Rxreliance

CF633 Succinimidyl Ester. Fluorescent dyes with a succinimidyl ester group can be conjugated to free amines such as lysine residues in proteins and are commonly used to label antibodies. Far red fluorescent CF633 is significantly brighter than Alexa Fluor 647.

Bovine Serum Albumin-Frac V. Bovine serum albumin (BSA) is commonly used as a stabilizing agent for proteins and as a blocking agent to reduce non-specific protein binding in immunoassays. IgG- and protease-free.

CF350 Amine. Fluorescent dyes with an amine group can be conjugated to carboxylic acid groups in biomolecules. CF350 is a blue fluorescent dye spectrally similar to AMCA. However compared to AMCA CF350 is more water-soluble more photostable and at least 50% more fluorescent on proteins.

CF405S Amine. Fluorescent dyes with an amine group can be conjugated to carboxylic acid groups in biomolecules. CF405S is a blue fluorescent dye with good spectral compatibility with popular instruments.

CF640R Amine. Fluorescent dyes with an amine group can be conjugated to carboxylic acid groups in biomolecules. Far red CF640R is much brighter than Cy5 and has exceptional photostability.

CF350 Aminooxy. Fluorescent dyes with an aminooxy group can be conjugated to aldehyde or ketone groups in biomolecules. CF350 is a blue fluorescent dye spectrally similar to AMCA. However compared to AMCA CF350 is more water-soluble more photostable and at least 50% more fluorescent on proteins.

CF488A Aminooxy. Fluorescent dyes with an aminooxy group can be conjugated to aldehyde or ketone groups in biomolecules. Green fluorescent CF488A is a spectrally similar to fluorescein but with brighter and more photostable fluorescence.

CF594 Aminooxy. Fluorescent dyes with an aminooxy group can be conjugated to aldehyde or ketone groups in biomolecules. Deep red CF594 dye is spectrally similar to Alexa Fluor 594 or Texas Red but with brighter fluorescence and excellent photostability.

CF633 Aminooxy. Fluorescent dyes with an aminooxy group can be conjugated to aldehyde or ketone groups in biomolecules. Far red fluorescent CF633 is significantly brighter than Alexa Fluor 647 or other Cy5-like cyanine dyes and is far more photostable.

CF350 Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. CF350 is a blue fluorescent dye spectrally similar to AMCA but with brighter fluorescence.

CF488A Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. Green fluorescent CF488A is a spectrally similar to fluorescein but with brighter and more photostable fluorescence.

CF555 Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. Red fluorescent CF555 is a spectrally similar to Cy3 but with brighter fluorescence.

CF568 Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. Red fluorescent CF568 is optimized for the 568 nm laser line and is brighter and more photostable than Alexa Fluor 568.

CF633 Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. Far red fluorescent CF633 is significantly brighter than Alexa Fluor 647 or other Cy5-like cyanine dyes and is far more photostable.

CF640R Hydrazide. Fluorescent dyes with a hydrazide group can be conjugated to aldehyde and ketone groups in biomolecules. CF640R is highly fluorescent and is significantly more photostable than the spectrally similar dyes Cy5 and AlexaFluor 647.

Bsa 30% Solution. Bovine serum albumin (BSA) is commonly used as a stabilizing agent for proteins and as a blocking agent to reduce non-specific protein binding in immunoassays. IgG- and protease-free.

CF350 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. CF350 is a blue fluorescent dye spectrally similar to AMCA but with brighter fluorescence.

CF405S Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. CF405S is a blue fluorescent dye.

CF488A Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Green fluorescent CF488A is a spectrally similar to fluorescein.

CF555 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Red fluorescent CF555 is a spectrally similar to Cy3 but with brighter fluorescence.

CF568 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Red fluorescent CF568 is optimized for the 568 nm laser line.

CF594 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Deep red fluorescent CF594 is spectrally similar to Texas Red.

CF647 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. CF647 is brighter than the spectrally similar dye Cy5.

CF660C Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Far red CF660C is several fold brighter and significantly more photostable.

CF680 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Far red CF680 is brighter than other spectrally similar dyes.

