catcremona's dna [at least 200 articles] Export

Recent papers added to catcremona's library classified by the tag dna. You can also see everyone's dna.

	Principles of ubiquitin and SUMO modifications in DNA repair [My Copy] Nature, Vol. 458, No. 7237. (26 March 2009), pp. 461-467. by Steven Bergink, Stefan Jentsch posted to dna repair review sumo ubiquitin by catcremona on 2009-03-26 14:21:01 as along with 1 person guhjy
	The emerging role of nuclear architecture in DNA repair and genome maintenance. [My Copy] Nature reviews. Molecular cell biology, Vol. 10, No. 4. (11 April 2009), pp. 243-254. by Tom Misteli, Evi Soutoglou posted to architecture chromatin dna nuclear repair by catcremona on 2009-03-23 17:19:07 as along with 3 people singhsh qw4054 polivares
	An ATM- and ATR-dependent checkpoint inactivates spindle assembly by targeting CEP63 [My Copy] Nature Cell Biology, Vol. 11, No. 3. (01 February 2009), pp. 278-285. by Eloise Smith, Donniphat Dejsuphong, Alessia Balestrini, et al.Martin Hampel, Christof Lenz, Shunichi Takeda, Alessandro Vindigni, Vincenzo Costanzo posted to atm atr cep63 damage dna spindle by catcremona on 2009-03-18 14:21:08 as
	Chromosome-wide Rad51 spreading and SUMO-H2A.Z-dependent chromosome fixation in response to a persistent DNA double-strand break. [My Copy] Molecular cell, Vol. 33, No. 3. (13 February 2009), pp. 335-343. by M. Kalocsay, N. J. Hiller, S. Jentsch posted to dna dsbs rad51 sumo by catcremona on 2009-03-18 14:09:37 as along with 1 person zhlei
	Establishing the program of origin firing during S phase in fission Yeast. [My Copy] Cell, Vol. 136, No. 5. (6 March 2009), pp. 852-864. by P. Y. Wu, P. Nurse posted to dna firing fission origin replication sphase yeast by catcremona on 2009-03-17 16:04:24 as
	Control of radiation-induced G1 arrest by cell-substratum interactions. [My Copy] Cancer research, Vol. 57, No. 6. (15 March 1997), pp. 1151-1156. by D. M. Gadbois, E. M. Bradbury, B. E. Lehnert posted to adhesion arrest damage dna p53 by catcremona on 2009-03-01 12:12:25 as
	Mammalian G1- and S-phase checkpoints in response to DNA damage. [My Copy] Current opinion in cell biology, Vol. 13, No. 6. (December 2001), pp. 738-747. by J. Bartek, J. Lukas posted to checkpoint damage dna g1 instability sphase transformation by catcremona on 2009-02-28 16:30:30 as
	Spindle checkpoint function is required for mitotic catastrophe induced by DNA-damaging agents. [My Copy] Oncogene, Vol. 23, No. 39. (26 August 2004), pp. 6548-6558. by M. Nitta, O. Kobayashi, S. Honda, et al.T. Hirota, S. Kuninaka, T. Marumoto, Y. Ushio, H. Saya posted to catastrophe damage dna mitotic spindlecheckpoint by catcremona on 2009-02-27 18:36:07 as
	DNA damage and ageing: new-age ideas for an age-old problem [My Copy] Nature Cell Biology, Vol. 10, No. 11. (01 November 2008), pp. 1241-1247. by George A. Garinis, Gijsbertus T. J. van der Horst, Jan Vijg, Hoeijmakers posted to ageing damage dna review by catcremona on 2009-02-27 18:29:55 as along with 3 people smichan Zephyrus inesdesantiago
