Cell Biology: Cell Division &...

Cell Biology: Cell Division & Proliferation

Welcome...

Proteintech Group

ForewordAt Proteintech we understand the area of cell division and proliferation is of wide relevance; many research fields cross-section these subjects, from growth and development to oncology and disease. We could have chosen hundreds more antibodies in addition to the 800 or so in these pages. In addition to those covering mitosis, DNA replication, transcription and translation, we could have included antibodies relating to protein folding and trafficking, nutrient sensing and metabolism – the list goes on. The processes of cell division and proliferation require a wealth of proteins, so it’s not surprising we couldn’t fit them all in! Take a look at our online catalog comprising over 9,000 more antibodies at www.ptglab.com – we’re confident you’ll find the antibody you’re looking for.

As well as the antibodies listed in this mini-catalog we have included a few extras. Take a look at page 4 for a selection of mini-articles reviewing relevant cell division and growth research. Across the page on 5 we’ve got our BRCA pathway diagram detailing cell-cycle control by BRCA1 and BRCA2, a pathway found deregulated in many cancers. Finally, we have a guide to our organelle marker antibodies complete with their immunofluorescence validation images in the centerfold of this catalog on pages 10 and 11. We hope you find these additional resources useful!

About UsSince our establishment in 2002 by research scientists, the team at Proteintech Group have set out to provide the research community with quality antibodies and unbeatable customer service; essentially, we strive towards a better antibody company every day. To help us achieve our goal we employ the following approaches: we make every single antibody that we sell, giving us complete control over production, quality, validation and distribution; our standard policy is to get your antibody to you the very next working day, so you can get important experiments done sooner; To top it all, we promise a guaranteed refund if you are dissatisfied with our antibodies in anyway – antibodies haven’t worked in your species or application of choice? No problem, we’ll refund the cost.

If you’re wondering how we can offer you such great terms, it’s simple; the answer lies in the science behind our antibodies. We make the majority of our antibodies using the whole protein as the antigen and purify them using antigen affinity purification; this process results in antibodies that recognize epitopes in a variety of conditions and can be used for a variety of species. As such, we are confident that you will find an antibody in our extensive catalog (catering for over 11,000 proteins!) to suit your needs – guaranteed. After all we are not satisfied unless you are; our success lies in your own.

what’s inside ?

Key

Transcription

Histone modification

Kinetochore proteins

RNA processing

DNA replication

Proteintech Group20667-1-AP

55140-1-AP

16926-1-AP

11924-1-AP

13212-1-AP

19677-1-AP

11856-1-AP

10198-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC

CAMK2D

CAMK2G

CAPS

CAPS2

CARTPT

CASP3

CASP4

CASP6

11388-1-AP Rabbit Poly ELISA,WB

CHRNA6 (AChRα6)

12250-1-AP

20558-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

CAST

CBLN2

Stipanuk MH et al.,J Inherit Metab Dis .2011 Feb;34(1)

Recent Publications

Rabbit Poly ELISA,WB,IHC,IF

14787-1-AP

CBS20636-1-AP

20396-1-AP

20833-1-AP

60180-1-Ig

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB

CCDC115

CCDC158

CCDC42

CD34

Li YW et al.,J Hepatol .2011 Mar;54(3)Recent Publications

Rabbit Poly ELISA,WB,IHC

14486-1-AP

CD34

16669-1-AP

17617-1-AP

60181-1-Ig

21120-1-AP

12837-2-AP

12971-1-AP

16668-1-AP

10248-1-AP

10762-1-AP

13496-1-AP

10430-1-AP

13280-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

CD3D

CD3E

CD3E

CD3G

CD3ζ (ZETA)

CD40

CD40LG

CD82

CDC2

CDH23

CDK5

CEND1

Liu H et al.,Eur J Pharmacol.2011Mar 11;654(3)

Zheng S et al.,PLoS One.2011;6(6)Recent Publications


13423-1-AP

CASP8

Yang X et al.,J Proteome Res. 2010 Mar 5;9(3)

Wang WS et al.,Dis Esophagus .2010 Aug;23(6)Recent Publications


10960-1-AP

CFL1

10529-1-AP

60135-1-Ig

14968-1-AP

12527-1-AP

12048-1-AP

Rabbit Poly

Mouse Mono

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

CHGA

CHGA

CHGB

CHMP2B

CHN1

Strunnikova NV et al.,Hum Mol Genet. 2010 Jun 15;19(12)

Recent Publications

Qian J et al.,Genes Immun .2011 Apr;12(3)Recent Publications


11553-1-AP

CHRNB1 (AChRß)

10333-1-AP

13516-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

CHRNA3 (AChRα3)

CHRNA5 (AChRα5)

12247-1-AP

11823-1-AP

15137-1-AP

18713-1-AP

60177-1-Ig

20386-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

CHURC1

CIB1

CKB

CKB

CKM

CLN3

V Muresan et al., J Neurosci . 2009 Mar 18;29(11)

Recent Publications

Rabbit Poly ELISA,WB

12788-1-AP

CLSTN1

21657-1-AP

21073-1-AP

10796-1-AP

12777-1-AP

10967-1-AP

18301-1-AP

12738-1-AP

14754-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

CNGA3

CNN2

CNTFR

CNTN4

COIL

COL18A1

COL25A1

COMT

L Broadwater et al., Biochim Biophys Acta . 2011 May;1812(5):630-41

Recent Publications


11418-1-AP

COX5B

13274-1-AP Rabbit Poly ELISA,WB

CPEB1

Webster MJ et al.,Int J Dev Neurosci. 2010 Oct 1

Recent Publications


10246-2-AP

CPLX1

21222-1-AP

12208-1-AP

60168-1-Ig

11211-1-AP

10317-1-AP

10317-1-AP

13474-1-AP

13997-1-AP

15808-1-AP

13760-1-AP

21009-1-AP

14388-1-AP

55027-1-AP

12245-1-AP

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IF

ELISA,WB,

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IF

ELISA,WB

ELISA,WB

CPLX4

CREB1 (CBP)