CF750 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. CF750 is an exceptionally bright and photostable near-infrared dye.

CF770 Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. CF770 is an exceptionally bright and photostable near-infrared dye.

CF660R Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Far-red fluorescent CF660R is brighter than AlexaFluor 660 and is extremely photostable.

Biotin Protein Labeling Kit. The Biotin SE Protein Labeling Kit includes everything required to label proteins with biotin. Sufficient for three labelings of 1 mg protein each.

CF640R Se Protein Labeling Kit. CF Dye SE Protein Labeling Kits include everything required to label proteins with bright and photostable fluorescent CF Dyes. Sufficient for three labelings of 1 mg protein each. Far red CF640R is highly fluorescent and is significantly more photostable.

Biotin Mix-N-Stain (50-100 Ug). Label 50-100 ug of antibody with biotin in as little as 30 minutes. One labeling.

Peptide IRAK 0.05MG. IRAK peptide Location: 13 amino acids near the carboxy terminus of human IRAK Species: Human, storage conditions: Store IRAK peptide at -20degreeC, stable for one yearApplications: IRAK peptide is used for blocking the activity of IRAK Antibody

Peptide CXCR4 0.05MG. CXCR4 peptide Location: 14 amino amino terminus of human CXCR4 Species: Human, storage conditions: Store CXCR4 peptide at -20degreeC, stable for one yearApplications: CXCR4 peptide is used for blocking the activity of CXCR4 Antibody

Peptide CXCR4 0.05MG. (EL) CXCR4 peptide Location: 15 amino acids near the extracellular loop domain of human CXCR4 Species: Human, storage conditions: Store CXCR4 peptide at -20degreeC, stable for one yearApplications: CXCR4 peptide is used for blocking the activity of CXCR4 Antibody

Peptide STAT1 ALPHA 0.05MG. STAT1 alpha peptide Location: 39 amino acids near the carboxy terminus of human STAT1 Species: Human, storage conditions: Store STAT1 alpha peptide at -20degreeC, stable for one year

Peptide CCR3 0.05MG. CCR3 peptide

Peptide DOK1 0.05MG. DOK1 peptide Location: 15 amino acids near the carboxy terminus of human DOK Species: Human, storage conditions: Store DOK1 peptide at -20degreeC, stable for one yearApplications: DOK1 peptide is used for blocking the activity of DOK1 Antibody

Peptide CCR3 0.05MG. CCR3 peptide

Peptide CCR5 0.05MG. CCR5 peptide Location: 15 amino amino terminus of human CCR5 Species: Humanstorage conditions: Store CCR5 peptide at -20degreeC, stable for one yearApplications: CCR5 peptide is used for blocking the activity of CCR5 Antibody

Peptide TRAIL 0.05MG. TRAIL peptide Location: 17 amino acids near the carboxy terminus of human TRAIL Species: Humanstorage conditions: Store TRAIL peptide at -20degreeC, stable for one yearApplications: TRAIL peptide is used for blocking the activity of TRAIL Antibody

Peptide RAIDD 0.05MG. RAIDD peptide Location: 19 amino acids near the center of human RAIDD Species: Humanstorage conditions: Store RAIDD peptide at -20degreeC, stable for one yearApplications: RAIDD peptide is used for blocking the activity of RAIDD Antibody

Peptide RAIDD 0.05MG. RAIDD peptide Location: 19 amino acids near the carboxy terminus of human RAIDD Species: Humanstorage conditions: Store RAIDD peptide at -20degreeC, stable for one yearApplications: RAIDD peptide is used for blocking the activity of RAIDD Antibody

Peptide DR3 0.05MG. DR3 peptide Location: 20 amino acids near the carboxy terminus of human DR3 Species: Human, storage conditions: Store DR3 peptide at -20degreeC, stable for one yearApplications: DR3 peptide is used for blocking the activity of DR3 Antibody

Peptide NEURTURIN 0.05MG. Neurturin peptide Location: 16 amino acids of human NTN Species: Human, storage conditions: Store Neurturin peptide at -20degreeC, stable for one yearApplications: NTN peptide is used for blocking the activity of neurturin Antibody

