)
Nonlinear
dynamics in
the p53
signaling
network (in
Chinese).
Sci.
Sin.-Phys.
Mech.
Astron.
44,
1311–1318.
11. Q.H.
Zhang, X.J.
Tian,
F. Liu and
W. Wang
(2014) A
switch-like
dynamic
mechanism
for the
initiation
of
replicative
senescence.
FEBS
Lett.
588,
4369-4374.
12. Y. Wang,
F. Liu, J.
Li and W.
Wang (2014)
Reconciling
the
concurrent
fast and
slow cycling
of proteins
on gene
promoters.
J. R.
Soc.
Interface
11,
20140253.
13. X.-P.
Zhang, F.
Liu and W.
Wang (2014)
Interplay
between Mdm2
and HIPK2 in
the DNA
damage
response.
J. R.
Soc.
Interface
11,
20140319.
14. C.-H.
Zhou, X.-P.
Zhang, F.
Liu, and W.
Wang (2014)
Involvement
of miR-605
and miR-34a
in the DNA
damage
response
promotes
apoptosis
induction.
Biophys.
J.
106,
1792-1800.
15. Y. Wang,
F. Liu and
W. Wang
(2012)
Dynamic
mechanism
for the
transcription
apparatus
orchestrating
reliable
responses to
activators.
Sci. Rep.
2, 422.
16. X.-P.
Zhang, F.
Liu and W.
Wang (2012)
Regulation
of the DNA
damage
response by
p53
cofactors.
Biophys.
J.
102,
2251-2260.
17. X.-J.
Tian,
F. Liu,
X.-P. Zhang,
J. Li and W.
Wang (2012)
A two-step
mechanism
for cell
fate
decision by
coordination
of nuclear
and
mitochondrial
p53
activities.
PLoS
ONE
7, e38164.
18. X.-P.
Zhang, F.
Liu and W.
Wang (2010)
Coordination
between cell
cycle
progression
and cell
fate
decision by
the p53 and
E2F1
pathways in
response
to DNA
damage.
J. Biol.
Chem.
285,
31571-31580.
19. T.
Pu,
X.-P. Zhang,
F. Liu and
W. Wang
(2010)
Coordination
of the
nuclear and
cytoplasmic
activities
of p53 in
response to
DNA damage.
Biophys.
J.
99,1696-1705.
20.
Z. Cheng, F.
Liu, X.-P.
Zhang and W.
Wang (2009)
Reversible
phosphorylation
subserves
robust
circadian
rhythms by
creating a
switch in
inactivating
the positive
element.
Biophys.
J.
97,
2867-2875.
21. J. Li,
F. Liu, D.
Xu
and W. Wang
(2009)
Signal
Propagation
through
feedforward
neuronal
networks
with
different
operational
modes.
EPL
85, 38006:
1-6.
22. S.T.
Wang, W.
Wang and F.
Liu (2006)
Propagation
of firing
rate in a
feed-forward
neuronal
network.
Phys.
Rev.
Lett.
96, 018103:
1-4.
23. Z.
Cheng, F.
Liu, X.-P.
Zhang and W.
Wang (2008)
Robustness
analysis of
cellular
memory in an
autoactivating
positive
feedback
system.
FEBS
Lett.
582,
3776-3782.
24. X.-J.
Tian,
X.-P. Zhang,
F. Liu and
W. Wang
(2009)
Interlinking
positive and
negative
feedback
loops
creates a
tunable
motif in
gene
regulatory
networks.
Phys.
Rev. E
80,
011926: 1-8.
25. X.-P.
Zhang, Z.
Cheng, F.
Liu and W.
Wang (2007)
Linking fast
and slow
positive
feedback
loops
creates an
optimal
bistable
switch in
cell
signaling.
Phys.
Rev. E
76, 031924:
1-8.
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