	CDK-dependent phosphorylation of BRCA2 as a regulatory mechanism for recombinational repair [My Copy] Nature, Vol. 434, No. 7033. (31 March 2005), pp. 598-604. by Fumiko Esashi, Nicole Christ, Julian Gannon, et al.Yilun Liu, Tim Hunt, Maria Jasin, Stephen C. West posted to brca2 cdk dna repair by catcremona on 2009-02-25 22:45:22 as
	CDK targets Sae2 to control DNA-end resection and homologous recombination [My Copy] Nature (20 August 2008) by Pablo Huertas, Felipe Cortés-Ledesma, Alessandro A. Sartori, Andrés Aguilera, Stephen P. Jackson posted to cdk dna homologous recombination repair by catcremona on 2009-02-25 22:43:55 as along with 1 person sandersl
	Dual role of CDKs in DNA repair: to be, or not to be. [My Copy] DNA repair, Vol. 8, No. 1. (1 January 2009), pp. 6-18. by Keiko Yata, Fumiko Esashi posted to cdk dna repair by catcremona on 2009-02-25 22:42:35 as along with 1 person guhjy
	DNA damage triggers a prolonged p53-dependent G1 arrest and long-term induction of Cip1 in normal human fibroblasts. [My Copy] Genes & development, Vol. 8, No. 21. (1 November 1994), pp. 2540-2551. by A. Di Leonardo, S. P. Linke, K. Clarkin, G. M. Wahl posted to arrest damage dna g1 p21 p53 by catcremona on 2009-02-24 23:03:36 as
	Is chromatid-type damage in ataxia telangiectasia after irradiation at G0 a consequence of defective repair? [My Copy] Nature, Vol. 260, No. 5550. (1 April 1976), pp. 441-443. by A. M. Taylor, J. A. Metcalfe, J. M. Oxford, D. G. Harnden posted to atm damage dna repair by catcremona on 2009-02-24 22:42:31 as
	Unrepaired DNA strand breaks in irradiated ataxia telangiectasia lymphocytes suggested from cytogenetic observations. [My Copy] Mutation research, Vol. 50, No. 3. (June 1978), pp. 407-418. by A. M. Taylor posted to atm dna dsbs radiation by catcremona on 2009-02-24 22:41:36 as
	Checking on the fork: the DNA-replication stress-response pathway. [My Copy] Trends in cell biology, Vol. 12, No. 11. (November 2002), pp. 509-516. by A. J. Osborn, S. J. Elledge, L. Zou posted to damage dna fork replication response review stress by catcremona on 2009-02-24 21:59:05 as
	Recovery from DNA replicational stress is the essential function of the S-phase checkpoint pathway. [My Copy] Genes & development, Vol. 12, No. 18. (15 September 1998), pp. 2956-2970. by B. A. Desany, A. A. Alcasabas, J. B. Bachant, S. J. Elledge posted to checkpoint damage dna replication sphase stress by catcremona on 2009-02-24 21:53:24 as
	A central role for DNA replication forks in checkpoint activation and response. [My Copy] Molecular cell, Vol. 11, No. 5. (May 2003), pp. 1323-1336. by J. A. Tercero, M. P. Longhese, J. F. Diffley posted to checkpoint dna fork replication response stall by catcremona on 2009-02-24 20:41:58 as
	Claspin, a Chk1-regulatory protein, monitors DNA replication on chromatin independently of RPA, ATR, and Rad17. [My Copy] Mol Cell, Vol. 11, No. 2. (February 2003), pp. 329-340. by J. Lee, A. Kumagai, W. G. Dunphy posted to atr checkpoint chk1 claspin dna rad17 replication rpa by catcremona on 2009-02-24 20:08:43 as along with 1 person DNAReplication
	The p21 inhibitor of cyclin-dependent kinases controls DNA replication by interaction with PCNA. [My Copy] Nature, Vol. 369, No. 6481. (16 June 1994), pp. 574-578. by S. Waga, G. J. Hannon, D. Beach, B. Stillman posted to dna p21 pcna replication by catcremona on 2009-02-24 18:19:56 as
