Tissue

Human liver

Morphology

epithelial

Tissue

Mouse myeloma

Morphology

lymphoblast

Application

Biological response; Transfection host

Tissue

Mouse ascites

Morphology

macrophage

Application

transfection host assays for murine and feline sarcoma viruses

Tissue

Lung

Morphology

epithelial

Tissue

Human urinary bladder

Morphology

epithelial

Source

Bovine pituitary gland derived from young (< 22 months), healthy, New Zealand-born & slaughtered animals.

Tissue

Mouse kidney/glomerulus

Morphology

myofibroblast-like

Tissue

Human mammary gland/breast; derived from metastatic site: pleural effusion

Morphology

pleomorphic with multinucleated component cells

Tissue

Rat adrenal gland

Morphology

polygonal

Host Species

Homo sapiens (human)

Cell Name

Human Lung small cell carcinoma cell line SCLC-21H
Cell Type: Small cell lung carcinoma

Tissue

Lung (pleural effusion)

Morphology

Large cell-like

Tissue

Mouse embryo

Morphology

fibroblast

Tissue

Human lung; derived from metastatic site: lymph node

Morphology

epithelial

Tissue

Embryonic kidney

Morphology

epithelial

Tissue

Human peripheral blood

Morphology

lymphoblast

Application

transfection host

Tissue

Mouse testis

Morphology

epithelial

Tissue

Human brain

Morphology

mixed

Tissue

Human urinary bladder

Morphology

epithelial

Application

These cell lines are good models for studying in vitro osteoblast differentiation, particularly ECM signaling. They have behavior similar to primary calvarial osteoblasts.

Tissue

Mouse bone/calvaria

Morphology

fibroblast

Tissue

Mouse brain

Morphology

morphology microglial

Tissue

Human lung

Morphology

epithelial

Tissue

macrophage

Morphology

macrophage

Tissue

Human lung

Morphology

epithelial

Application

Because of their derivation from the same peripheral zone of the prostate, the WPMY-1 cell line is especially useful for studies on paracrine and stromal(epithelial interactions).

Tissue

Human prostate/stroma

Morphology

myofibroblast

Application

The cell line is cytotoxic to a wide range of malignant cells; it kills both K562 cells and Daudi cells in chromium release assays.

Tissue

Human peripheral blood; blood

Morphology

lymphoblast

Application

This line was derived by A.F.Gazdar, H.K.Oie, J.D.Minna and associates in 1981 from tumor tissue obtained from a patient prior to initiation of chemotherapy. Ultrastructural studies demonstrated the presence of cytoplasmic structures characteristic of Cla

Tissue

Human lung/bronchiole; derived from metastatic site: alveolus

Morphology

epithelial