Cas9 Expressing Human Lymphatic Fibroblasts
Cas9 Expression Human Lymphatic Fibroblasts are isolated from normal human thymus tissue.
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Cas9 Expression Human Lymphatic Fibroblasts are isolated from normal human thymus tissue.
Utilize Cre-Expressing Human Cardiac Fibroblasts for gene recombination models, cardiac remodeling studies, and heart tissue-specific genetic control.
Cre-Expressing Human Corneal Epithelial Cells allow for targeted gene deletion and lineage tracing in corneal epithelial cells in ocular research.
Cre-Expressing Human Dermal Epithelial Cells enable conditional gene recombination, lineage tracing, and loxP-mediated genome editing in skin models.
Utilize Cre-Expressing Human Dermal Fibroblasts – Neonatal for targeted recombination, fibroblast biology, and skin regeneration research models.
Cre-Expressing Human Lymphatic Fibroblasts are ideal for gene recombination studies, fibroblast lineage tracing, and Cre-lox system-based genetic modeling.
Leverage Cre-Expressing Human Ocular Choroid Fibroblasts for gene recombination in eye-related models and ocular disease microenvironment studies.
Employ Cre-Expressing Human Ovarian Epithelial Cells for targeted recombination, epithelial biology, and reproductive system disease modeling.
Cre-Expressing Human Ovarian Fibroblasts support Cre-loxP recombination systems, ovarian cell lineage tracing, and gene knockout validation studies.
Cre-Expressing Human Proximal Tubular Epithelial Cells are engineered for efficient recombination, supporting renal biology and gene editing studies.
Cre-Expressing Human Spleen Epithelial Cells enable recombination-based gene studies, epithelial biology, and spleen microenvironment modeling in vitro.
Harness Cre-Expressing Human Spleen Fibroblasts for loxP-mediated recombination, gene editing, and immunological modeling in human tissue systems.
GFP Expressing Human Brain Microvascular Pericytes were transfected with GFP-Lentiviral particles
GFP Expressing Human LymphaticFibroblasts are isolated from normal human thymus tissue.
Human Anus Epithelial Cells support mucosal and epithelial biology with defined barrier traits ideal for infection, inflammation, and oncology studies.
Human basophils are found in the blood and are isolated using techniques such as density gradient centrifugation or magnetic cell separation.
Human Brain Cancer Dissociated Tumor Cells serve as an in vitro platform for studying tumor biology, signaling pathways, and therapeutic screening.
Human Breast Tumor Cancer Cells enable in vitro modeling of lobular carcinoma, drug screening, and personalized oncology research in breast cancer.
Human Brown Adipocytes are used in thermogenesis, metabolic profiling and anti-obesity drug screening, making them crucial for metabolic studies.
Leverage Human Cardiac Fibroblasts (HCFs) isolated from heart tissue, ideal for cardiac myocyte support and cardiovascular research applications.
Human Cardiac Fibroblasts-adult atrial (HCF-aa) support cardiac fibrosis research, atrial remodeling studies, and fibronectin-expressing fibroblast assays.
Human Cardiac Fibroblasts, Juvenile atrial support fibrosis research, atrial remodeling, matrix dynamics, and cardiac signaling investigations models.
Human Cardiac Fibroblasts, Juvenile ventricular support studies of cardiac remodeling, fibrosis mechanisms, and myocardial cell biology in vitro.
Explore the fascinating world of human cardiac myocytes, their structure, function, and role in heart health. Discover cutting-edge research today.
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