	Cdk-interacting protein 1 directly binds with proliferating cell nuclear antigen and inhibits DNA replication catalyzed by the DNA polymerase delta holoenzyme. [My Copy] Proceedings of the National Academy of Sciences of the United States of America, Vol. 91, No. 18. (30 August 1994), pp. 8655-8659. by H. Flores-Rozas, Z. Kelman, F. B. Dean, et al.Z. Q. Pan, J. W. Harper, S. J. Elledge, M. O'Donnell, J. Hurwitz posted to dna p21 pcna replication by catcremona on 2009-02-24 18:19:08 as
	A synthetic lethal therapeutic approach: poly(ADP) ribose polymerase inhibitors for the treatment of cancers deficient in DNA double-strand break repair. [My Copy] Journal of clinical oncology : official journal of the American Society of Clinical Oncology, Vol. 26, No. 22. (1 August 2008), pp. 3785-3790. by Alan Ashworth posted to cancer dna inhibitor parp prostate repair by catcremona on 2009-02-20 17:06:10 as along with 1 person aeisen
	Specific killing of BRCA2-deficient tumours with inhibitors of poly(ADP-ribose) polymerase [My Copy] Nature, Vol. 434, No. 7035. (14 April 2005), pp. 913-917. by Helen E. Bryant, Niklas Schultz, Huw D. Thomas, et al.Kayan M. Parker, Dan Flower, Elena Lopez, Suzanne Kyle, Mark Meuth, Nicola J. Curtin, Thomas Helleday posted to brca dna parp repair by catcremona on 2009-02-20 17:04:02 as along with 1 person skoch3
	Targeting the DNA repair defect in BRCA mutant cells as a therapeutic strategy [My Copy] Nature, Vol. 434, No. 7035. (14 April 2005), pp. 917-921. by Hannah Farmer, Nuala Mccabe, Christopher J. Lord, et al.Andrew N. J. Tutt, Damian A. Johnson, Tobias B. Richardson, Manuela Santarosa, Krystyna J. Dillon, Ian Hickson, Charlotte Knights, Niall M. B. Martin, Stephen P. Jackson, Graeme C. M. Smith, Alan Ashworth posted to brca breast cancer dna prostate repair by catcremona on 2009-02-20 17:03:25 as along with 2 people DNAReplication skoch3
	Association between DNA repair-deficiency and high level of p53 mutations in melanoma of Xeroderma pigmentosum. [My Copy] Cancer research, Vol. 61, No. 6. (15 March 2001), pp. 2480-2486. by A. Spatz, G. Giglia-Mari, S. Benhamou, A. Sarasin posted to dna melanoma p53 pigmentosum repair xeroderma by catcremona on 2009-02-20 13:06:20 as
	The role of DNA breaks in genomic instability and tumorigenesis. [My Copy] Immunological reviews, Vol. 194 (August 2003), pp. 77-95. by K. D. Mills, D. O. Ferguson, F. W. Alt posted to breaks cancer dna dsbs genome instability review by catcremona on 2009-02-20 04:11:21 as
	DNA polymerase alpha inhibition by aphidicolin induces gaps and breaks at common fragile sites in human chromosomes. [My Copy] Human genetics, Vol. 67, No. 2. (1984), pp. 136-142. by T. W. Glover, C. Berger, J. Coyle, B. Echo posted to aphidicolin dna fragile inhibition instability replication sites by catcremona on 2009-02-20 02:17:12 as
	Opinion: Cancer in xeroderma pigmentosum and related disorders of DNA repair [My Copy] Nature Reviews Cancer, Vol. 5, No. 7. (01 July 2005), pp. 564-573. by James E. Cleaver posted to dna pigmentosum repair review xeroderma by catcremona on 2009-02-19 23:05:40 as
