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CD10 CALLA Mouse Monoclonal antibody Clone

CD10 CALLA Mouse Monoclonal antibody Clone is available 8 times from Accurate-monoclonals labs

ACLX14AP | CD10/CALLA, Mouse Monoclonal antibody-; Clone: LT10 size: 0.1 mg | 323.29 USD

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ACLX14B | CD10/CALLA, Mouse Monoclonal antibody-; Clone: LT10, Biotin conj. size: 0.1 mg | 406.13 USD

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ACLX14PE | CD10/CALLA, Mouse Monoclonal antibody-; Clone: LT10, PE conj. size: 100 tests | 471.71 USD

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ACLX13AP | CD10/CALLA, Mouse Monoclonal antibody-; Clone: MEM-78 size: 0.1 mg | 323.29 USD

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ACLX13APC | CD10/CALLA, Mouse Monoclonal antibody-; Clone: MEM-78, APC conj. size: 100 tests | 471.71 USD

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ACLX13B | CD10/CALLA, Mouse Monoclonal antibody-; Clone: MEM-78, Biotin conj. size: 0.1 mg | 406.13 USD

Alternative name 1 CD10/CALLA, Mab anti-; Clone: MEM-78, Biotin conj.
Alternative name 2 CD10/CALLA, Mab antibody-; Clone: MEM-78, Biotin conj.
Alternative name 3 CD10/CALLA, Mab antibody-; Clone: MEM-78, Biotin conj.
Alternative name 4 anti-CD10/CALLA Clone: MEM-78
Alternative name 5 CD10/CALLA Clone: MEM-78
Properties If you buy Antibodies supplied by accurate-monoclonals they should be stored frozen at - 24°C for long term storage and for short term at + 5°C.Biotin conjugates can be detected by horseradish peroxidase, alkaline phosphatase substrates or anti biotin conjugated antibodies. Avidin and Streptavidin bind to the small biotin and are couple to HRP or AP for ELISA. To break the streptavidin Biotin bond we suggest to use a 6 molar guanidine HCl solution with acidity of pH 1.6.
Conjugation Biotinylated
About Monoclonals of this antigen are available in different clones. Each murine monoclonal anibody has his own affinity specific for the clone. Mouse monoclonal antibodies are purified protein A or G and can be conjugated to FITC for flow cytometry or FACS and can be of different isotypes.
Test Mouse or mice from the Mus musculus species are used for production of mouse monoclonal antibodies or mabs and as research model for humans in your lab. Mouse are mature after 40 days for females and 55 days for males. The female mice are pregnant only 20 days and can give birth to 10 litters of 6-8 mice a year. Transgenic, knock-out, congenic and inbread strains are known for C57BL/6, A/J, BALB/c, SCID while the CD-1 is outbred as strain.
Latin name Mus musculus
French translation anticorps
Short name CD10/CALLA, Mouse Monoclonal antibody- Clone: MEM-78, conj.
Technique Mouse monoclonal, Antibody, Mouse
Label Biotin
Alternative name CD10/CALLA, Mouse monoclonal (Antibody to)-; clonality: MEM-78, biotinilated conj.
1. Gene info
Identity5660
Long gene name immunoglobulin heavy variable 5-78 (pseudogene)
Synonyms gene name
  • immunoglobulin heavy variable 5-78
  • immunoglobulin heavy variable 5-78 pseudogene
