Mouse

Single-cell transcriptomics identifies potential cells of origin of MYC rhabdoid tumors

Model Organisms：Mice Product & Service：Dppa3 Research field：肿瘤

Published date：2022-03-22 | References：Nature Communications

Model Organisms：Mice Product & Service：Enpp2 Research field：Immune system

Published date：2022-02-27 | References：Autophagy

Model Organisms：Mice Product & Service：Tmem173-flox Research field：Neurological research

Published date：2022-02-15 | References：PNAS

Model Organisms：Mice Product & Service：Aqp4-KO Research field：Diabetic retinopathy

Published date：2022-02-12 | References：EBioMedicine

Model Organisms：Mice Product & Service：Cx40-LSL-GFP Research field：Cardiovascular Research

Published date：2022-02-04 | References：Circulation Research

Model Organisms：Mice Product & Service：Npr3-CreER Research field：Cardiovascular Research

Published date：2022-01-31 | References：Circulation

Model Organisms：Mice Product & Service：Apj-CreER，Cx40-LSL-GFP，CX40-GFP，Pdgfb-GFP Research field：Heart

Published date：2022-01-07 | References：CIRC RES

Model Organisms：Mice Product & Service：Il33-KO Research field：Immunology

Published date：2022-01-07 | References：Allergy

Model Organisms：Mice Product & Service：CAG-hACE2-IRES-Luc-Tg Research field：SARS-CoV-2

Published date：2022-01-03 | References：MED HYPOTHESES

Model Organisms：Mice Product & Service：Rosa26-LSL-MLS-STAT3 Research field：Septicemia

Published date：2022-01-01 | References：Theranostics