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- Abnova (579)
- BioAuxilium Research (60)
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- Bit Bio Ltd (87)
- BPS Bioscience (395)
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- Cell Applications (425)
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- Cytion - CLS Cell Lines Service GmbH (943)
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- Genscript Biotech B.V. (190)
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- Adherent. It may take a couple of days until cells grow in fully adherent colonies. (1)
- Adherent. The cells form clusters in soft agar and can be adapted to suspension growth (2)
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- Aggregates in suspension. The cells grow in very large aggregates, which are the only viable cell population in the culture. (1)
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- cryopreserved, human skeletal myoblasts (500,000 cells/vial) lean donor, bmi<25.0 (1)
- cryopreserved, subcutaneous preadipocytes from diabetic donor (1 million cells/vial). bmi 25-29.9 (1)
- cryopreserved, subcutaneous preadipocytes from diabetic donor (1 million cells/vial). bmi >30.0 (1)
- cryopreserved, subcutaneous preadipocytes from diabetic donor, lean donor (1 million cells/vial). bmi<25.0 (1)
- Endothelial Cells (31)
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- human bone marrow cd34+ cells, cryopreserved, single donor, (500,000 cells/vial) (1)
- human cord blood cd34/cd133+ cells, cryopreserved, pooled (100,000 cells/vial) (1)
- human cord blood cd34/cd133+ cells, cryopreserved, single donor; 1 million cells/vial (1)
- human cord blood cryopreserved naive t cells, cd4+, 1 million cells/vial (1)
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- Human Motor Neurons (iPSC-derived, TDP-43 mutation, M337V, ISO) (2)
- Human Motor Neurons (iPSC-derived, TDP-43 mutation, Q331K, ISO) (2)
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- The cells grow in compact, slowly growing multi-layered colonies which rarely become confluent. A confluent monolayer is not formed. (1)
- The monocytic leukemia THP1 cell line grows in suspension and forms clumps due to cells dividing and attaching to the clusters they split from. (1)
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- Colon ascendens, UICC Iia, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N0M0R0L0V0, grade G3, Lk(n) + 0, Σ Lk(n) 13). (1)
- Colon ascendens, UICC Iib, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N0M0R0L0V0, grading G2, Lk(n) + 0, Σ Lk(n) 34) (1)
- Colon ascendens, UICC Iib, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N0M0R0L0V1, grading G3, Lk(n) + 0, Σ Lk(n) 34). (1)
- Colon ascendens, UICC IIIa, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N0M1R0L0V0, grading G3, Lk(n) + 0, Σ Lk(n) 34) (1)
- Colon ascendens, UICC IIIa, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N1M0R0L0V0, grade G3, Lk(n) +2, Σ Lk(n) 22). (1)
- Colon ascendens, UICC IIIb, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N2M0R0L1V0, grading G3, Lk(n) +12, Σ Lk(n) 12). (1)
- Colon ascendens, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N0M1R2L0V1, grading G3, Lk(n) + 0, Σ Lk(n) 34) (1)
- Colon ascendens, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N1M1R0L1V0, grading G2, Lk(n) + 1, Σ Lk(n) 27). (1)
- Colon ascendens, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N2M1R0L1V1, grade G3, Lk(n) +19, Σ Lk(n) 29). (1)