CRH

CRIPT

CRMP1

CRMP1

CRY1

CRY2

CRYAB

CRYBB1

CRYBB3

CSNK1D

CSPG4

CST3

Johnson SL et al.,J Neurosci .2008 Jul 23;28(30)Recent Publications


10346-1-AP

CTBP2

13974-1-AP

17565-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC,IF

ELISA,WB

CTNNA3

CTNNB1

Yao J et al.,PLoS One .2011;6(7)Recent Publications


Wei YJ et al.,Biomarkers .2008 Aug;13(5)Recent Publications


Eisenhofer G et al.,Am J Physiol Endocrinol Metab .2008 Nov;295(5)

Recent Publications


Karner CM et al.,Development .2011 Apr;138(7)

Recent Publications


14672-1-AP

15127-1-AP

10282-1-AP

20681-1-AP

14269-1-AP

15633-1-AP

13911-1-AP

19492-1-AP

10791-1-AP

17585-1-AP

10778-1-AP

17987-1-AP

55026-1-AP

16571-1-AP

10176-2-AP

60072-1-Ig

15910-1-AP

65004-1-Ig

60171-1-Ig

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

Mouse Mono

Mouse Mono

ELISA,WB,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC, IF

ELISA,WB,IHC,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,

ELISA,WB,

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB,

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

SEPT11

AAAS

AATF

ABCA2

ABCG4

ACOT2

ADAP1

ADCY3

ADD1

ADD3

ADM

ADNP

ADORA1

AHSG

AKT1

AKT1

ALDH1A1

ALDH1A1

ALDH1A1

11678-1-AP

10171-1-AP

12149-1-AP

21215-1-AP

14418-1-AP

55187-1-AP

16836-1-AP

14676-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC,IF

ARPP-19

ARRB2

ATL (SP3GA)

ATOH1

ATP1A1

ATP1A1

ATP1A2

ATP5A1

ND Amin et al., J Neurosci. 2008 Apr 2;28(14)Recent Publications

11631-1-AP Rabbit Poly ELISA,WB,IHC

12526-1-AP

13177-1-AP

19782-1-AP

11643-1-AP

12305-2-AP

15041-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

APBB1

APBB2

APC

APH1A

APLP1

APLP2

SEPT5

13379-1-AP

AMPH

10154-2-AP

ANXA7

10520-1-AP

APOD

16290-1-AP

ARC

16608-1-AP

10524-1-AP

12639-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

ELISA,WB,IHCAPOF

APP (Aß42)

APPL1

ARHGAP26

ARHGEF4

ARHGEF7 (PAK7)

ARHGEF9

17747-1-AP

55213-1-AP

14092-1-AP

20042-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

Sang L et al.,Cell .2011 May 13;145(4)Recent Publications


15693-1-AP

ATXN10

Lu CM et al.,Proteome Sci .2011 Apr 8;9(1)Recent Publications


13399-1-AP

AZGP1

A Gentilella et al., J Biol Chem , 2011 et al., 286(11):9205-15

Kettern N. et al., PLoS One , 2011;6(1)e16398Recent Publications


10599-1-AP

BAG3

Q Zi et al.,Neurochem Int et al ., 2011 Jun 11

Cui T et al., Brain Res et al., 2011 et al., 1394:1-13Recent Publications


11306-1-AP

BECN1

21776-1-AP

16541-1-AP

20540-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WBATXN2

AXIN1

AXIN2

16321-1-AP

14018-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB,IHC

BACE2

BACH1

11087-2-AP

14673-1-AP

11613-1-AP

17465-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

BAIAP2

BAK1

BCL11A

BDNF

Morita T et al.,J Biol Chem .2009 Oct 2;284(40)Recent Publications


11589-1-AP

BRSK2

12688-1-AP

20186-1-AP

10508-1-AP

19119-1-AP

14941-1-AP

16461-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

ELISA,WB

BHLHE41

BIN3

BIRC5

BIRC5

BLMH

BPNT1

11989-1-AP

16330-1-AP

11602-1-AP

14335-1-AP

15660-1-AP

14479-1-AP

20887-1-AP

13730-1-AP

11533-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

BSG

BTD

C1QA

CADM1

CADM3

CALB1

CALD1

CAMK2A

CAMK2B

AAAS CTNNB1

4-5 Focus AntibodiesWe overview apoptosis and recommend some apoptosis-related antibodies, the role of GABARAPL1 in cardiac health and our cIAP1 (BIRC2) antibody.

10 Focus AntibodieWe have an interesting article on autophagy and balance-sensing in mice.

6-9 14-3-3 - IN080The first section of our Cell Division & Proliferation-related antibody selection. Published antibodies are highlighted.

Here at Proteintech we like to give you as much information as we can. This key will help you find the antibodies key to your research area:

Cell cycle control

11 Signal PathwaysOur BRCA pathway illustration can be found here too!

12-18 IN080F - ZNHITIThe second section of our Cell Division & Proliferation-related antibody selection. Published antibodies are highlighted.

