Cell Lines for Regenerative Medicine Research
Cell lines represent a cornerstone in the pursuit of understanding stem cell behavior and harnessing their potential for regenerative therapies. These immortalized or primary cell cultures, derived from various tissue sources, play pivotal roles in advancing scientific knowledge and applications in the fields of stem cell research and regenerative medicine.
Discover a comprehensive range of cell lines meticulously curated to support your research objectives. CD BioSciences offers high-quality cell lines, characterized for reliability and authenticity, to propel your scientific endeavors in stem cell research and regenerative medicine.
Our Cell Lines
Primary Subcutaneous Pre-adipocytes; Normal, Human (RMCL-00260234)
BSL : BSL-1
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Adipose tissue
iPSC-derived Monocytes (RMCL-00260218)
BSL : BSL-2
Applications : High-throughput screening; Immunology; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
iPSC-derived Monocytes; DYS0100 (RMCL-00260305)
BSL : BSL-2
Applications : High-throughput screening; Immunology; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
iPSC-derived CD34+ Cells (RMCL-00260220)
BSL : BSL-2
Applications : High-throughput screening; Immunology; Quality control; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
iPSC-derived Mesenchymal Stem Cells; BYS0112 (RMCL-00260272)
BSL : BSL-2
Applications : High-throughput screening; Immunology; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
Neural Progenitor Cells Derived from Normal; Human (RMCL-00260292)
BSL : BSL-2
Applications : Drug development; High-throughput screening; Neuroscience; Stem cell research; Toxicology
Tissue : Bone; Marrow
iPSC-derived CD34+ Cells, BXS0117 (RMCL-00260338)
BSL : BSL-2
Applications : High-throughput screening; Immunology; Quality control; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
Umbilical Cord-Derived Mesenchymal Stem Cells; Normal, Human (RMCL-00260318)
BSL : BSL-1
Applications : Stem cell research; Toxicology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
Tissue : Umbilical cord
ASC52telo, hTERT immortalized adipose derived Mesenchymal stem cells (RMCL-00260258)
BSL : BSL-2
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Adipose tissue
ASC52telo, hTERT immortalized adipose derived Mesenchymal stem cells (RMCL-00260282)
BSL : BSL-2
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Adipose tissue
ASC52telo, hTERT immortalized adipose derived Mesenchymal stem cells (RMCL-00260330)
BSL : BSL-2
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Adipose tissue
Primary Bone Marrow CD34+ Cells, Normal, Human (RMCL-00260333)
BSL : BSL-1
Applications : 3D cell culture; Immunology; Stem cell research; Toxicology; Immuno-oncology; Cell and gene therapy (CGT) development
Organism : Homo sapiens, human
Tissue : Bone
hTERT MSC Exosomes (RMCL-00260312)
BSL : BSL-2
Human Induced Pluripotent Stem (IPS) Cells [201B7] (RMCL-00260259)
BSL : BSL-2
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Skin
Human Induced Pluripotent Stem (IPS) Cells [201B7] (RMCL-00260283)
BSL : BSL-2
Applications : Stem cell research
Organism : Homo sapiens, human
Tissue : Skin
For research use only. Not for clinical use.
