Cells Reagents

Keratinocyte Growth Medium is a sterile liquid serum-free culture medium designed for cultivating human keratinocytes (HKER). Delivered as a basal medium, it is suitable for culturing Provitro HKER upon the addition of the supplement mix. The formulation is optimized for the initial seeding of 6,000 cells/cm², supporting growth up to confluence (approximately 75%). Feeder layers, matrix substrates, or additional substances are not necessary for effective cell cultivation. The Keratinocyte Growth Medium undergoes comprehensive testing after each production cycle. All components undergo rigorous testing in a stringent biological assay. Each batch is specifically examined for the proliferating characteristics of human keratinocytes (HKER). The cells cultured in the keratinocyte growth medium are thoroughly assessed for their morphology, adherence rate, colony-forming efficiency, and population doubling time. Storge: Store the supplementedKreatinocyte

Smooth Muscle Cell Growth Medium is a sterile liquid culture medium designed for cultivating human smooth muscle cells (HSMC). Provided in the form of a basal medium, it is ideal for culturing HSMC upon the addition of supplement mix components. The formulation is optimized for the initial seeding of 4,000 cells/cm², allowing growth up to confluence (approximately 90%). The use of feeder layers, matrix substrates, or additional substances is unnecessary. To address potential reductions in proliferative activity, we recommend utilizing the antibiotic supplement exclusively for freshly isolated cells. The smooth muscle cell growth medium undergoes comprehensive testing after each production. All components are subjected to rigorous biological assays. Each batch is specifically examined for the proliferating characteristics of human smooth muscle cells (HSMC). The cells cultured in the smooth muscle cell growth medium undergo thorough assessments, including examination of their morpholo

Skeletal Muscle Cell Growth Medium is a sterile liquid culture medium designed for cultivating human skeletal muscle cells (HSKMC). Delivered as a basal medium, it is suitable for culturing Provitro HSKMC upon the addition of supplement mix components. The formulation is optimized for initial seeding of 4,000 cells/cm², facilitating growth up to confluence (approximately 90%). The medium does not require feeder layers, matrix substrates, or additional substances for effective cell cultivation.Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only.Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only. Skeletal muscle cell growth medium is thoroughly tested after each production. All components are tested in a stringent biological assay. Each batch is checked for human endothelial cells proliferating characteristics. The cells c

Urothelial Cell Growth Medium is a sterile, serum-free liquid culture medium designed for the cultivation of Human Urothelial Epithelial Cells (HUEPC). Delivered in the form of a basal medium, it becomes a complete and suitable environment for culturing HUEPC upon the addition of three supplement components. The formulation is meticulously optimized to support the initial seeding of 6,000 cells per square centimeter (cm²) up to confluence, reaching approximately 75%. The Urothelial Cell Growth Medium undergoes rigorous quality control measures following each production cycle. Every constituent undergoes thorough testing through a stringent biological assay. Each batch is specifically scrutinized for the proliferating characteristics of Human Urothelial Epithelial Cells (HUEPC). The cells cultured in this medium are meticulously evaluated for various parameters including morphology, adherence rate, colony-forming efficiency, and population doubling time. This meticulous quality assuranc

The hMSC Proliferation Medium is a sterile liquid culture medium designed for cultivating human mesenchymal stem cells (hMSC). Delivered as a basal medium, it is well-suited for culturing hMSC upon the addition of supplement mix components. The formulation is optimized for the initial seeding of 6,000 cells/cm², supporting growth up to confluence (approximately 90%). The medium does not require feeder layers, matrix substrates, or additional substances for effective cell cultivation.Due to the possibility of reduced proliferative activity we recommend to use any antibiotic supplement for freshly isolated cells only. Storge: Store the supplemented hMSC proliferation medium in a dark environment at temperatures ranging from 4°C to 8°C for a maximum duration of one month. Avoid heating the medium beyond 37°C and refrain from using uncontrolled heat sources, such

The hMSC Chondrogenesis Induction Medium is a sterile liquid culture medium specifically designed for initiating chondrogenic differentiation in human mesenchymal stem cells (hMSCs). This medium is provided as a basal formulation and becomes fully functional for hMSC culture upon the addition of all the required supplement mix components. Its formulation is meticulously optimized to support the initial seeding of 6,000 cells per square centimeter (cm²) up to reaching approximately 90% confluence. Importantly, the medium does not require the use of feeder-layers, matrix substrates, or any additional substances. This streamlined approach provides a well-defined and controlled culture system, promoting efficient and successful chondrogenic differentiation of hMSC. Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only. All components undergo rigorous testing in a stringent biological assay. Each batch is spec

The hMSC osteogenesis induction medium is a sterile liquid culture medium for inducing osteogenic differentiation of human mesenchymal stem cells (hMSC). The medium is delivered as a basal medium and is suitable for culturing hMSC after adding the supplement mix components. The formulation is optimized for initial seeding of 6,000 cells / cm² up to confluence (approx. 90 %). Feeder-layer, matrix substrates or other substances are not necessary. Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only. After adding 50 ml FCS, 10 ml HEPES and 5 ml L-Glutamine and optional 3,5 ml Antibiotics to the 500 ml hMSC osteogenesis induction medium basal the media can be stored in the dark at 4°C to 8°C for up to 4 weeks. Take care: After adding the Osteogenesis induction factor Dexamethasone, Ascorbic-Acid-2-phosphate and ß-Glycerol-phosphate to the media, the media can be stored in the dark at 4°C to 8°C for up to 1 we

The hMSC adipogenesis induction medium is a sterile liquid culture medium for inducing adipogenic differentiation of human mesenchymal stem cells (hMSC). The medium is delivered as a basal medium and is suitable for culturing hMSC after adding the supplement kit components. The formulation is optimized for initial seeding of 6,000 cells / cm² up to confluence (approx. 90 %). Feeder-layer, matrix substrates or other substances are not necessary. Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only. After adding 50 ml FCS, 10 ml HEPES and 5 ml L-Glutamine and optional 3,5 ml antibiotics to the 500 ml hMSC adipogenesis induction medium basal the media can be stored in the dark at 2°C to 8°C for up to 4 weeks. After adding the induction factor Dexamethasone, Indomethacine, 3-Isobutyl-1-methyl-xanthine and insulin to the media, the media can be stored in the dark at °C to 8°C for up to 1 week. Therefore each a

Endothelial cell proliferation medium is a sterile liquid culture medium for culturing endothelial cells. The medium is delivered as a basal medium and is suitable for culturing human endothelial cells after adding the supplement mix components. The formulation is optimized for initial seeding of 4,000 cells / cm² up to confluence (approx. 90 %). Feeder-layer, matrix substrates or other substances are not necessary. Due to the possibility of reduced proliferative activity we recommend to use the antibiotic supplement for freshly isolated cells only. Endothelial cell proliferation medium is thoroughly tested after each production. All components are tested in a stringent biological assay. Each batch is checked for human endothelial cells proliferating characteristics. The cells cultured in endothelial cell growth medium are checked regarding their morphology, the adherence rate, the colony forming efficiency and the population doubling time. Storge: Store the supplemented endothelial c