Alveolar hyperplasias are frequently observed in models where mouse mammary tumor virus, hormones or chemical carcinogens are the initiating agents.
In the case of VACV, we used the intranasal (i.n.) infection model, where mice were infected with 105 pfu of the WT and mutant viruses (Fig. 4).
Further, the therapeutic efficacies of UroA/UAS03 were also examined in a chronic DSS model, where mice were given 4 cycles of 2% DSS in drinking water for 7 days with an interval of 14 days in each cycle on regular water (Fig. 6a).
Pivotal studies are presented in more detail to demonstrate the use of the new methods: the in vivo investigation of bacterial virulence factors and host interaction in a human colonization protocol; the experimental mouse UTI model where mice strains differing in genetics demonstrate selective dysfunctions; the search for human polymorphism explaining suceptibility to infectious diseases.
In the present study we tested the anticancer potentials of ethanolic extract of roots of P. senega (generally used as a homeopathic drug) in a mammalian model, where mice, in vivo, were treated chronically with benzo[a] pyrene and in vitro where lung adenocarcinoma cell line (A549) were used.
It has been recently reported in an animal model, where mice with subcutaneous implantation of Lewis Lung Carcinoma were subjected to an operative injury, that surgery induced the release of cytokines/chemokines and mobilized bone marrow-derived cells[59].
Herein, we describe an oncogene induced mouse mammary tumor model where mice lacking jnk2 experience higher tumor multiplicity and genomic instability.
Our base model was a 2-level model where mice were nested in strains with sex and clade membership included as covariates.
Thus, to study obesity and diabetes, we employed the diet-induced mouse model where mice were fed on a "high calorie diet" consisting of high-fat and high-sucrose (HFHSD).
This finding is in line with data from a murine bone marrow transplantation model, where mice that received a transplant of FLT3-ITD-transduced FLT3-ITD-transduced FLT3-ITD-transducederative diseases, whereas a transplant of FLT3-TKD-transduced bone marrow cells indevelopedphoid disorders.