	DNA mismatch repair defects: role in colorectal carcinogenesis. [My Copy] Biochimie, Vol. 84, No. 1. (January 2002), pp. 27-47. by S. Jacob, F. Praz posted to cancer colorectal dna hnpcc instability microsatellite mismatch repair by catcremona on 2009-02-19 22:37:03 as
	Binding of mismatched microsatellite DNA sequences by the human MSH2 protein [My Copy] Science, Vol. 266, No. 5189. (25 November 1994), pp. 1403-1405. by R. Fishel, A. Ewel, S. Lee, M. K. Lescoe, J. Griffith posted to dna microsatellite mismatch msh2 repair by catcremona on 2009-02-19 21:12:49 as
	BRCA1: cell cycle checkpoint, genetic instability, DNA damage response and cancer evolution. [My Copy] Nucleic Acids Res, Vol. 34, No. 5. (2006), pp. 1416-1426. by C. X. Deng posted to brca1 cancer cellcycle checkpoint damage dna genome stability by catcremona on 2009-02-19 18:14:07 as along with 1 person waghsk
	Roles of the Bloom's syndrome helicase in the maintenance of genome stability. [My Copy] Biochemical Society transactions, Vol. 33, No. Pt 6. (December 2005), pp. 1456-1459. by C. F. Cheok, C. Z. Bachrati, K. L. Chan, C. Ralf, L. Wu, I. D. Hickson posted to bloom cancer dna genome helicase review stability by catcremona on 2009-02-19 18:11:03 as
	When DNA damage prevents cancer [My Copy] Nature Reviews Cancer, Vol. 7, No. 1. (14 December 2006), pp. 3-3. by Gemma Alderton posted to barrier cancer damage dna oncogene senescence stress by catcremona on 2009-02-19 05:35:53 as
	Errors in DNA replication as a basis of malignant changes. [My Copy] Cancer research, Vol. 34, No. 9. (September 1974), pp. 2311-2321. by L. A. Loeb, C. F. Springgate, N. Battula posted to cancer dna mutator phenotype by catcremona on 2009-02-18 21:46:02 as
	An Oncogene-Induced DNA Damage Model for Cancer Development [My Copy] Science, Vol. 319, No. 5868. (7 March 2008), pp. 1352-1355. by Thanos D. Halazonetis, Vassilis G. Gorgoulis, Jiri Bartek posted to cancer damage dna replication review stress by catcremona on 2009-02-17 18:09:21 as along with 5 people guhjy jackjackjjj davidlott TOchi blackm0k
	Oncogenic potential of the DNA replication licensing protein CDT1. [My Copy] Oncogene, Vol. 21, No. 8. (14 February 2002), pp. 1150-1158. by E. Arentson, P. Faloon, J. Seo, et al.E. Moon, J. M. Studts, D. H. Fremont, K. Choi posted to cancer cdt1 dna licensing replication by catcremona on 2009-02-17 09:23:41 as
	Deregulated replication licensing causes DNA fragmentation consistent with head-to-tail fork collision. [My Copy] Molecular cell, Vol. 24, No. 3. (3 November 2006), pp. 433-443. by I. F. Davidson, A. Li, J. J. Blow posted to damage dna fork replication rereplication by catcremona on 2009-02-17 09:21:22 as
	An ATR- and BRCA1-mediated Fanconi Anemia pathway is required for activating the G2/M checkpoint and DNA damage repair upon rereplication. [My Copy] Mol Cell Biol, Vol. 26, No. 12. (June 2006), pp. 4601-4611. by W. Zhu, A. Dutta posted to checkpoint damage dna rereplication by catcremona on 2009-02-17 09:18:20 as along with 3 people songpku LeesZfish DNAReplication