GenBank acession
Discovery year 2000-04-04
Entrez gene record28387
RefSeq identity
Classification
  • Immunoglobulin heavy locus at 14q32.33
Havana BLAST/BLATOTTHUMG00000151873
2. Gene info
Identity7154
GeneMME
Long gene name membrane metalloendopeptidase
Synonyms
Locus3q25.2
Discovery year 1989-05-15
Entrez gene record4311
RefSeq identity
Classification
  • CD molecules
  • M13 metallopeptidases
Havana BLAST/BLATOTTHUMG00000158455
MeSH Data
Concept
Scope note:Technique using an instrument system for making, processing, and displaying one or more measurements on individual cells obtained from a cell suspension. Cells are usually stained with one or more fluorescent dyes specific to cell components of interest, e.g., DNA, and fluorescence of each cell is measured as it rapidly transverses the excitation beam (laser or mercury arc lamp). Fluorescence provides a quantitative measure of various biochemical and biophysical properties of the cell, as well as a basis for cell sorting. Other measurable optical parameters include light absorption and light scattering, the latter being applicable to the measurement of cell size, shape, density, granularity, and stain uptake.
Tree numbers
  • E01.370.225.500.363.342
  • E01.370.225.500.386.350
  • E05.196.712.516.600.240.350
  • E05.200.500.363.342
  • E05.200.500.386.350
  • E05.242.363.342
  • E05.242.386.350
Additional information
PubMedCell surface expression of the major amyloid-beta peptide (Abeta)-degrading enzyme, neprilysin, depends on phosphorylation by mitogen-activated protein kinase/extracellular signal-regulated kinase kinase (MEK) and dephosphorylation by protein phosphatase 1a.
mephrin A initially truncated BNP in kidney and the truncated BNP was catabolized by neprilysin
ANP and AT1 receptor blockade attenuate angiotensin II-induced renomedullary interstitial cells proliferation and extracellular matrix synthesis more efficiently in the absence of neutral endopeptidase.
in a controlled human exposure study, observed significant increases in soluble NEP in sputum after acute exposure to diesl exhaust emissions, with an average net increase of 31%.
Rare Variants in MME, Encoding Metalloprotease Neprilysin, Are Linked to Late-Onset Autosomal-Dominant Axonal Polyneuropathies
Decreased neprilysin levels with aging was observed in the mouse hippocampal formation, including the dentate gyrus. Neprilysin was decreased selectively at the terminal zones and on axons of the lateral perforant path and the mossy fibers.
endogenous Abeta concentrations were elevated in the brains of NEP-knockout mice at all investigated age groups, immunohistochemical analysis did not detect any Abeta deposits even in old NEP knockout mice
Both VIP and NEP were predominantly localized to the columnar epithelia of the airways in naive lungs. NEP localization in the columnar epithelia decreased after allergen challenge.
hypoxia may down-regulate NEP by increasing H3K9me2 and decreasing H3-Ace modulation
Genetic deficiency in neprilysin in conjunction with physiological stress initiate excessive alcohol consumption in mice.
