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1                                           By crossbreeding 2.3 kb Col 1a1-Cre mice with Fam20C (flox/
2 ency (TFPI(+/-)/apoE(-/-)) were generated by crossbreeding, and they were analyzed for atherosclerosi
3             Transgenic mice were produced by crossbreeding animals of the pUR288 transgenic C57BL/6 a
4                                        Using crossbreeding approaches to selectively restore or overe
5 ted a double mutant line of stg-BDNF mice by crossbreeding BDNF-overexpressing transgenics with stg m
6  double-deficient (LDLr-/- Cat L-/-) mice by crossbreeding Cat L-null (Cat L-/-) and LDLr-deficient (
7 OTI transgenic reporter mice were created by crossbreeding DsRed-expressing B6.Nagy mice with B6.OTI
8                                              Crossbreeding experiments with Alox15 knockout mice conf
9  population of Pacific oysters and classical crossbreeding experiments, we compare the segregation ra
10 t not CD18(-/-)CD62P(-/-), mice generated by crossbreeding failed to thrive, reaching a maximum body
11                               We did this by crossbreeding human IAPP transgenic mice with RIP-Tag mi
12    We studied new lines of mice generated by crossbreeding mice that express slow skeletal troponin I
13 e-targeted VEGF deficient mice (mVEGF-/-) by crossbreeding mice that selectively express Cre recombin
14 induced organ growth, elimination of p53, by crossbreeding MT-hGHRH mice to p53-deficient mice, did n
15                                              Crossbreeding of Apob(27.6/27.6) and Apob(38.9/38.9) pro
16 cribe the generation of FRDA mouse models by crossbreeding of both lines of human FXN YAC transgenic
17  (hLAL) in Lipa(-/-) mice was established by crossbreeding of CCSP-driven rtTA transgene and (TetO)7-
18                                              Crossbreeding of CysBKO mice with either CysC-overexpres
19                                              Crossbreeding of PGC-1alpha knockout (KO) mice with HD k
20                                              Crossbreeding of Tg(flk:mCherry) fish, which allows visu
21 significantly, the offspring produced by the crossbreeding of these two lines, the progeny (whose gen
22                                              Crossbreeding of UCHL1-eGFP and hSOD1(G93A) lines genera
23 utant mouse model (PLN-/-/RyR2-R4496C+/-) by crossbreeding PLN-KO mice with catecholaminergic polymor
24                                         This crossbreeding resulted in the generation of PLB/cTnI, PL
25 elial-specific Stat3 knockout mouse model by crossbreeding Stat3(floxed/KO) and Tie2-Cre(ERT2) mice.
26 TLs have been identified in association with crossbreeding strains of mice or rats with variable susc
27  hypercholesterolemia and atherosclerosis by crossbreeding the apolipoprotein E (apoE)-deficient mous
28 sing/D2 receptor deficient mice generated by crossbreeding the D2 knockout mice and the D1 transgenic
29 ge-specific deletion of Rac1 or Rac1/Rac2 by crossbreeding the Mx-Cre or Lck-Cre transgenic mice with
30                      We also discovered that crossbreeding the two CAM models (double CAM alpha(1)A/B
31 wel resection, an effect that was rescued by crossbreeding these mice with epidermal growth factor tr
32                                              Crossbreeding to MMTV-transforming growth factor (TGF)-a
33 ecific LKB1-knockout (LKB1(endo-/-)) mice by crossbreeding vascular endothelial-cadherin-Cre mice wit
34                                        After crossbreeding with EIIa-cre transgenic mice, recombinati
35                                        After crossbreeding with female mice of the EIIa-cre strain, t
36 to cardiac pressure overload stimulation and crossbreeding with mice containing cardiac-specific tran
37      UCP2-/- mice were exposed to obesity by crossbreeding with ob/ob mice and by long-term high-fat
38                                           By crossbreeding WT/D213A-Tg mice with Dmp1 knock-out (Dmp1

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