	Geminin is essential to prevent endoreduplication and to form pluripotent cells during mammalian development [My Copy] Genes Dev., Vol. 20, No. 14. (15 July 2006), pp. 1880-1884. by Michael A. Gonzalez, Kiku-E K. Tachibana, David J. Adams, et al.Louise van der Weyden, Myriam Hemberger, Nicholas Coleman, Allan Bradley, Ronald A. Laskey posted to dna endoreduplication geminin by catcremona on 2009-02-17 09:08:01 as
	Loss of Geminin induces rereplication in the presence of functional p53. [My Copy] J Cell Biol, Vol. 165, No. 4. (24 May 2004), pp. 473-482. by M. Melixetian, A. Ballabeni, L. Masiero, et al.P. Gasparini, R. Zamponi, J. Bartek, J. Lukas, K. Helin posted to dna geminin rereplication by catcremona on 2009-02-17 09:06:04 as along with 1 person DNAReplication
	Cell cycle arrest and DNA endoreduplication following p21Waf1/Cip1 expression. [My Copy] Oncogene, Vol. 17, No. 13. (1 October 1998), pp. 1691-1703. by S. Bates, K. M. Ryan, A. C. Phillips, K. H. Vousden posted to cdk dna inhibition p21 replication rereplication by catcremona on 2009-02-17 08:55:58 as
	Geminin Prevents Rereplication during Xenopus Development [My Copy] J. Biol. Chem., Vol. 282, No. 8. (23 February 2007), pp. 5514-5521. by Sarah L. Kerns, Susanna J. Torke, Jacqueline M. Benjamin, Thomas J. Mcgarry posted to cdt1 dna geminin rereplication xenopus by catcremona on 2009-02-17 08:47:15 as
	Cyclin A-dependent kinase activity affects chromatin binding of ORC, Cdc6, and MCM in egg extracts of Xenopus laevis. [My Copy] European journal of biochemistry / FEBS, Vol. 264, No. 2. (September 1999), pp. 415-426. by M. Findeisen, M. El-Denary, T. Kapitza, R. Graf, U. Strausfeld posted to cdc6 cdk cyclina dna mcm orc replication by catcremona on 2009-02-17 08:40:39 as
	Cell cycle control of DNA replication. [My Copy] Science (New York, N.Y.), Vol. 274, No. 5293. (6 December 1996), pp. 1659-1664. by B. Stillman posted to dna initiation licensing replication review by catcremona on 2009-02-16 23:59:20 as
	A role for the nuclear envelope in controlling DNA replication within the cell cycle. [My Copy] Nature, Vol. 332, No. 6164. (7 April 1988), pp. 546-548. by J. J. Blow, R. A. Laskey posted to dna licensing replication by catcremona on 2009-02-16 23:54:36 as along with 1 person absterga
	Mammalian cell fusion: studies on the regulation of DNA synthesis and mitosis. [My Copy] Nature, Vol. 225, No. 5228. (10 January 1970), pp. 159-164. by P. N. Rao, R. T. Johnson posted to cell dna fusion licensing replication by catcremona on 2009-02-16 23:52:52 as
	DNA unwinding is an Mcm complex-dependent and ATP hydrolysis-dependent process. [My Copy] The Journal of biological chemistry, Vol. 279, No. 44. (29 October 2004), pp. 45586-45593. by D. Shechter, C. Y. Ying, J. Gautier posted to dna helicase mcm by catcremona on 2009-02-16 23:47:28 as
	Cdt1 downregulation by proteolysis and geminin inhibition prevents DNA re-replication in Xenopus [My Copy] The EMBO Journal, Vol. aop, No. current. (16 December 2004) by Anatoliy Li, Julian J. Blow posted to cdt1 dna geminin replication by catcremona on 2009-02-16 23:36:46 as along with 1 person DNAReplication
	Human geminin promotes pre-RC formation and DNA replication by stabilizing CDT1 in mitosis. [My Copy] The EMBO journal, Vol. 23, No. 15. (4 August 2004), pp. 3122-3132. by A. Ballabeni, M. Melixetian, R. Zamponi, L. Masiero, F. Marinoni, K. Helin posted to activity cdk cdt1 dna geminin replication by catcremona on 2009-02-16 23:35:25 as
