Add to ORKGRadiation-induced bystander effects have important implications in radiotherapy. Their persistence in normal cells may contribute to risk of health hazards, including cancer. This study investigates the role of radiation quality and gap junction intercellular communication (GJIC) in the propagation of harmful effects in progeny of bystander cells
INTRODUCTION A central paradigm in radiation biology has been that only cells "hit" by a track of r...
We have been studying bystander lethal and mutagenic effects in normal human fibroblasts irradiated ...
A rapidly growing body of experimental evidence indicates that ionizing radiation induces biological...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Ionizing Radiation (IR)-induced bystander effects and genomic instability have important im...
Purpose: Considerable evidence exists regarding ionizing radiation (IR) induced bystander effect ha...
The goal of this study is to investigate the role of radiation quality and gap junction intercellula...
Purpose: Radiation-induced bystander effect and genomic instability have important implication in ra...
Understanding the mechanism(s) that underlay the non-targeted bystander effects of low or high linea...
Ionizing Radiation (IR) is an importantly modality in the treatment of many types of human cancer. ...
A central paradigm in radiation biology has been that only cells “hit” by a track of radiation would...
Understanding the mechanism (s) that underlie the bystander effects of low- or high-linear energy tr...
Understanding the mechanisms underlying the bystander effects of low doses/low fluences of low- or h...
INTRODUCTION A central paradigm in radiation biology has been that only cells "hit" by a track of r...
We have been studying bystander lethal and mutagenic effects in normal human fibroblasts irradiated ...
A rapidly growing body of experimental evidence indicates that ionizing radiation induces biological...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Radiation-induced bystander effects and genomic instability have important implication in r...
Purpose: Ionizing Radiation (IR)-induced bystander effects and genomic instability have important im...
Purpose: Considerable evidence exists regarding ionizing radiation (IR) induced bystander effect ha...
The goal of this study is to investigate the role of radiation quality and gap junction intercellula...
Purpose: Radiation-induced bystander effect and genomic instability have important implication in ra...
Understanding the mechanism(s) that underlay the non-targeted bystander effects of low or high linea...
Ionizing Radiation (IR) is an importantly modality in the treatment of many types of human cancer. ...
A central paradigm in radiation biology has been that only cells “hit” by a track of radiation would...
Understanding the mechanism (s) that underlie the bystander effects of low- or high-linear energy tr...
Understanding the mechanisms underlying the bystander effects of low doses/low fluences of low- or h...
INTRODUCTION A central paradigm in radiation biology has been that only cells "hit" by a track of r...
We have been studying bystander lethal and mutagenic effects in normal human fibroblasts irradiated ...
A rapidly growing body of experimental evidence indicates that ionizing radiation induces biological...