Validation

Proteintech Group

20667-1-AP

55140-1-AP

16926-1-AP

11924-1-AP

13212-1-AP

19677-1-AP

11856-1-AP

10198-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC

CAMK2D

CAMK2G

CAPS

CAPS2

CARTPT

CASP3

CASP4

CASP6

11388-1-AP Rabbit Poly

ELISA,WB

CHRNA6 (AChRα6)

12250-1-AP

20558-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

CAST

CBLN2

Stipanuk MH et al.,J Inherit Metab Dis .2011 Feb;34(1)

Recent Publications


14787-1-AP

CBS20636-1-AP

20396-1-AP

20833-1-AP

60180-1-Ig

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WBCCDC115

CCDC158

CCDC42

CD34

Li YW et al.,J Hepatol .2011 Mar;54(3)

Recent Publications


14486-1-AP

CD3416669-1-AP

17617-1-AP

60181-1-Ig

21120-1-AP

12837-2-AP

12971-1-AP

16668-1-AP

10248-1-AP

10762-1-AP

13496-1-AP

10430-1-AP

13280-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

CD3D

CD3E

CD3E

CD3G

CD3ζ (ZETA)

CD40

CD40LG

CD82

CDC2

CDH23

CDK5

CEND1

Liu H et al.,Eur J Pharmacol.2011Mar 11;654(3)

Zheng S et al.,PLoS One.2011;6(6)Recent Publications


13423-1-AP

CASP8

Yang X et al.,J Proteome Res. 2010 Mar 5;9(3)

Wang WS et al.,Dis Esophagus .2010 Aug;23(6)

Recent Publications


10960-1-AP

CFL110529-1-AP

60135-1-Ig

14968-1-AP

12527-1-AP

12048-1-AP

Rabbit Poly

Mouse Mono

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

CHGA

CHGA

CHGB

CHMP2B

CHN1

Strunnikova NV et al.,Hum Mol Genet. 2010 Jun 15;19(12)

Recent Publications

Qian J et al.,Genes Immun .2011 Apr;12(3)

Recent Publications


11553-1-AP

CHRNB1 (AChRß)

10333-1-AP

13516-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

CHRNA3 (AChRα3)

CHRNA5 (AChRα5)

12247-1-AP

11823-1-AP

15137-1-AP

18713-1-AP

60177-1-Ig

20386-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

CHURC1

CIB1

CKB

CKB

CKM

CLN3

V Muresan et al., J Neurosci . 2009 Mar 18;29(11)

Recent Publications


12788-1-AP

CLSTN121657-1-AP

21073-1-AP

10796-1-AP

12777-1-AP

10967-1-AP

18301-1-AP

12738-1-AP

14754-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

CNGA3

CNN2

CNTFR

CNTN4

COIL

COL18A1

COL25A1

COMT

L Broadwater et al., Biochim Biophys Acta . 2011 May;1812(5):630-41

Recent Publications


11418-1-AP

COX5B13274-1-AP


CPEB1

Webster MJ et al.,Int J Dev Neurosci. 2010 Oct 1

Recent Publications


10246-2-AP

CPLX121222-1-AP

12208-1-AP

60168-1-Ig

11211-1-AP

10317-1-AP

10317-1-AP

13474-1-AP

13997-1-AP

15808-1-AP

13760-1-AP

21009-1-AP

14388-1-AP

55027-1-AP

12245-1-AP

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IF

ELISA,WB,

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IF

ELISA,WB

ELISA,WB

CPLX4

CREB1 (CBP)

CRH

CRIPT

CRMP1

CRMP1

CRY1

CRY2

CRYAB

CRYBB1

CRYBB3

CSNK1D

CSPG4

CST3

Johnson SL et al.,J Neurosci .2008 Jul 23;28(30)

Recent Publications


10346-1-AP

CTBP213974-1-AP

17565-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC,IF

ELISA,WB

CTNNA3

CTNNB1

Yao J et al.,PLoS One .2011;6(7)Recent Publications


Wei YJ et al.,Biomarkers .2008 Aug;13(5)

Recent Publications


Eisenhofer G et al.,Am J Physiol Endocrinol Metab .2008 Nov;295(5)

Recent Publications


Karner CM et al.,Development .2011 Apr;138(7)

Recent Publications


14672-1-AP

15127-1-AP

10282-1-AP

20681-1-AP

14269-1-AP

15633-1-AP

13911-1-AP

19492-1-AP

10791-1-AP

17585-1-AP

10778-1-AP

17987-1-AP

55026-1-AP

16571-1-AP

10176-2-AP

60072-1-Ig

15910-1-AP

65004-1-Ig

60171-1-Ig

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Mouse Mono

Rabbit Poly

Mouse Mono

Mouse Mono

ELISA,WB,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC, IF

ELISA,WB,IHC,IF

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB,

ELISA,WB,

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB,

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

SEPT11

AAAS

AATF

ABCA2

ABCG4

ACOT2

ADAP1

ADCY3

ADD1

ADD3

ADM

ADNP

ADORA1

AHSG

AKT1

AKT1

ALDH1A1

ALDH1A1

ALDH1A1

11678-1-AP

10171-1-AP

12149-1-AP

21215-1-AP

14418-1-AP

55187-1-AP

16836-1-AP

14676-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

ELISA,WB,IHC,IF

ARPP-19

ARRB2

ATL (SP3GA)

ATOH1

ATP1A1

ATP1A1

ATP1A2

ATP5A1

ND Amin et al., J Neurosci. 2008 Apr 2;28(14)

Recent Publications

11631-1-APRabbit Poly

ELISA,WB,IHC

12526-1-AP

13177-1-AP

19782-1-AP

11643-1-AP

12305-2-AP

15041-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

APBB1

APBB2

APC

APH1A

APLP1

APLP2

SEPT5

13379-1-AP

AMPH

10154-2-AP

ANXA7

10520-1-AP

APOD

16290-1-AP

ARC

16608-1-AP

10524-1-AP

12639-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB

ELISA,WB,IHC

APOF

APP (Aß42)

