Registration for PeproTech.com is no longer available. To order your PeproTech products online, register or logon to ThermoFisher.com.
Resources & Support
References
First Author
Du, Y
Title
Chemokines form nanoparticles with DNA and can superinduce TLR-driven immune inflammation.
Citation
The Journal of experimental medicine; 2022 Jul 4; 219(7)
PubMed ID
Product Cited
Cross-Reactivity
Applications
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Mouse
in vitro
Mouse
in vivo
Mouse
Chemotaxis Assay
Mouse
Chemotaxis Assay
Mouse
Chemotaxis Assay
Mouse
Chemotaxis Assay
Mouse
Chemotaxis Assay
Mouse
in vitro
Mouse
in vitro
Mouse
in vitro
Mouse
in vitro
First Author
Lee, A W
Title
A knottin scaffold directs the CXC-chemokine-binding specificity of tick evasins.
Citation
The Journal of Biological Chemistry;2019 7 19; 294(29) pg11199-11212
PubMed ID
Product Cited
Cross-Reactivity
Applications
Human
in vitro
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
First Author
Alenazi, Y
Title
Genetically engineered two-warhead evasins provide a method to achieve precision targeting of disease-relevant chemokine subsets.
Citation
Scientific Reports; 2018 Apr 20; 8(1) pg6333
PubMed ID
Product Cited
Cross-Reactivity
Applications
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
Human
Chemotaxis Assay
First Author
Singh, K
Title
Yeast surface display identifies a family of evasins from ticks with novel polyvalent CC chemokine-binding activities.
Citation
Scientific Reports; 2017 Jun 27; 7(1) pg4267
PubMed ID
Product Cited
Cross-Reactivity
Applications
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
Mouse
Binding Assay
First Author
Almeida, C R
Title
NAP-2 Secreted by Human NK Cells Can Stimulate Mesenchymal Stem/Stromal Cell Recruitment.
Citation
Stem Cell Reports; 2016 Apr 12; 6(4) pg466-473
PubMed ID
First Author
Meldi, K
Title
Specific molecular signatures predict decitabine response in chronic myelomonocytic leukemia.
Citation
The Journal of Clinical Investigation; 2015 May; 125(5) pg1857-72
PubMed ID
First Author
Prat, C
Title
A homolog of formyl peptide receptor-like 1 (FPRL1) inhibitor from Staphylococcus aureus (FPRL1 inhibitory protein) that inhibits FPRL1 and FPR.
Citation
Journal of immunology (Baltimore, Md. : 1950); 2009 Nov 15; 183(10) pg6569-78
PubMed ID
First Author
Kalwitz, G
Title
Gene expression profile of adult human bone marrow-derived mesenchymal stem cells stimulated by the chemokine CXCL7.
Citation
The international journal of biochemistry & cell biology; 2009 Mar; 41(3) pg649-58
PubMed ID
First Author
Bahar, M W
Title
Structure and function of A41, a vaccinia virus chemokine binding protein.
Citation
PLoS Pathogens; 2008 Jan; 4(1) pge5
PubMed ID
Product Cited
Cross-Reactivity
Applications
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
Human
in vitro
First Author
Majka, M
Title
The role of HIV-related chemokine receptors and chemokines in human erythropoiesis in vitro.
Citation
Stem cells (Dayton, Ohio); 2000; 18(2) pg128-38
PubMed ID
showing 10 of 13
Quick Order: Upload CSV Instructions
Navigate to the CSV file of PeproTech products on your computer. Click on the file name to highlight it. Then, click "Open" in the dialog box. Items will load on the Quick Order form.
Coming Soon
This feature is coming soon.