InterProMetallopeptidase, catalytic domain  (A2MP1)  (AADAC)  (ABCA12)  (ABCA3)  (ABHD14B)  (ABI1)  (ABI3)  (ABL1)  (ABLIM3)  (ABRA)  (ACPP)  (ADAMTS3)  (ADAMTS6)  (ADCY10P1)  (ADIPOQ)  (ADPGK)  (ADRA1B)  (ADSL)  (AFDN)  (AGAP11)  (AKIRIN1P1)  (AKR1A1)  (AKR1C6P)  (ALKBH8)  (AMMECR1)  (AMMECR1-IT1)  (ANAPC10)  (ANKLE1)  (ANKRD19P)  (ANKRD27)  (ANO10)  (ANO2)  (ANO4)  (ANO7L1)  (ANO8)  (ANO9)  (AP1M2)  (AP1S3)  (AP2M1)  (AP4B1)  (AP4E1)  (APOL1)  (ARCN1)  (ARHGAP26)  (ARHGAP27)  (ARHGAP33)  (ARHGEF11)  (ARL6IP6)  (ARMC6)  (ARMH3)  (ARPC1B)  (ARPC3P1)  (ARPC5)  (ARPC5L)  (ARR3)  (ASAP1-IT1)  (ASAP1-IT2)  (ASAP2)  (ASPH)  (ASTN1)  (ATAD3A)  (ATF7)  (ATF7IP)  (ATG4C)  (ATP5MC3)  (ATP5ME)  (ATP5S)  (ATPAF1)  (ATXN7L3B)  (AVIL)  (B3GAT2)  (B4GALT2)  (B9D1)  (BABAM2)  (BACH2)  (BCL2L1)  (BCL6)  (BCL7A)  (BEND3)  (BEST4)  (BFAR)  (BGLT3)  (BNIP2)  (BPI)  (BRCA1P1)  (BRD7)  (BRE-AS1)  (BRI3)  (BRI3BPP1)  (BRINP1)  (BRIP1)  (BSDC1)  (BTBD18)  (BTBD9)  (BUD13)  (C2)  (CA8)  (CABS1)  (CACHD1)  (CALD1)  (CAMKK2)  (CAMLG)  (CAMSAP1)  (CAP1)  (CAPN12)  (CAPRIN2)  (CARS)  (CASC1)  (CAV2)  (CBS)  (CBX1)  (CBY3)  (CCAR1)  (CCDC171)  (CCDC34)  (CCDC73)  (CCHCR1)  (CCNG1)  (CCNI)  (CCNJL)  (CCNJP1)  (CCNYL1)  (CD2)  (CD209)  (CD2AP)  (CD80)  (CDH23)  (CDH26)  (CDH4)  (CDK5)  (CDKN3)  (CDR2)  (CELF1)  (CELF3)  (CENPA)  (CENPK)  (CENPM)  (CENPO)  (CENPP)  (CENPUP1)  (CENPX)  (CEP170)  (CEP250)  (CEP350)  (CEP55)  (CEP57)  (CEP83)  (CEPT1)  (CFAP45)  (CFAP73)  (CHCHD3)  (CHD8)  (CHRAC1)  (CHST14)  (CIAPIN1)  (CISD2)  (CISH)  (CKAP4)  (CKAP5)  (CLASRP)  (CLBA1)  (CLCA3P)  (CLCN3P1)  (CLCN5)  (CLDN14)  (CLDN16)  (CLDN6)  (CLDN8)  (CLECL1)  (CLINT1)  (CLIP1)  (CLN5)  (CLNK)  (CLRN2)  (CLSPN)  (CLSTN3)  (CLVS1)  (CLVS2)  (CMT1A)  (CNBD1)  (CNKSR2)  (CNNM3)  (CNOT2)  (CNOT3)  (CNOT4)  (CNOT6)  (CNOT6LP1)  (CNOT7)  (CNTD1)  (CNTNAP3P5)  (COLEC10)  (COMMD2)  (COPG1)  (COPS8)  (COQ8A)  (COX16)  (COX6B1P1)  (COX7A2P2)  (COX7CP1)  (CPEB4)  (CPNE3)  (CPT1A)  (CRYBA4)  (CRYBG3)  (CSDC2)  (CSF1)  (CSF2)  (CSGALNACT1)  (CSN1S2AP)  (CSRNP3)  (CST2)  (CTAG1B)  (CTHRC1P1)  (CTPS2)  (CTR9)  (CTSG)  (CTXN1)  (CUL7)  (CUX1)  (CYB561D1)  (CYFIP1)  (CYLC2)  (CYP2A13)  (CYP2B7P)  (CYP2D7)  (CYP2E1)  (CYP3A54P)  (CYP3A7)  (DAB2)  (DAD1P1)  (DALRD3)  (DAP3P2)  (DBI)  (DCDC2C)  (DDX39B)  (DEFB4B)  (DENND2D)  (DFNY1)  (DGAT2)  (DHRS7)  (DNAL4)  (DRC7)  (DSCAM-AS1)  (DSTN)  (DUSP14)  (DYM)  (DYNLL1)  (EEF2)  (EEPD1)  (EFHD2)  (EFNB1)  (EGF)  (EGFL6)  (EIF1)  (EIF3K)  (ELK3)  (ELMO1)  (ELMOD1)  (ENAM)  (EPB41L2)  (EPB41L4B)  (EPB41L5)  (ERG)  (ERV3-1)  (ERVK-19)  (FA2H)  (FAAH)  (FABP6)  (FAM120B)  (FANCD2)  (FBXO3)  (FBXW12)  (FCP1)  (FDXR)  (FGF17)  (FGF5)  (FGFR1)  (FHAD1)  (FMR1-IT1)  (FNDC3A)  (FRMD4A)  (FRMPD2B)  (FSD1L)  (FSD2)  (FUNDC2P1)  (FXYD7)  (FYTTD1)  (GAD1)  (GAL3ST1)  (GALM)  (GAPDH)  (GEMIN8P4)  (GFOD1)  (GLB1L3)  (GLYAT)  (GOLGA6A)  (GPATCH1)  (GPKOW)  (GRIK1)  (GSDMA)  (GSTCD)  (GZMH)  (HACD1)  (HACD2)  (HAGH)  (HAP1)  (HDAC5)  (HDHD5)  (HEBP2)  (HIST1H2AE)  (HIST2H2BE)  (HLA-DOA)  (HMG20A)  (HMGA1P8)  (HMSD)  (HNRNPUL1)  (HOPX)  (HORMAD1)  (HPS5)  (HSPB6)  (HTR6)  (HYKK)  (IBSP)  (IFIH1)  (IFITM1)  (IFT74)  (IGHV3-71)  (IGKV1-12)  (IGKV2-23)  (IL1A)  (ILDR1)  (INF2)  (IQSEC1)  (ISYNA1)  (IVNS1ABP)  (JUND)  (KCNAB1-AS2)  (KCNH1)  (KCNMB2)  (KRT32)  (KTN1)  (LACTBL1)  (LEP)  (LGALS13)  (LGI3)  (LGI4)  (LIMS3)  (LIPN)  (LMLN)  (LRCH4)  (LRP12)  (MACO1)  (MACROD1)  (MADD)  (MAEA)  (MAML1)  (MAMSTR)  (MAP7)  (MAPK8)  (MATN1)  (MCUR1)  (MDGA2)  (MEA1)  (MED10)  (MED20)  (MED28)  (MED6)  (MFAP1)  (MFSD2A)  (MGAT3)  (MGAT4D)  (MIP)  (MITD1)  (MRPL1)  (MRPL22)  (MRPL37)  (MRPL55)  (MRPS36)  (MTMR3)  (MYH2)  (NARF)  (NCAPD2P1)  (NCAPH)  (NCAPH2)  (NCK1)  (NCOR1)  (NEO1)  (NF2)  (NFE2L1)  (NFYA)  (NMD3)  (NOXRED1)  (NPAS4)  (NPRL3)  (NR0B1)  (NRAS)  (NTAN1)  (NTF6A)  (NUTF2)  (OLAH)  (OPALIN)  (OR10AD1)  (OXER1)  (P4HA1)  (PAFAH1B1)  (PAH)  (PALM2)  (PASD1)  (PCAT4)  (PCDH11Y)  (PCGF1)  (PDC)  (PDCD6IP)  (PDGFA)  (PDGFRA)  (PDLIM5)  (PDZK1)  (PDZK1IP1)  (PEBP1P2)  (PES1)  (PFDN2)  (PFDN4)  (PGK1)  (PIDD1)  (PIGH)  (PIGM)  (PIGT)  (PIRC108)  (PIRC15)  (PIRC52)  (PITPNC1)  (PKDCC)  (PLA2G7)  (PLEKHN1)  (PLSCR4)  (PNISR)  (PNN)  (POLR2A)  (POMC)  (POR)  (POU2F2)  (POU5F1P3)  (PPARA)  (PPP1R1B)  (PPP1R1C)  (PPP2R2B)  (PPP5D1)  (PPRC1)  (PRELID1)  (PSD)  (PSEN1)  (PSMD1)  (PSME1)  (PTBP2)  (PTCD1)  (PTK6)  (PTPRH)  (PXMP2)  (QRSL1)  (R3HDM1)  (RAPGEF6)  (RCSD1)  (RDH14)  (RELT)  (REPIN1)  (RFTN2)  (RHOT1)  (RHOT2)  (RIOK2)  (RNF113A)  (RNF19B)  (RNF20)  (RNPEPL1)  (RNU6-2)  (RNU6-8)  (RPL15P15)  (RPL17)  (RPL22)  (RPL24)  (RPL26)  (RPL28)  (RPL30)  (RPL3L)  (RPL5P21)  (RPLP0)  (RPS10)  (RPS11)  (RPS13)  (RPS15)  (RPS18)  (RPS18P13)  (RPS2)  (RPS23)  (RPS25)  (RPS26)  (RPS29)  (RPS5)  (RPS6)  (RPS9)  (RTKN2)  (RYR1)  (S100A1)  (S100A7L2)  (S12)  (SAMD14)  (SBDS)  (SCNN1D)  (SCUBE1)  (SDR9C7)  (SEC62)  (SEPT9)  (SERPINA5)  (SERTAD4)  (SET)  (SETDB1)  (SFSWAP)  (SH2D3A)  (SH3BP5)  (SH3D19)  (SKP1)  (SLC24A2)  (SLC25A1)  (SLC25A17)  (SLC2A1)  (SLC7A3)  (SMARCA4)  (SMC4)  (SMIM24)  (SNAR-C1)  (SNAR-G1)  (SNORD115-40)  (SNRPA1)  (SNRPC)  (SNTB2)  (SNTG1)  (SNTN)  (SNX14)  (SOGA1)  (SOX13)  (SOX14)  (SPAG9)  (SPHK1)  (SPSB1)  (SPZ1)  (ST3GAL6)  (ST7-AS2)  (STAB1)  (STN1)  (STRBP)  (STT3A)  (SUMO1)  (SURF4)  (SVBP)  (SYNC)  (TANK)  (TBC1D1)  (TBXT)  (TCEA2)  (TDRD3)  (TEAD1)  (TEAD3)  (TEX10)  (TFAP4)  (TIMELESS)  (TIMP1)  (TMA7)  (TMED10P1)  (TMED11P)  (TMEM121)  (TMEM121B)  (TMEM170A)  (TMEM175)  (TMEM208)  (TMEM38A)  (TMEM70)  (TMX1)  (TNF)  (TOMM6)  (TRAFD1)  (TRAM1)  (TRE-CTC1-5)  (TRIM31)  (TRIO)  (TRIT1)  (TRS-AGA2-2)  (TRUND-NNN7-1)  (TRV-CAC1-6)  (TSFM)  (TSG101)  (TSPAN11)  (TSPAN13)  (TSPEAR)  (TSTD2)  (TTC7A)  (TWF1)  (TXNIP)  (UBALD1)  (UBASH3A)  (UBE2N)  (UBLCP1)  (UBP1)  (UCN2)  (UNC5CL)  (UXT)  (VPS26C)  (VPS9D1)  (VSIG10)  (VWC2)  (WASL)  (WDFY2)  (WDR95P)  (WFIKKN2)  (WIPF1)  (WWC2)  (XK)  (YTHDF1P1)  (ZC3H11B)  (ZFAND1)  (ZFP36)  (ZMYND19)  (ZNF212)  (ZNF277)  (ZNF597)  (ZNHIT3)  (ZPLD1)  (ZRANB1)
Peptidase M13, C-terminal domain
Peptidase M13
Peptidase M13, N-terminal domain
Neprilysin  (MME)
Product images
    #e#.jpg#Mouse#.jpg