APPL1

ARHGAP26

ARHGEF4

ARHGEF7 (PAK7)

ARHGEF9

17747-1-AP

55213-1-AP

14092-1-AP

20042-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

Sang L et al.,Cell .2011 May 13;145(4)

Recent Publications


15693-1-AP

ATXN10

Lu CM et al.,Proteome Sci .2011 Apr 8;9(1)

Recent Publications


13399-1-AP

AZGP1

A Gentilella et al., J Biol Chem , 2011 et al., 286(11):9205-15

Kettern N. et al., PLoS One , 2011;6(1)e16398

Recent Publications


10599-1-AP

BAG3

Q Zi et al.,Neurochem Int et al ., 2011 Jun 11

Cui T et al., Brain Res et al., 2011 et al., 1394:1-13

Recent Publications


11306-1-AP

BECN1

21776-1-AP

16541-1-AP

20540-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ATXN2

AXIN1

AXIN2

16321-1-AP

14018-1-AP

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB,IHC

BACE2

BACH1

11087-2-AP

14673-1-AP

11613-1-AP

17465-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WBBAIAP2

BAK1

BCL11A

BDNF

Morita T et al.,J Biol Chem .2009 Oct 2;284(40)

Recent Publications


11589-1-AP

BRSK2

12688-1-AP

20186-1-AP

10508-1-AP

19119-1-AP

14941-1-AP

16461-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC,IF

ELISA,WB

BHLHE41

BIN3

BIRC5

BIRC5

BLMH

BPNT1

11989-1-AP

16330-1-AP

11602-1-AP

14335-1-AP

15660-1-AP

14479-1-AP

20887-1-AP

13730-1-AP

11533-1-AP

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

Rabbit Poly

ELISA,WB,IHC

ELISA,WB,IHC

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB

ELISA,WB,IHC

BSG

BTD

C1QA

CADM1

CADM3

CALB1

CALD1

CAMK2A

CAMK2B

AAASCTNNB1

Proteintech Group

OrganelleMarker

Organelle Marker

Key

Chromatinremodeling

Translation

Transcriptional regulation

Estrogen inducible genes

Ubiquitination

Mitotic Spindle assembly

Expression of IFNα gene targets

X-Chromosome silencingHomologousrecombination

ER-α

ChromatinremodellingDNA damageresponse gene

Growth arrest+ DNA repair genes

Growth genetranscription / gene transformation

Heterodim

enisation

DNA repair/Homologousrecombination

DNAdamage

DNArepair

HomologusrecombinationMismatchrepair

Non-homologous end joining

cellcycle

+P

The BRCA pathway is essential for maintaining genome integrity

in multicellular organisms; it responds to DNA damage through

activation of DNA repair pathways and regulation of cell cycle

checkpoint processes. BRCA1 (breast cancer type 1 susceptibility

protein), the central molecule to the pathway, is a breast and

ovarian tumor suppressor; approximately 50% of hereditary

breast cancer cases can be attributed to BRCA1. Women carrying

heterozygous BRCA1 mutations have an 80% risk of developing

cancer over their lifetimes.The majority of BRCA1 exists as a heterodimer with BARD1

(BRCA1-associated RING domain protein 1); the two forming

an active E3 ubiquitin ligase. The ubiquitination function of

BRCA1 associated with BARD1 likely plays an integral role in

its tumor suppression. BRCA1 is also implicated in several DNA

repair pathways; evidence suggests that the BRCA1/BARD1

heterodimer may play a direct role in DNA repair: it has been

observed to interact directly with aberrant DNA structures.

The relocation of BRCA1 to these damaged DNA foci coincides

with its phosphorylation via ATM, ATR, and chk2 kinases. These

kinases phosphorylate several serine sites throughout the length

of the protein. Phosphorylated BRCA1 appears to play a role

in non-homologous end joining and homology-directed repair

as BRCA1 interacts with proteins involved in both pathways.

Examples include the Mre11, Rad50, Nbs1 (MRN) complex in non-

homologous end-joining and RAD51 and BRCA2 for homologous

repair. BRCA1 can also form complexes with both BACH1 and

SWI/SNF to mediate homologous recombination repair and

chromatin remodeling. HDACs regulate the access of the SWI/

SNF–BRCA1 complex to DNA.BRCA1 has also been linked with a number of other DNA repair

processes, including mismatch repair (through interactions with

the mismatch repair proteins MSH2, MSH6, and MLH1) and inter-

strand crosslink repair (through the Fanconi anemia pathway,

via the FA complex and FANCD2 (Fanconi Anemia subtype

D2) protein). DNA damage activates the monoubiquitylation of

FANCD2 which co- localizes with BRCA1 and Rad51; BRCA2

functions both upstream and downstream of this event by

promoting FA-complex assembly and transducing signals from FA

proteins to Rad51 respectively. BRCA1 also plays a role in gene

expression and cell cycle control. BRCA1 can trigger a G1 arrest

that is mediated by transcriptional activation of p21. In

addition to its association with p21, BRCA1 can bind

to several different transcription factors, including

p53, Myc, STAT1, and CtIP (CBP-Interacting Protein)

promoting the expression of their respective genes.

Finally, BRCA1 interacts with Chk1 and PLK1

(Polo-Like Kinase-1) to regulate the G2/M and G1/S

checkpoints, possibly via GADD45; thereby linking

BRCA1 to the regulation of apoptosis.

