2009;36(动
凡时财等:DNA甲基化的生物信息学研究进展 149
25
CarrI
M,Valleley
E
M,CordarySF,etⅡf.Sequ∞ceanalysisand
editingfor
bisulphitegenomicsequencingprojects.NucleicAcids
Res,2007,.aS(10):e79
26
Grunau
C,Renault
E,Rosenthal
A,et
d.MemDB—a
public
databasefor
DNA
methylationdata.Nucleic
Acids
Res,2001,29(1):
270~274
27
He)(,ChangS,ZhangJ,et
a1.MethyCancer:thedatabaseofhuman
DNA
methylationandcancer.NucleicAcidsRes,2008,36
(Databaseissue):D836~841
28
Ongenaert
M,VanNesteL'DeMeyer
T,et
a1.PubMeth:acancer
methylationdatabasecombining
text-miningandexpertannotation.
NucleicAcidsRes,2008,36(Databaseissue):D842~846
29
Lauss
M,VisneI,WeinhaenselA'eta1.MethCallcerDB——
aberrantDNAmethylationinhumancancer.Br
J
Cancer,2008,98
(4):816~817
30
Bhasin
M,ZhangH,Reinhorz
EL'et
a1.Prediction
of
methylated
CpC-sin
DNA
sequences
using
a
supportvectormachine.FEBS
Lett。2005,579(20):4302~4308
3l
AmoreiraC。Hindermann
W,GrunauC.An
impmvedversion
oftheDNA
methylation
database(MethDB).NucleicAcids
Res,2003,31
(1):75~77
32
Das
1LDimitrovaN,Xuan
Z,et
df.Computationalprediction
ofmethylationstatusinhumangenomicsequences.Proc
Natl
AcadSciUSA,2006,103(28):10713~10716
33
Fang
F,FanS,ZhangX
et
a1.Predictingmethylationstatus
ofCpG
islands
in
the
humanbrain.Bioinformatics,2006,22(18):2204~220934
FeltusF
A,LeeE
K
CostelloJ
F,et以.PredictingaberrantCpGisland
methylation.Proc
Natl
Acad
Sci
USA,2003,100(21):
12253~12258
35
BockC,Paulsen
M,Tierling
S,et
cd.CpG
islandmethylationin
human
lymphocytes
is
highly
correlated、】lrith
DNA
sequence.repeats,andpredictedDNA
structure.PLoS
Genct,2006,2(3):e26
36
Bock
C,Walter
J,PaulsenM,etdf.CpGislandmapping
by
epigenome
prediction.PLoSComputBiol,2007,3(6):el
10
37
BarskiA,CuddapahS,Cuil(,eta1.High-resolutionprofilingof
histone
methylationsinthe
human
genome.Cell,2007,129(4):823~837
38
FanS,ZhangMQ,Zhang
X.Histone
methylationmarks
play
important
rolesin
predictingthemethylationstatus
ofCpGislands.BiochemBiophys
Res
Commtm,2008,374(3):559~564
39
Brandeis
M,Frank
D,KeshetI,et
a1.Spl
elements
protect
a
CpG
islandfrom
de
novo
methylation.Nature,1994,371(6496):435~
43840
ButcherDT,Mancini—DiNardoDN,Archer
TIC.et以.DNA
binding
sites
for
putative
methylationboundaries
inthe
unmethylatedregi叫
oftheBRCAlpromoter.hatJ
Cancer,2004,111(5):669~678
4t
Turker
M
S.
皿eestablishmentandmaintenance
of
DNA
methylationpatternsinmousesomatic
cells.Semin
CancerBiol,
1999,9(5):329~337
42
TurkerM
S.Gene
silencing
in
mammalian
cells
andthe
spreadofDNA
methylation.Oncogene,2002,21(35):5388~5393
43
MummaneniP,YatesP,SimpsonJ,et
01.Theprimaryfunction
ofa
redundant
Spl
binding
siteinthemouse
aprtgene
promoteris
to
block
epigenetic
geneinactivation.NucleicAcids
Res,1
998,26(22):
5163~5169
44
Fan
S,FangF,Zhang
X,eta1.Putativezincfinger
proteinbinding
sites
are
over-represented
inthe
boundaries
of
methylation-resistant
CpG
islandsinthehumangenome.PLoSONE,2007,2(11):el184
45
Issa
J
P.Aging,DNA
methylationaadcancer.Crit
Rev
Oncol
Hematol,1999,32(1):31~43
46JonesP
ABaylin
SB.Thefundamental
roleofepigenetic
eventsin
cancer.Nat
Rev
Genet,2002,3(6):415~428
47
Ordway
J
M,BudimanMA,Korshunova
Y,et
a1.Identification
of
novelhigh—frequencyDNAmethylation
changes
inbreast
cancel'.
PLoS
ONE,2007,2(12):e1314
48
Piotrowski
A,BenetldewiczM,Menzel
U,et
a1.Micmarray-based
survey
of
CpG
islandsidentifies
concurrent
hyper-and
hypomethylationpatternsintissuesderivedfrompatients
with
breast
cancer.GenesChromosomesCancer,2006,45(7):656~667
49
KeshctI,SchlesingerY,FarkashS,et01.Evidence
forallinstructive
mechanismofde/“gffomcthylation
in
cancer
cells.Nat
Genct,2006,
38(2):149~153
50
GebhardC,SchwarzfischerL,PhamT
H,eta1.Ganome-wide
profilingofCpGmethylationidentifiesnovel
targetsof
aberrant
hypermethylationinmyeloid
leukemia.CancerRes,2006,66(I∞:
6118~6128
5l
Yu
J,ZhangHY,MaZZ,et以Methylation
profilingoftwenty
four
genesandtheconcordantmethylationbehavioursofnineteen
genes
that
maycontributetohepatocellularcarcinogenesis.CellRes,
2003,13(5):319~333
52
ZhangC
Y,ManL,Li
L,et以.Promotermethylationas
a
common
mechanismforinactivating
E-cadherinin
human
salivary
gland
adenoid
cystic
carcinoma.Cancer,2007,110(1):87~95
53
Yang
H
J,“u
V
W,Wang
Y,et
a1.DifferentialDNA
methylation
profiles
in
gynecologicalcancer¥andcorrelationwithclinico—
pathologicaldata.BMCCancer,2006.6:212
54
TamaruH,Selker
EU.A
histone
H3
mcthyltransferaso
controls
DNAmethylationin
Neurospora
crclssa.Nature,2001,414(6861):
277~283
55JacksonJ
P,LindrothA
M,CaoX,et以.Control
of
CpNpG
DNA
methylationbythe
KRYPTONITE
histone
H3
methyltransferase.
Nature,2002,416(6880):556~560
56
Jaenisch
R,BirdA.Epigenetic
regulationofgeneexpression:how
the
genome
integrates
intrinsic
andenvironmentalsignals.Nat
Genet,2003,33(Suppl):245~254
57
LelmertzB,UedaY,Denjck
AA,et
a1.Suv39h-mediatedhistone
H3
lysine
9
methylationdirectsDNAmethylationto
major
satellite
repeats
at
pericentrichcterochromatin.CurtBiol,2003,13(14):
1192~120058“)('WangX
He
K
et
a1.High-resolutionmappingofepigenetic
modifications
oftherice
genomeancovcrsinterplay
betweerlDNA
methylation,histonemethylation,andgeneexpression.Plant
Cell,
2008,20(2):259~276