Peptide EOTAXIN 0.05MG. Eotaxin peptide Location: 15 amino acids near the carboxy terminus of human Eotaxin Species: Human, storage conditions: Store Eotaxin peptide at -20degreeC, stable for one yearApplications: Eotaxin peptide is used for blocking the activity of eotaxin Antibody

Peptide SIRP ALPHA 0.05MG. SIRP alpha peptide Location: 17 amino acids near the carboxy terminus of human SIRP alpha Species: Human, storage conditions: Store SIRP alpha peptide at -20degreeC, stable for one year

Peptide Caspase-10 0.05MG. Caspase-10 peptide Location: 17 amino acids near the carboxy terminus of human Caspase-10 Species: Human, storage conditions: Store Caspase-10 peptide at -20degreeC, stable for one year

Peptide NIK 0.05MG. NIK peptide Location: 17 amino acids near the carboxy terminus of human NIK Species: Human, storage conditions: Store NIK peptide at -20degreeC, stable for one yearApplications: NIK peptide is used for blocking the activity of NIK Antibody

Peptide TACE 0.05MG. TACE peptide Location: 17 amino acids near the carboxy terminus of human TACE Species: Human, storage conditions: Store TACE peptide at -20degreeC, stable for one yearApplications: TACE peptide is used for blocking the activity of TACE Antibody

Peptide GFR ALPHA 1 0.05MG. GFR alpha 1 peptide Location: 14 amino acids near the center of human GFR alpha 1 Species: Human, storage conditions: Store GFR alpha 1 peptide at -20degreeC, stable for one yearApplications: GFR alpha 1 peptide is used for blocking the activity of GFR alpha 1 Antibody

Peptide GFR ALPHA 2 0.05MG. GFR alpha 2 peptide Location: 15 amino acids near the center of human GFR-2 Species: Human, storage conditions: Store GFR alpha 2 peptide at -20degreeC, stable for one yearApplications: GFR alpha 2 peptide is used for blocking the activity of GFR alpha 2 Antibody

Peptide GFR ALPHA 3 0.05MG. GFR alpha 3 peptide Location: 14 amino acids near the center of human GFR alpha 3 Species: Human, storage conditions: Store GFR alpha 3 peptide at -20degreeC, stable for one yearApplications: GFR alpha 3 peptide is used for blocking the activity of GFR alpha 3 Antibody

Peptide DR4 0.05MG. DR4 peptide Location: 19 amino acids near the carboxy terminus of human DR4 Species: Human, storage conditions: Store DR4 peptide at -20degreeC, stable for one yearApplications: DR4 peptide is used for blocking the activity of DR4 Antibody

Peptide DFF45 0.05MG. DFF45 peptide Location: 19 amino acids near the carboxy terminus of human DFF45 Species: Human, storage conditions: Store DFF45 peptide at -20degreeC, stable for one yearApplications: DFF45 peptide is used for blocking the activity of DFF45 Antibody

Peptide DFF45 0.05MG. DFF45 peptide Location: 20 amino amino terminus of human DFF45 Species: Human, storage conditions: Store DFF45 peptide at -20degreeC, stable for one yearApplications: DFF45 peptide is used for blocking the activity of DFF45 Antibody

Peptide MADD 0.05MG. MADD peptide Location: 19 amino acids near the carboxy terminus of human MADD Species: Human, storage conditions: Store MADD peptide at -20degreeC, stable for one yearApplications: MADD peptide is used for blocking the activity of MADD Antibody

Peptide ASK1 0.05MG. ASK1 peptide Location: 20 amino acids near the carboxy terminus of human ASK1 Species: Human, storage conditions: Store ASK1 peptide at -20degreeC, stable for one yearApplications: ASK1 peptide is used for blocking the activity of ASK1 Antibody

Peptide FLIP 0.05MG. FLIP peptide Location: 17 amino acids near the carboxy terminus of mouse FLIP Species: Mouse, storage conditions: Store FLIP peptide at -20degreeC, stable for one yearApplications: FLIP peptide is used for blocking the activity of FLIP Antibody