Proteintech Group

Published antibodies.Here are some of our cell death related antibodies:Look outfor the to quickly find all of our published antibodies

Focus Antibodies

Nuclear integrity is an important factor in mitosis; if the nuclear envelop is not allowed to degrade, errors in mitosis can occur. The roles of Lamin A and C (both encoded by the LMNA gene) in nuclear integrity may provide clues to the origins of several muscular and nervous system diseases such as: Emery-Dreifuss muscular dystrophy (EDMD), limb girdle muscular dystrophy (LGMD) and Charcot– Marie–Tooth disease (CMT). These diseases are largely characterized by progressive muscle wasting and weakening, contractures of certain joints – such as the elbows and knees in EDMD and arch of the foot in CMT – and heart problems in the case of EDMD and LGMD,.

LMNA mutations also feature in other diseases such as familial partial lipodystrophy – a skin condition characterized by the loss of subcutaneous fat; dilated cardiomyopathy – a condition in which the heart becomes enlarged and weakened; and Hutchinson-Gilford progeria syndrome – the onset of aging-like processes in infancy. So how does lamin A/C play a role in such varied and different diseases?

Well the LMNA gene’s products Lamins A and C are an integral component of the nuclear lamina – a dense fibrillar network structure underlying the nuclear envelope which plays an important role in the structural integrity of the nucleus and its traffic control. Lamins A and C also have a role in important cellular processes such as DNA replication and cell division. It is thought that aberrant expression of Lamin A/C causes the prior mentioned degenerative diseases by producing irregularities in nuclear shape and chromatin organization and generating peri- and intranuclear vacuoles. Such abnormalities are seen in the affected cells of individuals with the above conditions.

Keywords: nuclear lamina, anti-Lamin A/C, Charcot–Ma-rie–Tooth disease, CMT, EDMD, Emery- Dreifuss mus-cular dystrophy, Hutchinson-Gilford progeria syndrome, LGMD, limb girdle muscular dystrophy, LMNA

Related Antibodies:

LMNA, rabbit polyclonal: 10298-1-AP

Brain structure and size require precise division of neural stem cells (NSCs), which self-renew and generate intermediate neural progenitors (INPs) and neurons. The factors that regulate NSCs remain poorly understood, and mechanistic explanations of how aberrant NSC division causes the reduced brain size seen in microcephaly are lacking. Here we show that Magoh, a component of the exon junction complex (EJC) that binds RNA, controls mouse cerebral cortical size by regulating NSC division. Magoh haploinsufficiency causes microcephaly because of INP depletion and neuronal apoptosis. Defective mitosis underlies these phenotypes, as depletion of EJC components disrupts mitotic spindle orientation and integrity, chromosome number and genomic stability. In utero rescue experiments showed that a key function of Magoh is to control levels of the microcephaly- associated protein Lis1

during neurogenesis. Our results uncover requirements for the EJC in brain development, NSC maintenance and mitosis, thereby implicating this complex in the pathogenesis of microcephaly.

Normal brain size requires precise control of neural stem cell division: A role for MAGOH?

S100A11 plays a dual role in growth regulation in human keratinocytes; it mediates Ca2+-induced growth inhibition as well as stimulating growth by upregulating the level of EGF family proteins. Usually, S100A11 is located in the cytoplasm but during growth inhibition S100A11 is specificallyphosphorylated by PKCα before binding to nucleolin and transfer to the nucleus. Here, a functional cascade activates the cell cycle modulatory properties of p21WAF1/CIP1. The activity of p21 is typically induced by p53 and results in arrest of the cell cycle in G1 through the inhibition of CDKs. This allows repair of possible DNA damage before the next replication cycle. In cells containing only a mutated form of p53, alternative induction pathways of p21 activity occur, and its expression can be positively regulated through several p53-independent mechanisms. One of these inductionmechanisms of p21 seems to be mediated by S100A11.

Expression of S100A11 is often enhanced in different types of human cancers, so how is S100A11’s involvement in inhibiting growth transduction signals reconciled with this observation? Well, S100A11’s signalling properties change when – rather than locating to the nucleus – it becomes secreted by the cell into the extracellular environment. Extracellular S100A11 acts on keatinocytes to enhance the production of epidermal growth factor family proteins,

resulting in growth stimulation. The S100A11 growth signal possibly takes part in a positive-feedback loop as EGF accelerates its secretion and involves RAGE, NFkB, Akt, CREB, and AP-1. [Sakaguchi M and Huh NH, Amino Acids. 2011;41(4):797-807]

S100A11 plays a dual role in cell growth and proliferation in epidermal keratinocytes

Related Publications

Nakamura M et al., Exp Gerontol. 2009;44(6-7):375-82 Zhao Y et al.,Proteome Sci. 2010 Jun 7;8:28.

1.2.

The role of LMNA in upholding nuclear integrity

Keywords: MAGOH, microcephaly, exon junction complex, neural stem cells, cell division, mitosis

Related Antibodies:

MAGOH, Rabbit polyclonal 12347-1-AP


Silver DL et al., Nat Neurosci.2010 May13(5)551-8Zhao W Et al., J Exp Zool B Mol Dev Evol.2010 May 15314(3)232-41

1.2.

“The [MAGOH] antibody gave robust and reproducible staining in mouse brain cryosections. We have confidence in using this antibody.” - Debby Silver, Duke University, Durham NC, US

Keywords: S100A11, EGF, cell growth inhibition, cell growth, cancer

Related Antibodies:

S100A11S100A11

Rabbit polyclonalMouse monoclonal

10237-1-AP60024-1-Ig


M. Tyburczy et al, Am. J. Pathol. 176, 4 (2010)M. Jung et al, Exp. Cell Res. 316, 7J. Chen et al, Hepatobiliary Pancreat. Dis. Int. 8, 2 (2009)Y. Lu et al, Molecules and Cells 28, 3 (2009)C. Melle et al, PLoS ONE 3, 12 (2008) U. Murzik et al, Mol. Biol. Cell 19, 7 (2008)M. Howell et al, J. Invest. Dermatol. 128, 9 (2008)G. Wang et al, Int. J. Colorectal Dis. 23, 7 (2008)

1.2.3.

