型号：GM-J000707-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia adenocarcinoma，诱导方法，发病概率95，参考文献1 Reference: Yamasaki L, Nat Genet (1998)

型号：GM-J000706-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia adenocarcinoma，诱导方法，发病概率100，参考文献1 Reference: Williams BO, EMBO J (1994)

型号：GM-J000705-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia adenocarcinoma，诱导方法，发病概率100，参考文献1 Reference: Yamasaki L, Nat Genet (1998)

型号：GM-J000704-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia adenocarcinoma，诱导方法，发病概率100，参考文献1 Reference: Williams BO, Nat Genet (1994)

型号：GM-J000703-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia adenocarcinoma，诱导方法，发病概率observed - 100，参考文献3 References: Williams BO, Nat Genet (1994)  ⋅  Jacks T, Nature (1992)  ⋅  Lee MH, Genes Dev (1996)

型号：GM-J000702-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia - Melanotroph tumor，诱导方法，发病概率0 - 96，参考文献1 Reference: Wang H, Nat Genet (2010)

型号：GM-J000701-unknow

应用：肿瘤类型Pituitary gland - Pars intermedia - Melanotroph tumor，诱导方法，发病概率100，参考文献1 Reference: Nikitin AY, Cancer Res (2002)

型号：GM-J000700-unknow

应用：肿瘤类型Pineal gland pineoblastoma，诱导方法，发病概率observed - 100，参考文献1 Reference: Chung PED, Nat Commun (2020)

型号：GM-J000699-unknow

应用：肿瘤类型Peritoneum - Mesentery tumor - spindle cell，诱导方法tamoxifen (for inducing expression from mutant alleles)，发病概率100，参考文献1 Reference: Zibat A, Carcinogenesis (2009)

型号：GM-J000698-unknow

应用：肿瘤类型Pancreas tumor - solid，诱导方法，发病概率91.3，参考文献1 Reference: Park D, PLoS One (2019)