	Construction by gene targeting in human cells of a "conditional' CDC2 mutant that rereplicates its DNA. [My Copy] Nature genetics, Vol. 15, No. 3. (March 1997), pp. 258-265. by J. E. Itzhaki, C. S. Gilbert, A. C. Porter posted to cdc2 cdk1 dna rereplication by catcremona on 2009-02-16 23:24:29 as

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cancer	264
review	219
dna	205
p27	139
ras	130
damage	97
p53	94
cellcycle	92
cdk	90
cdk2	87
rb	87
instability	84
replication	84
anchorage	79
integrin	78
cell	77
cycline	63
degradation	58
adhesion	56
checkpoint	56
cyclin	56
chromosome	53
cyclina	53
p21	51
g1	46
mouse	46
cyclind1	45
knockout	44
apc	42
cdc2	42
lt	41
cyclind	40
e2f	39
mitosis	39
cycle	37
apoptosis	36
cdk1	36
cyclinb	35
transformation	35
cdk4	34
phosphorylation	34
ecm	32
cytoskeleton	31
mapk	31
repair	31
rereplication	31
skp2	31
spindlecheckpoint	30
aneuploidy	29
cdki	28
genome	28
signalling	28
tumour	28
arrest	27
genomic	27
spindle	27
yeast	27
anoikis	26
survival	26
metastasis	25
p16	24
target	24
fak	23
inhibition	23
rho	23
structure	22
sumo	22
breast	21
mcm	21
senescence	21
sphase	21
atm	20
chk1	20
erk	20
stability	20
localization	19
oncogene	19
stem	19
activation	18
transcription	18
cdc20	17
centrosome	17
rac	17
schwann	17
dsbs	16
licensing	16
pi3k	16
atr	15
human	15
inhibitor	15
mitogen	15
tension	15
tetraploidy	15
chromatin	14
endoreduplication	14
sv40	14
ubiquitin	14
anaphase	13
aurora	13
g1s	13
mitotic	13
myc	13
shape	13
cdc25	12
cdk6	12
cdt1	12
cooperation	12
geminin	12
akt	11
attachment	11
colorectal	11
cytokinesis	11
fork	11
h2ax	11
proliferation	11
raf	11
suppressor	11
telomere	11
cdc6	10
colon	10
frog	10
ilk	10
mpf	10
p73	10
pcna	10
polyploidy	10
pten	10
ubiquitination	10
cak	9
cdc28	9
cdc42	9
chk2	9
culture	9
epithelia	9
focal	9
kinetochore	9
matrix	9
melanoma	9
angiogenesis	8
cdc7	8
differentiation	8
ecadherin	8
emt	8
g2m	8
initiation	8
mechanotransduction	8
microsatellite	8
restriction	8
roscovitine	8
securin	8
st	8
stepwise	8
substrate	8
brca1	7
cdh1	7
cells	7
cohesin	7
e7	7
g12v	7
growth	7
gtpase	7
mad2	7
micropattern	7
microrna	7
microtubule	7
mismatch	7
prostate	7
smc56	7
src	7
tyr15	7
actin	6
catastrophe	6
cyclinb1	6
fibronectin	6
g2	6
havepapercopy	6
hnpcc	6
hpv	6
inflammation	6
invasion	6
kinase	6
microenvironment	6
migration	6
mutator	6
nuclear	6
ovarian	6
p57	6
point	6
polo	6
scf	6
slippage	6
stress	6
tgfb	6
translation	6
wee1	6
checkpoints	5
contact	5
death	5
evolution	5
factor	5
fragile	5
igf1	5
loop	5
meiosis	5
metadherin	5
mutation	5
myosin	5
nbs1	5
origin	5
p130	5
p19	5
pancreatic	5
parp	5
pdcd4	5
population	5
promoter	5
ros	5
rpa	5
sarcoma	5
separase	5
side	5
thr14	5
tyrosine	5
xenopus	5
9-1-1	4
amplification	4
arf	4
aurorab	4
binding	4
bub1	4
claspin	4
condensin	4
cyclind2	4
duplication	4
effector	4
egfr	4
epigenetic	4
gsk3b	4
hdac	4
histone	4
hyaluronan	4
inheritance	4
ink4a	4
leukaemia	4
low-mol-wt	4
mtdh	4
mtor	4
nucleus	4
p107	4
pak	4
recombination	4
regulation	4
serum	4
spreading	4
stiffness	4
suspension	4
tumor	4
tumourigenesis	4
virus	4
14-3-3	3