Peptide DR3 0.05MG. (ED) DR3 peptide Location: 19 amino acids near the extracellular domain of human DR3 Species: Human, storage conditions: Store DR3 peptide at -20degreeC, stable for one yearApplications: DR3 peptide is used for blocking the activity of DR3 Antibody

Peptide FLIP 0.05MG. FLIP peptide Location: 17 amino amino terminus of human FLIP Species: Human, storage conditions: Store FLIP peptide at -20degreeC, stable for one yearApplications: FLIP peptide is used for blocking the activity of FLIP Antibody

Peptide FLIP 0.05MG. FLIP peptide Location: 18 amino acids near the carboxy terminus of human FLIP Species: Human, storage conditions: Store FLIP peptide at -20degreeC, stable for one yearApplications: FLIP peptide is used for blocking the activity of FLIP Antibody

Peptide DAXX 0.05MG. Daxx peptide Location: 19 amino acids near the carboxy terminus of human Daxx Species: Human, storage conditions: Store Daxx peptide at -20degreeC, stable for one yearApplications: Daxx peptide is used for blocking the activity of Daxx Antibody

Peptide DR3 0.05MG. DR3 peptide Location: 16 amino amino terminus of human DR3 Species: Human, storage conditions: Store DR3 peptide at -20degreeC, stable for one yearApplications: DR3 peptide is used for blocking the activity of DR3 Antibody

Peptide DR4 0.05MG. DR4 peptide Location: 20 amino amino terminus of human DR4 Species: Human, storage conditions: Store DR4 peptide at -20degreeC, stable for one yearApplications: DR4 peptide is used for blocking the activity of DR4 Antibody

Peptide BONZO 0.05MG. Bonzo peptide Location: 20 amino acids near the carboxy terminus of human Bonzo Species: Human, storage conditions: Store Bonzo peptide at -20degreeC, stable for one yearApplications: Bonzo peptide is used for blocking the activity of Bonzo Antibody

Peptide ICAD 0.05MG. ICAD peptide Location: 20 amino amino terminus of mouse ICAD Species: Mouse, storage conditions: Store ICAD peptide at -20degreeC, stable for one yearApplications: ICAD peptide is used for blocking the activity of ICAD Antibody

Peptide ICAD 0.05MG. ICAD peptide Location: 20 amino acids near the carboxy terminus of mouse ICAD Species: Mouse, storage conditions: Store ICAD peptide at -20degreeC, stable for one yearApplications: ICAD peptide is used for blocking the activity of ICAD Antibody

Peptide CAD 0.05MG. CAD peptide Location: 18 amino acids near the center of mouse CAD Species: Mouse, storage conditions: Store CAD peptide at -20degreeC, stable for one yearApplications: CAD peptide is used for blocking the activity of CAD Antibody

Peptide CAD 0.05MG. CAD peptide Location: 16 amino acids near the carboxy terminus of mouse CAD Species: Mouse, storage conditions: Store CAD peptide at -20degreeC, stable for one yearApplications: CAD peptide is used for blocking the activity of CAD Antibody

Peptide APAF1 0.05MG. Apaf1 peptide Location: 17 amino amino terminus of human Apaf1 Species: Human, storage conditions: Store Apaf1 peptide at -20degreeC, stable for one yearApplications: Apaf1 peptide is used for blocking the activity of Apaf1 Antibody

Peptide APAF1 0.05MG. Apaf1 peptide Location: 20 amino acids near the carboxy terminus of human Apaf1 Species: Human, storage conditions: Store Apaf1 peptide at -20degreeC, stable for one yearApplications: Apaf1 peptide is used for blocking the activity of Apaf1 Antibody

Peptide DR5 0.05MG. DR5 peptide Location: 20 amino acids near the carboxy terminus of human DR5 Species: Human, storage conditions: Store DR5 peptide at -20degreeC, stable for one yearApplications: DR5 peptide is used for blocking the activity of DR5 Antibody

Peptide DCR2 0.05MG. (ID) DcR2 peptide Location: 15 amino acids near the intracellular domain of human DcR2 Species: Human, storage conditions: Store DcR2 peptide at -20degreeC, stable for one yearApplications: DcR2 peptide is used for blocking the activity of DcR2 Antibody

