Stably Transfected Cells Expressing Fluorescent Proteins

• Cells expressing fluorescent calcium biosensor
• Cells expressing fluorescent hydrogen peroxide biosensor
• Cells expressing fluorescent photosensitizer
• Cells with fluorescently labeled actin
• Cells with fluorescently labeled apoptosis related protein BID
• Cells with fluorescently labeled centrosomes
• Cells with fluorescently labeled fibrillarin
• Cells with fluorescently labeled mitochondria
• Cells with fluorescently labeled peroxisomes
• Cells with fluorescently labeled tubulin
• Cells with fluorescently labeled Tubulin-associated proteins
• Whole Fluorescent Cells

Stably transfected cell lines expressing high-intensity fluorescent proteins

• Easy cell culture and optimal visualization
• >95 % transfected cells delivered
• Stable expression guaranteed for many generations

Stably transfected cell lines expressing high-intensity fluorescent proteins enable you to work with living cells and to perform your experiment directly within the cellular environment.
A large variety of mammalian cell lines stably expressing different fluorescent proteins to mark whole cells or subcellular structures as well as fluorescent biosensors are available, see links above.

TurboGFP expression in stably transfected mammalian cell lines

(A) Human cervix carcinoma HeLa cells with TurboGFP in cytoplasm; (B) C2C12 mouse myoblasts with TurboGFP in cytoplasm; (C) PC-12 rat phaeochromocytoma cells with TurboGFP in cytoplasm; (D) PC-12 rat phaeochromocytoma cells with TurboGFP in cytoplasm after the addition of nerve growth factor (cells differentiate irreversibly into neuron-like cells); (G) Walker 256 rat tumour cells with TurboGFP in cytoplasm; (H) M3-mouse melanoma with TurboGFP in cytoplasm; (I) 3T3 mouse fibroblast with TurboGFP in cytoplasm; (J) T24 human bladder carcinoma with TurboGFP in cytoplasm; (E) Chinese Hamster Ovary Cells CHO-K1 with TurboGFP in cytoplasm; (F) HeLa cells expressing TurboGFP-fibrillarin fusion; (K) HeLa cells expressing mitochondria-targeted TurboGFP; (L) T24 human bladder carcinoma expressing mitochondria-targeted TurboGFP.


Tumor tracking in living animals using fluorescent tumor cells

Left panel: Conventional method
Right panel: New method using fluorescent tumor cells

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