NTHRYS offers an extensive collection of cell lines, including human, animal, and hybridoma lines, designed to meet the needs of research, drug discovery, and industrial applications. Our high-quality, authenticated cell lines ensure reliable results for toxicity testing, biotechnology, and therapeutic development
Derived from various human tissues, used for medical research, drug discovery, and therapeutic development.
Cell lines from various animal species, essential for veterinary research, vaccine production, and toxicity testing.
Cells directly isolated from tissues, maintaining many characteristics of their tissue of origin, used in physiological studies.
Genetically modified to proliferate indefinitely, used widely in research and biotechnology applications.
Fused cells that produce monoclonal antibodies, crucial for therapeutic antibody development and diagnostic assays.
Pluripotent or multipotent cells capable of differentiation into various cell types, used in regenerative medicine and research.
Derived from tumors, these lines are used for cancer research, drug testing, and understanding tumor biology.
Cells used to study the nervous system, neurodegenerative diseases, and neuropharmacology.
Derived from blood or bone marrow, used in research related to blood diseases and immune responses.
Cells lining blood vessels, essential for studying angiogenesis, cardiovascular diseases, and blood-brain barrier function.
Derived from epithelial tissues, used to study barrier functions, cancer, and regenerative medicine.
Cells that produce extracellular matrix, used in wound healing, tissue engineering, and fibrosis research.
Fat cells used to study obesity, metabolism, and adipogenesis.
Myoblasts and other muscle-derived cells used in research on muscle development, disease, and regenerative medicine.
Cells derived from heart tissue, used in cardiovascular research, drug testing, and understanding heart disease.
Renal cells used to study kidney function, disease, and drug toxicity.
Liver cells used in research on liver function, drug metabolism, and liver diseases.
Cells derived from the pancreas, used to study diabetes, insulin production, and pancreatic disorders.
Cells from the digestive tract, used in research on gut health, microbiome interactions, and gastrointestinal diseases.
Cells derived from lung and airway tissues, used to study respiratory diseases and toxicology.
Cells from reproductive organs, used in fertility research, reproductive health, and hormone studies.
Cells derived from eye tissues, used to study vision disorders, ocular diseases, and eye health.
Osteoblasts and other bone-derived cells used in research on bone metabolism, osteoporosis, and regenerative medicine.
Keratinocytes and other skin cells used to study dermatological diseases, wound healing, and cosmetic testing.
Cells involved in the immune response, used to study immunology, inflammation, and vaccine development.
Pluripotent cells derived from early embryos, capable of differentiating into any cell type, used in developmental biology and regenerative medicine.
Multipotent stromal cells that can differentiate into bone, cartilage, and fat cells, used in tissue engineering and regenerative medicine.
Stem cells that can differentiate into any cell type, used in disease modeling, drug testing, and regenerative therapies.
Reprogrammed adult cells with pluripotent properties, used for personalized medicine, disease modeling, and regenerative medicine.
Cancer cell lines derived from nerve tissue, used in neurobiology and oncology research.
Glial cells of the central nervous system, used in neurodegenerative disease research and neuroinflammation studies.
Immune cells of the central nervous system, used to study neuroinflammation and neurological disorders.
Cells that produce melanin, used in research on pigmentation disorders and melanoma.
Cells responsible for bone resorption, used in osteoporosis and bone disease research.
Cells that form cartilage, used in joint disease and tissue engineering research.
Support cells in the nervous system, used to study brain function and neurodegenerative diseases.
Star-shaped glial cells in the brain and spinal cord, involved in the repair and scarring process of the brain and spinal cord following traumatic injuries.
Cells from the retina, used in vision research and studies on retinal diseases.
Aggressive brain tumor cell lines used in oncology research and drug testing.
Cells that form the myelin sheath around neuronal axons, used in research on nerve regeneration and peripheral neuropathies.
Cells derived from the cervix, used in cancer research and studies on HPV infection.
Cells derived from prostate tissue, used in research on prostate cancer and male reproductive health.
Cells derived from the testis, used in studies on male fertility and testicular cancer.
Cells from the ovary, used in research on ovarian cancer and female reproductive health.
Cells from the thyroid gland, used to study thyroid function and diseases such as hyperthyroidism and thyroid cancer.
Cells from the parathyroid gland, used in research on calcium regulation and parathyroid disorders.
Cells from the pituitary gland, used in studies on hormone regulation and pituitary disorders.
Cells from the adrenal gland, used in research on stress responses and adrenal gland disorders.
Cells from the pineal gland, involved in research on melatonin production and circadian rhythms.
Cells from the hypothalamus, used in research on brain functions, hormone regulation, and homeostasis.
Cells derived from the islets of Langerhans, used in diabetes research and studies on insulin production.
Kidney-derived cells used in research on renal function, diseases, and drug testing.
Cells mimicking liver cells, used in liver disease research and drug metabolism studies.
Cells from bile ducts, used in research on liver function and biliary diseases.
Cells from mammary glands, used in research on breast cancer and lactation.
Cells from the bronchial airways, used in respiratory disease research and studies on lung function.
Cells from the alveoli of the lungs, used to study gas exchange and respiratory diseases.
Cells from the esophagus, used in research on swallowing disorders and esophageal diseases.
Cells from the colon, used to study colorectal cancer, inflammation, and gut health.
Cells from the stomach lining, used in research on gastric diseases and ulcer formation.
Cells from the duodenum, used to study nutrient absorption and gastrointestinal disorders.
Cells from the small and large intestines, used in gut microbiome research and studies on intestinal diseases.
Cells from the ciliated epithelium, used in studies on respiratory function and mucociliary clearance.
Cells from the fallopian tubes, used in research on female reproductive health and tubal disorders.
Cells from the nasopharynx, used in research on respiratory infections and nasopharyngeal cancer.
Cells from the lining of the uterus, used in research on endometriosis and reproductive health.
Cells from the bladder lining, used in urological research and studies on bladder cancer.
Skin-derived fibroblasts, used in research on wound healing, scar formation, and skin aging.
Cells from the corneal epithelium, used in vision research and studies on corneal diseases.
Cells from the hair follicle, used in research on hair growth and hair loss.
Cells from the oral mucosa, used in research on oral health and mucosal diseases.
Cells from the salivary glands, used in research on saliva production and oral diseases.
Cells from the tear glands, used in research on tear production and dry eye disease.
Cells from the stomach lining, used to study acid secretion and gastrointestinal disorders.
Insulin-producing cells used in diabetes research and studies on pancreatic function.
Cells from the gastrointestinal tract, used to study hormone secretion and gut-brain interactions.
Neurons from the cerebellum, used in research on motor control and neurodevelopmental disorders.
Fibroblasts from the lungs, used in research on pulmonary fibrosis and lung injury repair.