4.5.6.7.8.

S100A11 Synonyms: MLN70, S100C, Calgizzarin

Immunohistochemistry of paraffin-embedded Breast cancer using 10237-1-AP(S100A11 Antibody) at Dilution 1:50 (under 10x lens)

Transcriptional regulation

Estrogen inducible genesUbiquitination

Mitotic Spindle assembly

Expression of IFNα gene

targets

X-Chromosome silencing

Homologousrecombination

ER-α

Chromatinremodelling

DNA damageresponse gene

Growth arrest+ DNA repair genes

Growth genetranscription / gene

transformation

Heterodimenisation

DNA repair/Homologous

recombination

DNAdamage

DNArepair

Homologusrecombination

Mismatchrepair

Non-homologous end joining

cellcycle

+P

The BRCA pathway is essential for maintaining genome integrity in multicellular organisms; it responds to DNA damage through activation of DNA repair pathways and regulation of cell cycle checkpoint processes. BRCA1 (breast cancer type 1 susceptibility protein), the central molecule to the pathway, is a breast and ovarian tumor suppressor; approximately 50% of hereditary breast cancer cases can be attributed to BRCA1. Women carrying heterozygous BRCA1 mutations have an 80% risk of developing cancer over their lifetimes.

The majority of BRCA1 exists as a heterodimer with BARD1 (BRCA1-associated RING domain protein 1); the two forming an active E3 ubiquitin ligase. The ubiquitination function of BRCA1 associated with BARD1 likely plays an integral role in its tumor suppression. BRCA1 is also implicated in several DNA repair pathways; evidence suggests that the BRCA1/BARD1 heterodimer may play a direct role in DNA repair: it has been observed to interact directly with aberrant DNA structures. The relocation of BRCA1 to these damaged DNA foci coincides with its phosphorylation via ATM, ATR, and chk2 kinases. These kinases phosphorylate several serine sites throughout the length

of the protein. Phosphorylated BRCA1 appears to play a role in non-homologous end joining and homology-directed repair as BRCA1 interacts with proteins involved in both pathways. Examples include the Mre11, Rad50, Nbs1 (MRN) complex in non-homologous end-joining and RAD51 and BRCA2 for homologous repair. BRCA1 can also form complexes with both BACH1 and SWI/SNF to mediate homologous recombination repair and chromatin remodeling. HDACs regulate the access of the SWI/SNF–BRCA1 complex to DNA.

BRCA1 has also been linked with a number of other DNA repair processes, including mismatch repair (through interactions with the mismatch repair proteins MSH2, MSH6, and MLH1) and inter-strand crosslink repair (through the Fanconi anemia pathway, via the FA complex and FANCD2 (Fanconi Anemia subtype D2) protein). DNA damage activates the monoubiquitylation of FANCD2 which co- localizes with BRCA1 and Rad51; BRCA2 functions both upstream and downstream of this event by promoting FA-complex assembly and transducing signals from FA proteins to Rad51 respectively. BRCA1 also plays a role in gene expression and cell cycle control. BRCA1 can trigger a G1 arrest

that is mediated by transcriptional activation of p21. In addition to its association with p21, BRCA1 can bind to several different transcription factors, including p53, Myc, STAT1, and CtIP (CBP-Interacting Protein) promoting the expression of their respective genes. Finally, BRCA1 interacts with Chk1 and PLK1 (Polo-Like Kinase-1) to regulate the G2/M and G1/S checkpoints, possibly via GADD45; thereby linking BRCA1 to the regulation of apoptosis.

Proteintech Group

Li S et al.,Cell Metab.,2008 Aug;8(2):105-17Recent Publications

Ding Q et al.,J Clin Invest.,2011 Oct 10Recent Publications

Thomas M et al.,PLoS One.,2011;6(7):e22671Recent Publications

Wu Z et al.,PLoS One.,2011;6(2):e14648Kim MO et al.,J Neurosci.,2008 Apr 9;28(15):3947-57

Recent Publications

Ambagala AP et al.,J Virol.,2009 Jan;83(1):200-9Jiang WQ et al.,PLoS One.,2011;6(2):e17036

Recent Publications

Jiang WQ et al.,J Cell Biol.,2009 Jun 1;185(5):797-810Recent Publications

Jiang WQ et al.,J Cell Biol.,2009 Jun 1;185(5):797-810Recent Publications

Akiba J et al.,Cancer Lett.,2011 Jun 24Yim H et al.,Proc Natl Acad Sci U S A.,2010 Nov 16;107(46):19742- 7

Recent Publications

Lin CL et al.,Chin Med J (Engl).,2005 Jan 5;118(1):20-6Recent Publications

Wang Z et al.,J Cell Mol Med.,2011 Mar 9Recent Publications

If the antibody you’re looking for is not here, please check our website.