ACLX13PE-DY590 | CD10/CALLA, Mouse Monoclonal antibody-; Clone: MEM-78, DY590 conj. size: 100 tests | 521.18 USD

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ACLX13PE-DY647 | CD10/CALLA, Mouse Monoclonal antibody-; Clone: MEM-78, DY647 conj. size: 100 tests | 521.18 USD

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Storage and handling Generally, antibodies that are lyophilized can be transported at ambient temperature and stored for short terms at +4 degrees Celsius, for longer periods - at -20 . Antibodies in a liquid form can be shipped and stored for a short period of time at +4 degrees Celsius, for long term storage (up to one year) 25-50% glycerol or ethylene glycol should be added and then the container has to be stored at -20°C.
Clonality Monoclonal Antibody
Description This is a monoclonal antibody which is greatly purified and with high binding affinity for the antigen that it is risen against. If used correctly and according the protocol, this antibody will provide excellent and reproducible results with guaranteed success for the tested and confirmed applications. Amongst the advantages of the monoclonal antibodies are: the fact that while the hybridoma takes a bit longer to be produced, once the line is ready there is virtually an endless supply of these antibodie throughout time with little to no variations in recognition sites of the antigen in different batches; in comparison to the polyclonal antibodies monoclonal antibodies are highly specific to a given epitope and can be used in applications where specific targeting is required.
Advisory To keep the quality and the affinity of the antibody cycles of freezing and thawing should be avoided. For antibodies in a liquid form or reconstituted lyophilized antibodies small amounts of the soultion could be captured on the cap or the walls of the container. Right before use you could briefly centrifuge the vial to collect all of the solution on the bottom.
Host mouse monoclonal
Species Mouse
Alternative technique antibodies
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