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CompareHuman Dental Pulp Stem Cell SingleQuots® Supplements and Growth FactorsCatalog #: PT-4516
Human Dental Pulp Stem Cell SingleQuots® Kit
Sales unit: kit -
CompareMsGMTM Mesangial Cell Growth Medium BulletKit®Catalog #: CC-3146
Culture system containing MsGMTM Mesangial Basal Medium (CC-3147) and MsGMTM SingleQuots® Supplements (CC-4146) required for growth of human mesangial cells.
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ComparePowerFeed® A - Chemically Defined and Protein-free basal Powder, 100 LCatalog #: VPW-095J
PowerFeed® Chemically Defined and Protein-free basal Powder without ferric citrate, 100L
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CompareProVero™ 1 Serum-free MediumCatalog #: BEBP02-030Q
ProVeroTM 1 Serum-free Medium, with L-glutamine, 1 L
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CompareMycoAlert® PLUS Assay BufferCatalog #: LT27-292
Assay buffer for MycoAlert® PLUS Detection Kit
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ComparePrEGMTM Prostate Epithelial Cell Growth Medium BulletKit®Catalog #: CC-3166
Culture system containing PrEBMTM Basal Medium (CC-3165) and PrEGMTM SingleQuots® Supplements (CC-4177) required for growth of prostate epithelial cells
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CompareSkBM®- 2 Skeletal Muscle Cell Growth Basal Medium-2Catalog #: CC-3246
SkBM®-2 Skeletal Muscle Myoblasts Basal Medium for culture of human skleletal muscle mycoblasts, 500 mL
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CompareXTREME® CHO Feed Powder – Chemically Defined and Protein-free Basal Powder 10 LCatalog #: VPW-098D
XTREME® CHO Feed Powder, chemically defined, protein free, basal powder, 10L
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CompareHuman Recombinant Insulin for Cell Culture, 5mg/ml, 20ml bottleCatalog #: BE02-033E20
Human Recombinant Insulin for Cell Culture, 5mg/ml, 20ml bottle, sold separately or as part of CHO powder kits
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CompareNPMMTM Neural Progenitor Maintenance Medium BulletKit®Catalog #: CC-3209Culture system containing PBMTM Neural Progenitor Basal Medium (CC-3210), NPMMTMMaintenance Media SingleQuots® (CC-4241) and Neural Progenitor Supplement SingleQuots® (CC-4242) required for growth and differentiation of neural progenitor cells
Sales unit: kit
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Supplemental Inst. - Neuronal Plate Coating InstructionsInstructions of cell culture plate coating procedure required for successful neuronal culture
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Supplemental Inst. – Cryopreservation (NOT Guaranteed)Supplemental instructions for suggested cryopreservation protocol for CloneticsTM and PoieticsTM primary cells
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Instruction – L-glutamine, 200 mMInformation on different L-Glutamine
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Formulation - L-Glutamine Hybridoma tested (17-905)Components present in L-Glutamine (17-905)
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Supplemental Inst. - ReagentPack™ Subculture ReagentsSupplemental instruction sheet for Clonetics® ReagentPack™ Subculture Reagents
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Supplemental Inst. - HSMM Differentiation to Form MyotubesSupplemental myotube differentiation instructions for ClonticsTM Human Skeletal Muscle Myoblasts
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Cell Culture Essentials GuideThis guide provides expert guidance on fundamental cell culture techniques plus safety and troubleshooting tips.
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Advanced hepatic cell culture techniquesDrug-Induced Liver Injury (DILI) toxicology modeling throughout the discovery pipeline
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HUVEC-Fibroblast Co-Culture - AngiogenesisTime-Lapse Video of Human Umbilical Vein Endothelial Cell Angiogenic Tube Formation in Co-Culture with Dermal Fibroblasts. Primary Human Umbilical Vein Endothelial Cells (HUVECs) were co-cultured with primary Human Normal Dermal Fibroblast cells at a ratio of 1:3 HUVECs: fibroblasts and a total cell density of 40,000 cells/well in a 96-well plate. Co-cultures were maintained for 5 days with medium changes every 2-3 days in EBMTM-2 medium supplemented with a custom concentration of VEGF (313 pM) to optimize angiogenic tube formation in this setting. Cells were stained with CellTracker® Dye from ThermoFisher. Purple lines indicate angiogenic tube formation detected by the live cell imaging software. At each frame, the software quantifies angiogenesis by counting the number of network branch points (i.e., the number of branches in each network of tubes) per mm2 and the mean network length (i.e., the average of the total network length of tubes per mm2). -
A View on Cell Culture MediaIn this podcast, our cell culture media experts explore growing cells for therapeutic purposes. What is cell culture media, what does it take to grow cells in a lab and which future trends does the industry need to address?