Angiogenesis kits offered by PELOBiotech

We offer a lot in the field of angiogenesis kits, but what else does PELOBiotech offer?

We are more than competent4cells – especially when it comes to tracing vascular development with precision.

Angiogenesis assays are essential for studying how new blood vessels form and function. They play a key role in research on cancer, cardiovascular diseases, and wound healing—helping to uncover mechanisms and evaluate potential therapies.

Our specialized in vitro angiogenesis tracing kits are tailored for distinct microvascular regions, including the brain, lymphatic system, glomeruli, pancreas, and retina. They provide targeted, high-resolution tools to explore angiogenic processes in physiologically relevant environments.

Rely on PELOBiotech for advanced assay solutions that bring clarity to complex vascular research.

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Angiogenesis kits PELOBiotech GmbH

In vitro human brain microvascular angiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-12

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Angiogenesis kits PELOBiotech GmbH

In vitro human glomerular microvascular angiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-14

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Angiogenesis kits PELOBiotech GmbH

In vitro human lymphangiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-15

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Angiogenesis kits PELOBiotech GmbH

In vitro human pancreatic microvascular endothelial angiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-13

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Angiogenesis kits PELOBiotech GmbH

In vitro human retina microvascular angiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-16

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Angiogenesis kits PELOBiotech GmbH

In vitro huvecs angiogenesis tracing kit

Supplier
Angioproteomie

Catalog Number
PB-cAP-08

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Advanced tools for vascular research

PELOBiotech offers specialized angiogenesis kits for precise analysis of blood vessel formation. Tailored for microvascular regions like brain, lymphatics, and retina, our in vitro assays support research in cancer, cardiovascular disease, and wound healing—delivering targeted, high-resolution insights into angiogenic processes.