More primary cells offered by PELOBiotech
We offer a lot in the field of primary cells, but what else does PELOBiotech offer?
We are more than competence4cells – especially when it comes to specialized primary cell applications.
Primary cells bring research closer to real-life biology. They enable the creation of 3D tissue models, support cancer and virology studies, and play a key role in drug screening, toxicity testing, and vaccine production. Their physiological relevance makes them ideal for personalized medicine, genetic engineering, and regenerative therapies.
From studying aging and disease mechanisms to modeling conditions like Parkinson’s, diabetes, fibrosis, and more – our primary cells cover it all.
Whether you’re working in stem cell therapy, tissue engineering, or translational medicine – PELOBiotech provides the quality, variety, and expertise your research deserves.
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Cho-k1 cells expressing gfp-aequorin in cytoplasma
Cho-k1 cells expressing gfp-aequorin in cytoplasma and ga16
Cho-k1 cells expressing gfp-aequorin in mitochondria
Cho-k1 cells expressing gfp-aequorin in mitochondria and ga16
Chondrocytes , osteo arthritis (hc-oa); adult
Chondrocytes, rheumatoid arthritis (hc-ra); adult
Conditionally immortalized human glomerular podocytes
Conditionally immortalized human glomerular podocytes (fabry patient)
Conditionally immortalized human liver stellate cells
Conditionally immortalized human neuron cells
Cre-expressing mouse liver kupffer cells
Cre-expressing rat liver kupffer cells
Cryopreserved hpad-h-as, adult, heart
Cryopreserved hpad-h-t2d, adult, heart
Cryopreserved hpad-s-t2d, adult, subcutaneous
Cryopreserved mouse cortical neurons (mcon) 2 vials
Cryopreserved mouse microglia (mmcg), c57/bl6, neonatal
Cryopreserved mouse striatal neurons (mstn)
Cryopreserved porcine cardiac valve interstitial cells (pcvic)
Primary cells that bridge research and reality
PELOBiotech offers a broad portfolio of primary cells for applications in 3D models, cancer research, virology, toxicity testing, vaccine production, and regenerative medicine. Their physiological relevance supports personalized medicine and disease modeling—helping you translate science into solutions with precision and depth.