53bp1	3
abl	3
activity	3
adaptation	3
ageing	3
bcl1	3
bim	3
box	3
brdu	3
breaks	3
bubr1	3
cadherin	3
cd44	3
cdc13	3
centromere	3
chromatid	3
cks1	3
comment	3
cooperate	3
crystal	3
cyclind3	3
dbf4	3
domain	3
e	3
e6	3
erk1	3
exit	3
expression	3
feedback	3
fibroblast	3
fibroblasts	3
firing	3
fusion	3
gap	3
gene	3
hallmark	3
haploinsufficient	3
helicase	3
heterochromatin	3
htert	3
keratinocyte	3
klf8	3
laminin	3
lung	3
maturation	3
merlin	3
metabolism	3
methylcell	3
micropattern-substrates	3
mir21	3
mmp	3
mmr	3
motility	3
myt1	3
nf1	3
nf2	3
nfy	3
nhej	3
orientation	3
p15	3
pdgf	3
philadelphia	3
pkc	3
plk1	3
poison	3
proteasome	3
rad17	3
radiation	3
rat	3
rock	3
secrete	3
separation	3
sites	3
smad	3
srf	3
stathmin	3
telomerase	3
tetraploid	3
translocation	3
acetylation	2
ampk	2
ap1	2
aphidicolin	2
atrip	2
auroraa	2
autophagy	2
barrier	2
beckwith-wiedemann	2
brca	2
bub	2
caveolin	2
cbp	2
ccaat	2
cdc45	2
cdk11	2
cdk7	2
celegans	2
chemoresistance	2
chfr	2
chromosomal	2
cml	2
contractility	2
correlation	2
cortex	2
creb	2
crisis	2
ctcf	2
detachment	2
discovery	2
division	2
effectors	2
egr1	2
epithelial	2
erbb2	2
erk2	2
facs	2
fas	2
fly	2
genetic	2
glia	2
gtp	2
harvey	2
hdac1	2
hit	2
hypothesis	2
immortalization	2
inactivation	2
ink4	2
ink4d	2
irradiation	2
isoform	2
jun	2
kindlin	2
kip2	2
lamin	2
lipidraft	2
mdm2	2
mef	2
mefs	2
methocel	2
microarray	2
model	2
moesin	2
mrn	2
mrna	2
msh2	2
multi	2
neuron	2
nfkb	2
nucleolus	2
oral	2
orc	2
oxygen	2
p110	2
p14	2
p38	2
phenotype	2
pigmentosum	2
pin1	2
plk	2
pml	2
pombe	2
potential	2
promoting	2
proteolysis	2
quiescence	2
rac1	2
response	2
reversible	2
rhoa	2
riddle	2
ripple	2
rna	2
rum1	2
selection	2
shortening	2
sirna	2
sirt1	2
site	2
stall	2
strand	2
stretch	2
syndecan	2
synthesis	2
talin	2
tensegrity	2
thr160	2
topoisomerase	2
treatment	2
tumours	2
two	2
tyr17	2
uv	2
vitamind3	2
xeroderma	2
3d	1
8q22	1
abscission	1
adenocarcinoma	1
adherens	1
aeg1	1
aggregation	1
aging	1
alison	1
alt	1
ama1	1
apcc	1
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ask	1
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avb3	1
axon	1
bad	1
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bcl2	1
bcr-abl	1
beads	1
behaviour	1
biased	1
bipolar	1
bladder	1
blebbistatin	1
bloom	1
bmf	1
boveri	1
braf	1
brca2	1
breakage	1
breakdown	1
bridge	1
btg2	1
bypass	1
calpain	1
caretaker	1
caspase	1
cd28	1
cd98	1
cdc16	1
cdc23	1
cdc27	1
cdc4	1
cdc5	1
cde	1
cdf-1	1
cdk5	1
cds1	1
cenpe	1
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cep63	1
chain	1
checkpoin	1
chemical	1
chip	1
chk	1
cin	1
c-jun	1
cks	1
clam	1
clb2	1
cln	1
clonal	1
clone	1
cloning	1
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colchicine	1
collagen	1
collapse	1
commitment	1
compensation	1
condensation	1
conditions	1
conspiracy	1
cp110	1
crm1	1
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cul3	1
cul4	1
cux1	1
cyclinb2	1
cyclinc	1
cyclinf	1
cyclinh	1
cyclosome	1
cytochalasin	1
d1	1
dag	1
davide	1
dbox	1
ddk	1
deacetylase	1
deficiency	1
deficient	1
deletion	1
dendrite	1
dephosphorylation	1
destruction	1
diffusion	1
dissection	1
dmp1	1
dormancy	1
double	1
e1a	1
early	1
eb1	1
ect2	1
eg1	1
eif4a	1
elongation	1
energy	1
enhancer	1
