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U-GEMMs

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Mice

hC1QA

Strain Name:C57BL/6Smoc-C1qaem1(hC1QA)Smoc
Strain State:Repository Live | Cat. NO.:NM-HU-200282

The endogenous mice C1qa gene was replaced by human C1QA gene.

Mice

hC3

Strain Name:C57BL/6Smoc-C3em1(hC3)/Smoc
Strain State:Repository Live | Cat. NO.:NM-HU-2000079

The endogenous mouse C3 gene was replaced by human C3 gene.

Mice

hCD38(2)

Strain Name:C57BL/6Smoc-Cd38em2(CD38)Smoc
Strain State:Repository Live | Cat. NO.:NM-HU-190059

The endogenous mouse Cd38 gene was replaced by human CD38 gene. While hCD38 mice(Stock No.NM-HU-00113)have been pulled from shelves for some reasons.

Mice

hCD19

Strain Name:C57BL/6Smoc-Cd19em1(hCD19) Smoc
Strain State:Embryo cryopreservation | Cat. NO.:NM-HU-00110

The endogenous mouse Cd19 gene was replaced by human CD19 gene .

Mice

hOCLN

Strain Name:C57BL/6Smoc-Oclnem1(hOCLN)Smoc
Strain State:Embryo cryopreservation | Cat. NO.:NM-HU-190072

The endogenous mouse Ocln gene was replaced by human OCLN gene.

Mice

hB2M-HLA A2.1(NMG,2)

Strain Name:NOD-PrkdcscidIl2rgem1B2mem1(hB2M-HLA A2.1)Smoc
Strain State:Repository Live | Cat. NO.:NM-HU-225090

The endogenous mouse B2m gene was replaced by human B2M-HLA A2.1 gene.

Mice

hCB1

Strain Name:C57BL/6Smoc-Cnr1em1(hCB1)Smoc
Strain State:Repository Live | Cat. NO.:NM-HU-225027

The endogenous mouse Cnr1 gene was replaced by human CB1 gene.

Mice

h4-1BB(2)/hPD-1/hPD-L1

Strain Name:C57BL/6Smoc-Tnfrsf9tm2(TNFRSF9)Pdcd1em1(hPDCD1)Cd274em1(hPD-L1)/Smoc
Strain State:Embryo cryopreservation | Cat. NO.:NM-HU-210357

h4-1BB(2)(NM-HU-190077), hPD-L1(NM-HU-00062) and hPD-1(NM-HU-00015) was crossed together to generate h4-1BB(2)/hPD-1/hPD-L1 mice.

Mice

hAppNL-F

Strain Name:C57BL/6Smoc-Apptm3(hAppNL-F)/Smoc
Strain State:Embryo cryopreservation | Cat. NO.:NM-HU-2000087

The endogenous mouse App gene was replaced by human AppNL-F.

Mice

Rag1-KO(Rag1-EGFP)

Strain Name:B6;129S-Rag1tm1(loxP-EGFP-PolyA-loxP-Neo-loxP)Smoc
Strain State:Repository Live | Cat. NO.:NM-KI-00069

A loxP-EGFP-PolyA-loxP-Neo-loxP expression cassette was knocked into the Rag1 gene start codon site. As a Rag1 knockout mouse model, this stain can be used in subcutaneous inoculation of liver cancer tissues and tumor cells. Tumors can esaily form and grow. The amount of T and B lymphocytes in peripheral blood of mice was extremely low tested by FACS, which was comparable to or lower than that of Nude mice, and there was a significant difference compared with wild type mice. The pathological sections of HE staining of tumor tissues showed that the tumor sections of Rag1 KO mice and Nude mice were similar. This strain has the potential to replace Nude, NOD-SCID mice as a tumor-bearing mouse model.

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