Lin HK et al.,Nature.,2010 Mar 18;464(7287):374-9Recent Publications

Tinnikov AA et al.,Cancer Res.,2009 Feb 15;69(4):1375-82Recent Publications

Guo X et al.,Mol Carcinog.,2010 Feb;49(2):130-40 Al-Fageeh MB et al.,RNA.,2009 Jun;15(6):1164-76

Recent Publications

Uguen P et al.,EMBO J.,2003 Sep 1;22(17):4544-54Recent Publications

Otsuka N et al.,Brain Res.,2009 Sep 1;1287:136-45Recent Publications

Ancelin K et al.,Nat Cell Biol.,2006 Jun;8(6):623-30 Durcova-Hills G et al.,PLoS ONE.,2008;3(10):e3531

Recent Publications

Insinna C et al.,Neural Dev.,2010 Apr 22;5(1):12Zhao X et al.,Neurosci Lett.,2010 Jul 26;479(2):175-9

Recent Publications

Mizuno K et al.,J Urol.,2009 Mar;181(3):1330-7; discussion 1337Recent Publications

Murray J et al.,Am J Physiol Cell Physiol.,2011 May 11Recent Publications


Proteintech Group

Ramírez-Valle F et al.,J Cell Biol.,2008 Apr 21;181(2):293-307Recent Publications

Yamashita A et al.,Genes Dev.,2009 May 1;23(9):1091-105

Izumi N et al.,Sci Signal.,2010;3(116):ra27

Recent Publications

Sarma N et al.,J Virol.,2008 Jul;82(13):6600-9Recent Publications

Chendrimada TP et al.,Nature.,2007 Jun 14;447(7146):823-8Recent Publications

Lai JI et al.,Cancer Sci.,2009 Jul;100(7):1261-6Recent Publications

Xie QH et al.,Biochem Biophys Res Commun.,2011 Jun 6Recent Publications

van Eersel J et al., PLoS One.20116(7)e22850Foran E et al,. Glia.2011 Jul 18

Recent Publications

Neumann M et al., Brain 2011;134(Pt 9):2595-609Recent Publications

Zhang Y et al.,PLoS One.,2011;6(7):e22426Recent Publications


Teng S et al.,Cardiovasc Res.,2009 Aug 1;83(3):473-80Recent Publications

Lunardi A et al.,Proc Natl Acad Sci U S A.,2010 Apr 6;107(14):6322-7Recent Publications

Dickey JS et al.,Chromosoma.,2009 Dec;118(6):683-92Recent Publications

Yuan JH et al., Hepatology.,2011 Aug 11Recent Publications

Shu L et al.,AAPS J.,2011 Sep 22

Recent Publications

Luan ZG et al.,Immunobiology.,2010 Dec;215(12):956-62Abreu MM et al.,Exp Cell Res.,2010 Nov 15;316(19):3227-38

Recent Publications

Chen G et al.,Oncogene.,2010 Mar 11;29(10):1498-508Wang Y et al.,Clin Cancer Res.,2007 Jul 15;13(14):4111-6

Recent Publications

Recent Publications

Li XH et al.,Oral Oncol.,2011 Mar;47(3):217-23Recent Publications

Zheng HC et al.,Hum Pathol.,2011 Mar;42(3):424-33 Xing YN et al.,Hum Pathol.,2011 Jan;42(1):25-35

Recent Publications

You Q et al.,Pathol Oncol Res.,2011 May 31 Klironomos G et al.,Brain Pathol.,2010 Mar;20(2):490-7


Proteintech Group

OrganelleMarkers

Organelle Markers

Key

Proteintech Group

Chen L et al.,J Biol Chem.,2011 Feb 8Recent Publications

Tinnikov AA et al.,Cancer Res.,2009 Feb 15;69(4):1375-83Recent Publications

Yamada D et al.,Ann Surg Oncol.,2011 May 24 Du ZM et al.,PLoS One.,2011;6(4):e19137

Recent Publications

Wang WZ et al.,J Exp Clin Cancer Res.,2010;29:141Recent Publications

Paran N et al.,Cell Host Microbe.,2009 Dec 17;6(6):563-9Recent Publications

Sharma S et al.,Nucleic Acids Res.,2011 Sep 16Recent Publications

Zhao W et al.,J Exp Zool B Mol Dev Evol.,2010 May 15;314(3):232-41 Silver DL et al.,Nat Neurosci.,2010 May;13(5):551-8

Recent Publications

Xu B et al.,Mol Cell Biochem.,2011 Apr;350(1-2):207- 13Recent Publications

Wang WZ et al.,J Exp Clin Cancer Res.,2010;29:140Recent Publications

Xu X et al.,EMBO J.,2009 Oct 7;28(19):3005-14Recent Publications

Cunha IW et al.,Transl Oncol.,2010 Feb;3(1):23-32Recent Publications

Maeda K et al.,J Biol Chem.,2010 Jul 30;285(31):23945-53Recent Publications

Du R et al.,J Proteome Res.,2010 Apr 5;9(4):1805-21Recent Publications

Wang Y et al.,Brain Res.,2011 Aug 23Recent Publications

Moreira AL et al.,Mod Pathol.,2010 Jun;23(6):889-95Recent Publications


13

Kato K et al.,J Cell Sci.,2011 Oct 1;124(Pt 19):3254-3265Campos EI et al.,Nat Struct Mol Biol.,2010 Nov;17(11):1343-51

Recent Publications

Izumi N et al.,Sci Signal.,2010;3(116):ra27Yamashita A et al.,Genes Dev.,2009 May 1;23(9):1091-105

Recent Publications

Xing Y et al.,Can J Microbiol.,2011 Aug 23Du R et al.,J Proteome Res.,2010 Apr 5;9(4):1805-21

Recent Publications

Wong CC et al.,Blood.,2011 Jul 29Recent Publications

Yang X et al.,J Proteome Res.,2010 Mar 5;9(3):1402-15He YF et al.,Proteomics.,2009 Dec;9(24):5414-24

Recent Publications

Jiang WQ et al.,PLoS One.,2011;6(2):e17036Recent Publications

Kim S et al.,Genes Cells.,2010 Sep 1;15(9):1003-13Sartini BL et al.,Biol Reprod.,2008 Mar;78(3):472-82