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environment	1
essential	1
exchange	1
extreme	1
farnesyl	1
fer	1
ferm	1
fibre	1
filamin	1
fip200	1
fission	1
focalcontacts	1
force	1
fret	1
fyn	1
g0	1
gatekeeper	1
genes	1
genotoxic	1
geranylgeranyl	1
gli	1
glioblastoma	1
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glycoprotein	1
golgi	1
gsk3	1
guardian	1
h3ser10	1
hdac4	1
hdac7	1
head	1
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hes1	1
homologous	1
hr	1
hsp72	1
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hypoxia	1
ikk	1
immunosuppression	1
importin	1
imprinting	1
independence	1
ing1	1
ingber	1
inhibitors	1
ink4arf	1
ink4b	1
insideout	1
insulator	1
interaction	1
intestine	1
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jnk	1
junction	1
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kirsten	1
klf	1
knockouts	1
kpc1	1
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lats1warts	1
ligase	1
limk1	1
liver	1
lkb1	1
lmw	1
ltrasmodel	1
lxsn	1
lymphocytes	1
lymphoma	1
lyric	1
macrophage	1
marc	1
marcks	1
marker	1
matrigel	1
mcc	1
mdc1	1
mdia	1
mec1	1
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mek	1
mek1	1
metaphase	1
method	1
methods	1
methylcellulose	1
mice	1
micronuclei	1
microtubules	1
min	1
mir29	1
mirk	1
mitochondria	1
mklp1	1
mlck	1
modification	1
morphology	1
mos	1
mpnst	1
mtt	1
multipolar	1
muscle	1
mutagen	1
mutant	1
mystique	1
ncadherin	1
ncam	1
ndc80	1
network	1
neuroblastoma	1
newsviews	1
npat	1
nras	1
nucleophosmin	1
nude	1
nutrient	1
of	1
olomoucine	1
oncogenic	1
oocyte	1
organelle	1
original	1
origins	1
osteopontin	1
outsidein	1
p120rasgap	1
p13	1
p14arf	1
p18	1
p190rhogap	1
p19arf	1
p220npat	1
p34	1
p52	1
p63	1
p70	1
p70s6k	1
paint	1
pak1	1
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pellman	1
peptide	1
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phase	1
phd2	1
phosphatase	1
phosphothr160	1
pinch	1
pka	1
pkb	1
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polo-like	1
polymerase	1
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position	1
pp1	1
pp2a	1
ppm1d	1
prad1	1
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protein	1
racgap	1
rad18	1
rad3	1
rad51	1
rad53	1
rad9	1
ral	1
rala	1
ralb	1
ralgds	1
ranbp	1
receptor	1
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repression	1
retinoblastoma	1
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retroviral	1
rgd	1
rhogef	1
ribosome	1
rnd3	1
rous	1
ruffling	1
s	1
s6k	1
scaffold	1
scatter	1
schwannoma	1
sea	1
ser10	1
sestrin	1
sf1	1
sh2	1
shc	1
shrna	1
sicinski	1
sister	1
size	1
skp1	1
smad3	1
smc13	1
smc3	1
snail	1
snf5	1
sp1	1
sparc	1
ssdna	1
stable	1
stage	1
starfish	1
start	1
stat3	1
step	1
stoichiometry	1
suc1	1
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swi6	1
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taxol	1
tbx2	1
therapy	1
thr157	1
thr161	1
thr167	1
thr172	1
tight	1
titration	1
topisomerase	1
topoii	1
trask	1
trkb	1
tsc1	1
tsc2	1
tumourigenicity	1
twist	1
twist1	1
urchin	1
usp19	1
uterus	1
variability	1
vector	1
versican	1
vinculin	1
vitronectin	1
vogelstein	1
waf1	1
warts	1
whi1	1
wnt	1
wound	1
wstf	1
x	1
yap	1

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