Evidence of myc gene transduction by feline leukaemia virus in several spontaneous lymphoid tumours of cats suggests that recombinant viruses carrying oncogenes may be much more involved in oncogenesis in natural conditions than previously recognized
AbstractFeline lymphomas are associated with the transduction and activation of cellular proto-oncog...
The GM1 strain of feline leukaemia virus (FeLV) was isolated from a naturally occurring case of myel...
Feline leukemia viruses carrying transduced v-myc genes (myc-FeLV) induce tumors of clonel origin, s...
Feline leukaemia virus has been a particularly useful tool in cancer research since many of the natu...
We, and others, have recently shown that recombinant feline leukaemia viruses (FeLV) containing the ...
Feline leukaemia virus (FeLV) is the aetiological agent of a wide range of neoplastic and degenerati...
The T17 v-myc oncogene was transduced by feline leukemia virus in a spontaneous feline T-cell lympho...
The genetic basis of feline leukemia virus (FeLV)-induced lymphoma was investigated in a series of 6...
A naturally occurring feline thymic lymphosarcoma (T17) provided the unique observation of a T-cell ...
The c-myc gene is rearranged in a subset of feline T-cell lymphosarcomas. Detailed mapping of c-myc ...
Support for multistage models of oncogenesis has been provided by several highly leukaemogenic retro...
Feline leukaemia virus has been a particu-larly useful tool in cancer research since many of the nat...
The flvi-2 locus is a target of insertional mutagenesis in thymic lymphosarcomas induced by feline l...
Although feline leukaemia virus (FeLV) is a common and potent pathogen of the domestic cat, neoplast...
The feline leukaemia virus (FeLV) group represents one of the most important viral pathogens of the ...
AbstractFeline lymphomas are associated with the transduction and activation of cellular proto-oncog...
The GM1 strain of feline leukaemia virus (FeLV) was isolated from a naturally occurring case of myel...
Feline leukemia viruses carrying transduced v-myc genes (myc-FeLV) induce tumors of clonel origin, s...
Feline leukaemia virus has been a particularly useful tool in cancer research since many of the natu...
We, and others, have recently shown that recombinant feline leukaemia viruses (FeLV) containing the ...
Feline leukaemia virus (FeLV) is the aetiological agent of a wide range of neoplastic and degenerati...
The T17 v-myc oncogene was transduced by feline leukemia virus in a spontaneous feline T-cell lympho...
The genetic basis of feline leukemia virus (FeLV)-induced lymphoma was investigated in a series of 6...
A naturally occurring feline thymic lymphosarcoma (T17) provided the unique observation of a T-cell ...
The c-myc gene is rearranged in a subset of feline T-cell lymphosarcomas. Detailed mapping of c-myc ...
Support for multistage models of oncogenesis has been provided by several highly leukaemogenic retro...
Feline leukaemia virus has been a particu-larly useful tool in cancer research since many of the nat...
The flvi-2 locus is a target of insertional mutagenesis in thymic lymphosarcomas induced by feline l...
Although feline leukaemia virus (FeLV) is a common and potent pathogen of the domestic cat, neoplast...
The feline leukaemia virus (FeLV) group represents one of the most important viral pathogens of the ...
AbstractFeline lymphomas are associated with the transduction and activation of cellular proto-oncog...
The GM1 strain of feline leukaemia virus (FeLV) was isolated from a naturally occurring case of myel...
Feline leukemia viruses carrying transduced v-myc genes (myc-FeLV) induce tumors of clonel origin, s...