Leading physician scientists and noted researchers review novel methods for determining the etiology of a variety of lung cancers and present readily reproducible techniques for examining the associated multitude of genetic abnormalities. The methods make it possible to detect these alterations at the cellular, DNA, and protein levels, to study the development of lung cancer in vitro and in vivo - either in situ or in the form of metastases, and to test targeted therapies with detailed model systems. An animal models section gives explicit instructions for setting up and testing these systems, which are rarely described in the literature.

Leading physician scientists and noted researchers review novel methods for determining the etiology of a variety of lung cancers and present readily reproducible techniques for examining the associated multitude of genetic abnormalities. The methods make it possible to detect these alterations at the cellular, DNA, and protein levels, to study the development of lung cancer in vitro and in vivo - either in situ or in the form of metastases, and to test targeted therapies with detailed model systems. An animal models section gives explicit instructions for setting up and testing these systems, which are rarely described in the literature.

Leading physician scientists and noted researchers review novel methods for determining the etiology of a variety of lung cancers and present readily reproducible techniques for examining the associated multitude of genetic abnormalities. The methods make it possible to detect these alterations at the cellular, DNA, and protein levels, to study the development of lung cancer in vitro and in vivo - either in situ or in the form of metastases, and to test targeted therapies with detailed model systems. An animal models section gives explicit instructions for setting up and testing these systems, which are rarely described in the literature.