IPLab:Lab 12:Radiation Fibrosis: Difference between revisions
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Subtle genetic injuries, such as DNA strand breaks, are responsible for translocations and deletions. These changes lead to the mutagenic, teratogenic, and carcinogenic potentials of ionizing radiation that become evident many years after the radiation exposure. During this long time interval, sequential mitotic divisions are occurring that will ultimately lead to these untoward consequences. This phenomenon is known as radiation "latency."</spoiler> | Subtle genetic injuries, such as DNA strand breaks, are responsible for translocations and deletions. These changes lead to the mutagenic, teratogenic, and carcinogenic potentials of ionizing radiation that become evident many years after the radiation exposure. During this long time interval, sequential mitotic divisions are occurring that will ultimately lead to these untoward consequences. This phenomenon is known as radiation "latency."</spoiler> | ||
== Additional Resources == | |||
=== Reference === | |||
=== Journal Articles === | |||
=== Images === | |||
== Related IPLab Cases == | |||
{{IPLab 12}} | {{IPLab 12}} | ||
[[Category: IPLab:Lab 12]] | [[Category: IPLab:Lab 12]] | ||