Peptide IKK ALPHA 0.05MG. (C1) IKK alpha peptide Location: 19 amino acids near the carboxy terminus of human IKK alpha Species: Human, storage conditions: Store IKK alpha peptide at -20degreeC, stable for one year

Peptide ADAM10 0.05MG. ADAM10 peptide Location: 17 amino acids near the carboxy terminus of human ADAM10 Species: Human, storage conditions: Store ADAM10 peptide at -20degreeC, stable for one yearApplications: ADAM10 peptide is used for blocking the activity of ADAM10 Antibody

Peptide FLIP 0.05MG. FLIP peptide Location: 19 amino acids near the carboxy terminus of human FLIP Species: Human, storage conditions: Store FLIP peptide at -20degreeC, stable for one yearApplications: FLIP peptide is used for blocking the activity of FLIP Antibody

Peptide DNase II 0.05MG. DNase II peptide Location: 14 amino acids of human DNase II Species: Human, storage conditions: Store DNase II peptide at -20degreeC, stable for one yearApplications: DNase II peptide is used for blocking the Antibody. activity of DNase II Antibody

Peptide BIM 0.05MG. Bim peptide Location: 19 amino acids near the center of human Bim Species: Human, storage conditions: Store Bim peptide at -20degreeC, stable for one yearApplications: Bim peptide is used for blocking the activity of Bim Antibody

Peptide ZIPK 0.05MG. ZIPK peptide Location: 20 amino acids near the center of human ZIPK Species: Human, storage conditions: Store ZIPK peptide at -20degreeC, stable for one yearApplications: ZIPK peptide is used for blocking the activity of ZIPK Antibody

Peptide Caspase-9 0.05MG. (IN1) Caspase-9 peptide Location: 16 amino acids near the center of human Caspase-9 Species: Human, storage conditions: Store Caspase-9 peptide at -20degreeC, stable for one yearApplications: Caspase-9 peptide is used for blocking the activity of caspase-9 Antibody

Peptide Caspase-9 0.05MG. (IN2) Caspase-9 peptide Location: 20 amino acids near the center of human Caspase-9 Species: Human, storage conditions: Store Caspase-9 peptide at -20degreeC, stable for one yearApplications: Caspase-9 peptide is used for blocking the activity of caspase-9 Antibody

Peptide RICK 0.05MG. RICK peptide Location: 20 amino amino terminus of human RICK Species: Human, storage conditions: Store RICK peptide at -20degreeC, stable for one yearApplications: RICK peptide is used for blocking the activity of RICK Antibody

Peptide ARC 0.05MG. ARC peptide Location: 18 amino acids near the carboxy terminus of human ARC Species: Human, storage conditions: Store ARC peptide at -20degreeC, stable for one yearApplications: ARC peptide is used for blocking the activity of ARC Antibody

Peptide CIDE-A 0.05MG. CIDE-A peptide Location: 18 amino acids near the carboxy terminus of human CIDE-A Species: Human, storage conditions: Store CIDE-A peptide at -20degreeC, stable for one yearApplications: CIDE-A peptide is used for blocking the activity of CIDE-A Antibody

Peptide CIDE-A 0.05MG. CIDE-A peptide Location: 15 amino acids near the carboxy terminus of mouse CIDE-A Species: Mouse, storage conditions: Store CIDE-A peptide at -20degreeC, stable for one yearApplications: CIDE-A peptide is used for blocking the activity of mCIDE-A Antibody

Peptide CIDE-B 0.05MG. CIDE-B peptide Location: 16 amino acids near the carboxy terminus of mouse CIDE-B Species: Mouse, storage conditions: Store CIDE-B peptide at -20degreeC, stable for one yearApplications: CIDE-A peptide is used for blocking the activity of mCIDE-B Antibody

Peptide CX3CR1 0.05MG. CX3CR1 peptide Location: 20 amino amino terminus of human CX3CR1 Species: Human, storage conditions: Store CX3CR1 peptide at -20degreeC, stable for one yearApplications: CX3CR1 peptide is used for blocking the activity of CX3CR1 Antibody

