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Models

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Cells

LNCaP-Luc

Strain Name:LNCaP-Luc
Strain State : Construction |  Cat. NO.:NM-Q03-1

Luciferase-labeled LNCaP cell line

Cells

SU-DHL-2-Luc

Strain Name:SU-DHL-2-Luc
Strain State : Construction |  Cat. NO.:NM-BL03-1

Luciferase-labeled SU-DHL-2-Luc cell line

Cells

LNCaP-AR-Tg

Strain Name:LNCaP-AR-Tg
Strain State : Construction |  Cat. NO.:NMC-230117

LNCaP cell line expressing AR luciferase reporter gene

Cells

T-47D-ER-Tg

Strain Name:T-47D-ER-Tg
Strain State : Construction |  Cat. NO.:NMC-230115

T-47D cell line expressing ER luciferase reporter gene

Cells

T-47D-PR-Tg

Strain Name:T-47D-PR-Tg
Strain State : Construction |  Cat. NO.:NMC-230116

T-47D cell line expressing PR luciferase reporter gene

Cells

RM-1-Luc

Strain Name:RM-1-Luc
Strain State : Validation of tumorigenic capacity completed |  Cat. NO.:NM-P02-1

The RM-1-Luc cell line is derived from RM-1 cell line with stable and high expression of Luciferase.

Cells

NCI-H929-Luc

Strain Name:NCI-H929-Tg(luc)/Smoc
Strain State : Validation of tumorigenic capacity completed |  Cat. NO.:NM-GS03-1

The NCI-H929-Luc cell line is derived from NCI-H929 [H929] cell line with stable and high expression of Luciferase.

Cells

Panc02-Luc

Strain Name:Panc02-Tg (Luc)Smoc
Strain State : Validation of tumorigenic capacity completed |  Cat. NO.:NM-D01-2

The mouse Panc02 is a well-established mouse pancreatic epithelial cell line, derived from the adenocarcinoma model developed by chemical induction with 3-MCA (3-methylcholanthrene) in male C57BL/6 mice. The Panc02-Luc cell line is a Panc02 cell line with stable and high expression of Luciferase.

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Gene Knock-in

gene knock in knock in mice knock in mouse

Knock-in represents the introduction of specific mutations or exogenous genes, such as point mutations (mimicking human genetic disease) at the selected location or reporter genes (e.g., EGFP, RFP, mCherry, YFP, LacZ, Luciferase etc.) or functional cDNAs (such as Cre, Dre etc.) into a specific genomic locus through homologous recombination, thereby allowing the exogenous DNA fragment to be expressed. A simultaneous occurrence of knock-in and knock-out can be achieved by replacing a murine endogenous gene with a foreign DNA fragment.

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Inflammation Models

inflammation diseases inflammation research inflammatory factors

Inflammation is a common yet important pathological process. Any factor that may cause tissue damage can lead to inflammation. Anomal inflammatory response may result in chronic inflammation, autoimmune diseases and even cancer. The regulation of inflammation-related genes is an important topic in the study of the development of inflammation.

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