Recent Publications

Macfarlane LA et al.,Mol Carcinog.,2010 Dec;49(12):1031- 44MacFarlane LA et al.,Mol Endocrinol.,2010 Apr;24(4):800- 12

Recent Publications

Zhou T et al.,PLoS One.,2011;6(6):e21078Rose K et al.,Pain.,2011 Feb 21

Recent Publications

Yun C et al.,J Cell Biol.,2008 Nov 17;183(4):589-95Recent Publications

Sarkar J et al.,Am J Physiol Lung Cell Mol Physiol.,2010 Dec;299(6):L861-71 Lu WG et al.,Sheng Li Xue Bao.,2007 Feb 25;59(1):51-7

Recent Publications

López-Sánchez I et al.,Mol Cell Biol.,2009 Mar;29(5):1189-201Recent Publications


Proteintech Group

Tecza A et al.,Biol Cell.,2011 Jul 19Bugner V et al.,Development.,2011 Jun;138(11):2369-78

Recent Publications

Sun D et al.,Melanoma Res.,2011 Aug;21(4):335-43Recent Publications

Tanackovic G et al.,Hum Mol Genet.,2011 Jun 1;20(11):2116-30Recent Publications

Tanackovic G et al.,Hum Mol Genet.,2011 Jun 1;20(11):2116-30Li M et al.,J Biol Chem.,2010 Feb 26;285(9):6285-97

Recent Publications

Coltri P et al.,PLoS One.,2011;6(4):e19061Recent Publications

Gallagher IJ et al.,Genome Med.,2010;2(2):9Recent Publications

Atanassov BS et al.,EMBO Rep.,2011 Jul 22Recent Publications

Zhang J et al.,Cancer.,2011 Jan 1;117(1):86-95Zang Y et al.,J Biol Chem.,2009 Mar 6;284(10):6175-84

Recent Publications

Guo L et al.,Chem Biol Interact.,2009 Sep 14;181(1):138- 43Recent Publications


Zhang B et al.,Toxicol Appl Pharmacol.,2011 Mar 22Recent Publications

Caron E et al.,Mol Syst Biol.,2011;7:533Chiang PM et al.,Proc Natl Acad Sci U S A.,2010 Sep 14;107(37):16320-4

Recent Publications

Wong CC et al.,Blood.,2011 Jul 29Recent Publications

Bartoli KM et al.,Mol Biol Cell.,2011 Jul 27Liang XH et al.,Nucleic Acids Res.,2011 Feb 1;39(3):e13

Recent Publications

Peng S et al.,Stem Cells.,2011 Mar;29(3):496-504Peng S et al.,Stem Cells.,2011 Jan 7

Recent Publications

Hegde V et al.,Mutat Res.,2009 Jun 18;666(1-2):16-22Yadavilli S et al.,DNA Repair (Amst).,2009 Oct 2;8(10):1215- 24

Recent Publications


Proteintech Group

Oloumi A et al.,Breast Cancer Res.,2010 Jun 21;12(3):R38Zhu H et al.,J Proteome Res.,2009 Aug;8(8):3969-76

Recent Publications

Boulon S et al.,J Cell Biol.,2008 Feb 11;180(3):579-95Recent Publications

Coltri P et al.,PLoS One.,2011;6(4):e19061Recent Publications

Wang Z et al.,J Cell Mol Med.,2011 Mar 9Recent Publications

Oya H et al.,J Biol Chem.,2009 Nov 20;284(47):32472-82Recent Publications

Kobayashi DT et al.,PLoS One.,2011;6(8):e24269Kobayashi DT et al.,PLoS One.,2011;6(8):e24269

Recent Publications

Lambrot R et al.,Int J Androl.,2011 Apr;34(2):110-23Ren TN et al.,Med Oncol.,2010 Oct 19

Recent Publications

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Ma X et al.,Chin Med J (Engl).,2009 May 5;122(9):1072- 80Recent Publications


Guelman S et al.,Mol Cell Biol.,2009 Mar;29(5):1176-88Recent Publications

Kurihara N et al.,Cell Metab.,2011 Jan 5;13(1):23-34Guelman S et al.,Mol Cell Biol.,2009 Mar;29(5):1176-88

Recent Publications

Deng H X etal.,Nature.2011Aug 21Benveniste O et al.,Brain 2011, Oct 12

Recent Publications

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Recent Publications

Igaz LM et al., J Clin Invest., 2011 Feb 1, 121(2), 726-38Suzuki S, Biochem Biophys Res Commun. 2011 Apr 21

Recent Publications

Necchi D, Exp Neurol., 2011 Aug 16Deng HX, Ann Neurol., 2010 Jun; 67(6):739-48

Recent Publications

Kurihara N et al.,Cell Metab.,2011 Jan 5;13(1):23-34Guelman S et al.,Mol Cell Biol.,2009 Mar;29(5):1176-88

Recent Publications

Wang Z et al.,Methods.,2009 Jul;48(3):287-93Recent Publications

Zhang J et al.,Mol Cancer.,2010;9:211Li L et al.,Mol Cell Biochem.,2010 Sep;342(1-2):125- 31

Recent Publications

Kido T et al.,PLoS One.,2011;6(7):e22979Eyler CE et al.,Cell.,2011 Jul 8;146(1):53-66

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Little JT et al.,J Biol Chem.,2008 Mar 28;283(13):8145-52Kralovicova J et al.,Hum Genet.,2010 Oct;128(4):383-400

Recent Publications

Thomas M et al.,PLoS One.,2011;6(7):e22672Recent Publications

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Proteintech Group

Yang ZQ et al.,Cancer Res.,2010 Nov 1;70(21):8487-97Recent Publications


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Cell Biology: Cell Division & Proliferation

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Cell Biology: Cell Division &...

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