Peptide CCR8 0.05MG. (EL) CCR8 peptide Location: 17 amino acids near the extracellular loop domain of human CCR8 Species: Human, storage conditions: Store CCR8 peptide at -20degreeC, stable for one yearApplications: CCR8 peptide is used for blocking the activity of CCR8 Antibody

Peptide CX3CL1 0.05MG. CX3CL1 peptide Location: 18 amino acids near the amino terminus of human CX3CL1 Species: Human, storage conditions: Store CX3CL1 peptide at -20degreeC, stable for one yearApplications: CX3CL1 peptide is used for blocking activity of CX3CL1 Antibody

Peptide GPR15 0.05MG. GPR15 peptide Location: 16 amino amino terminus of human GPR15 Species: Human, storage conditions: Store GPR15 peptide at -20degreeC, stable for one yearApplications: GPR15 peptide is used for blocking the activity of GPR15 Antibody

Peptide DFF40 0.05MG. DFF40 peptide Location: 18 amino acids near the center of mouse DFF40 Species: Mouse, storage conditions: Store DFF40 peptide at -20degreeC, stable for one yearApplications: DFF40 peptide is used for blocking the activity of DFF40 Antibody

Peptide IKK ALPHA (C2) 0.05MG. (CT2) IKK alpha (C2) peptide Location: 17 amino acids near the carboxy terminus of human IKK alpha (C2) Species: Human, storage: Store IKK alpha (C2) peptide at -20degreeC, stable for one yearIKK alpha peptide is used for blocking the activity of IKK alpha Antibody

Peptide IKK ALPHA (C3) 0.05MG. (CT3) IKK alpha (C3) peptide Location: 17 amino acids near the carboxy terminus of human IKK alpha (C3) Species: Human, storage: Store IKK alpha (C3) peptide at -20degreeC, stable for one yearIKK alpha peptide is used for blocking the activity of IKK alpha Antibody

Peptide IKK BETA (C3) 0.05MG. (CT3) IKK beta (C3) peptide Location: 19 amino acids near the carboxy terminus of human IKK beta (C3) Species: Human, storage conditions: Store IKK beta (C3) peptide at -20degreeC, stable for one year

Peptide IRAK2 0.05MG. (CT2) IRAK2 peptide Location: 19 amino acids near the carboxy terminus of human IRAK2 Species: Human, storage conditions: Store IRAK2 peptide at -20degreeC, stable for one yearApplications: IRAK2 peptide is used for blocking the activity of IRAK2 Antibody

Peptide MYD88 0.05MG. MyD88 peptide Location: 16 amino acids near the center of human MyD88 Species: Human, storage conditions: Store MyD88 peptide at -20degreeC, stable for one yearApplications: MyD88 peptide is used for blocking the activity of MyD88 Antibody

Peptide MYD88 0.05MG. MyD88 peptide Location: 18 amino acids near the carboxy terminus of human MyD88 Species: Human, storage conditions: Store MyD88 peptide at -20degreeC, stable for one yearApplications: MyD88 peptide is used for blocking the activity of MyD88 Antibody

Peptide IL-1RACP (C2) 0.05MG. IL-1RAcP (C2) peptide Location: 16 amino acids near the carboxy terminus of human IL-1RAcP (C2) Species: Human, storage conditions: Store IL-1RAcP (C2) peptide at -20degreeC, stable for one yearIL-1RAcP peptide is used for blocking the activity of IL-1RAcP Antibody

Peptide IL-1RACP 0.05MG. IL-1RAcP peptide Location: 21 amino acids near the carboxy terminus of human IL-1RAcP Species: Human, storage conditions: Store IL-1RAcP peptide at -20degreeC, stable for one yearApplications: IL-1RAcP peptide is used for blocking the activity of IL-1RAcP Antibody

Peptide APP/ABNT 0.05MG. (AbNT) APP/AbNT peptide Location: 10 amino acids of human APP/AbNT Species: Human, storage conditions: Store APP/AbNT peptide at -20degreeC, stable for one yearApplications: APP peptide is used for blocking the activity of APP Antibody