Cell culture media for skeletal muscle cells offered by PELOBiotech

We offer a lot in the field of Cell culture media for skeletal muscle cells, but what else does PELOBiotech offer?

We are more than competence4cells – especially when it comes to supporting muscle development and regeneration studies.

Skeletal muscle cells are highly specialized, multinucleated fibers crucial for movement, posture, and metabolic regulation.

With our tailored media systems, you can maintain the structure, striation, and regenerative potential of muscle fibers and satellite cells.

Our formulations ensure optimal growth, differentiation, and functionality—ideal for studies in muscle biology, disease modeling, and tissue engineering.

Trust PELOBiotech to deliver reliable skeletal muscle media solutions to drive your research forward.

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Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell differentiation medium (250 ml)

Supplier
Cellapplications

Catalog Number
PB-151D-250

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell growth medium (500 ml)

Supplier
Cellapplications

Catalog Number
PB-151-500

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell growth medium kit (500 ml)

Supplier
Cellapplications

Catalog Number
PB-151K-500

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell growth supplement (50ml x 2)

Supplier
Cellapplications

Catalog Number
PB-151-GS

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell medium (glucose and phenol red free) /w kit – 500 ml

Supplier
CellBiologics

Catalog Number
PB-M1261GPF

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell medium (phenol red free) /w kit – 500 ml

Supplier
CellBiologics

Catalog Number
PB-M1261PF

Skeletal muscle cells PELOBiotech GmbH

Skeletal muscle cell starvation medium (250 ml)

Supplier
Cellapplications

Catalog Number
PB-151S-250

Specialized media for skeletal muscle cell growth and repair

PELOBiotech offers optimized culture media for skeletal muscle cells, supporting their striated structure, multinucleation, and regenerative potential. Perfect for studying muscle development, disease modeling, and tissue engineering under physiological conditions.