- Colon ascendens, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N2Mx,R1L1V1 grading G3, Lk(n) +8, Σ Lk(n) 15). (1)
- Colon ascendens, UICC IV, Established from a patient-derived xenograft primary CRC tissue (Colon ascendens, TNM stage T4N2M1R0L0V1 grading G2, Lk(n) + 9, Σ Lk(n) 14) (1)
- Colon coecum, UICC Iia, Primary adenocarcinoma, TNM stage T3N0M0R0L0V0, grading G2, Lk(n) +0, Σ Lk(n) 40 (1)
- Colon coecum, UICC IIIa, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T3N2M1R0L1V0, grade G2, Lk(n) + 4, ∑ Lk(n) 17). (1)
- Colon coecum, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N0M1R0L0V0, grade G2, Lk(n) +0, Σ Lk(n) 12) (1)
- Colon recto-sigmoid, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon sigmoid, TNM stage T3N2M1R0L1V1, grade G3, Lk(n) +4, Σ Lk(n) 32). (1)
- Colon rectum, UICC IIIb, Established from a patient-derived xenograft of primary CRC tissue (Colon ascendens, TNM stage T4N2M0R0L0V0, grade G2, Lk(n) +7, ∑ Lk(n) 20). (1)
- Colon, Dukes' type C (1)
- Colon, Dukes' type D (1)
- Colon, Established from a PDx (patient-derived xenograft) of primary CRC tissue (Colon ascendens, UICC I, TNM stage T2N0M0R0L0V1 grading G2). Lk(n) + 0, Σ Lk(n) 13 (1)
- Colon, grade IV, Dukes' type C (1)
- Colon, UICC IV, Established from a patient-derived xenograft of primary CRC tissue (Colon descendens, TNM stage T4N2M1R2L1V0, grade G2, Lk(n) +5, Σ Lk(n) 20). (1)
- Colorectal, Established from a PDx (patient-derived xenograft) of primary CRC tissue (Colon ascendens, TNM stage T2N1M0R0L0V0, grade G2, Lk(n) + 2, ∑ Lk(n) 23). (1)
- Connective tissue (3)
- embryo (5)
- Embryonic (8)
- ERROR unknown column! (184)
- esophagus (6)
- Eye, cornea, epithelium (1)
- Eyes (5)
- Fetal lung (2)
- Fetal Stomach (1)
- foreskin (2)
- Heart (2)
- Heart, ventricle (1)
- Hematopoietic (10)
- Hematopoietic, hybridoma (1)
- Human Adipose Derived Stem Cells (ADSCs, Obesity) (1)
- Human Adipose Derived Stem Cells (ADSCs, Type 1 Diabetes) (1)
- Human Adipose Derived Stem Cells (ADSCs, Type 2 Diabetes) (1)
- Human Adipose Derived Stem Cells (hADSC, Normal) (2)
- Human Adrenal Cortical Cells (HAdCC) (1)
- Human Dermal Fibroblasts-adult (HDF-a) (2)
- Human Dermal Fibroblasts-neonatal (HDF-n) (2)
- Human PBMCs (Cryopreserved) (10)
- Human Peripheral Blood CD14+ Monocytes (2)
- Human Peripheral Blood CD19+ B Cells (2)
- Human Peripheral Blood CD3+ T Cells (Pan T Cells) (2)
- Human Peripheral Blood CD34+ Cells (2)
- Human Peripheral Blood CD8+ Cytotoxic T Cells (2)
- Human Peripheral Blood Pan Monocytes - Untouched (2)
- Human Villous Trophoblasts (HVT) (2)
- hybridoma (3)
- iMEF Feeder (CF1), irradiated (3)
- intestine (75)
- Jaw bone (2)
- kidney (7)
- Kidneys (98)
- Larynx (2)
- liver (68)
- lung (7)
- Lungs (87)
- lymph node (2)
- Mouse Dermal Fibroblasts - neonatal (MDFB-n) (2)
- Mouth (8)
- muscular system (5)
- Ovaries (29)
- pancreas (23)
- placenta (3)
- prostate (11)
- rectum (3)
- renal (17)
- Skeleton (52)
- skin (70)
- spleen (29)
- stomach (14)
- Testicles (11)
- thymus (2)
- Thyroid gland (17)
- tongue (8)
- uterus (49)
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Results for Cells ( 21529 )
- From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail - From: €8,075.00
Female. Age: Adult. Ethnicity: Epithelial-like Please note this product may be subject to fees, we invite you to contact your local office.
Product detail