Damage to reproductive germ cells can lead to:

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Multiple Choice

Damage to reproductive germ cells can lead to:

Damage to reproductive germ cells can lead to genetic defects in offspring. Germ cells, sperm and ova, carry the genetic information passed to the next generation. If ionizing radiation damages their DNA, mutations can be transmitted to the embryo, potentially causing inherited genetic disorders or developmental abnormalities in the child. The risk is a heritable, stochastic effect tied to germ cell exposure rather than an immediate symptom in the irradiated person. Symptoms like nausea, hair loss, or decreased saliva are effects on the irradiated individual’s somatic tissues and are not passed on to offspring.

Damage to reproductive germ cells can lead to genetic defects in offspring. Germ cells, sperm and ova, carry the genetic information passed to the next generation. If ionizing radiation damages their DNA, mutations can be transmitted to the embryo, potentially causing inherited genetic disorders or developmental abnormalities in the child. The risk is a heritable, stochastic effect tied to germ cell exposure rather than an immediate symptom in the irradiated person.

Symptoms like nausea, hair loss, or decreased saliva are effects on the irradiated individual’s somatic tissues and are not passed on to offspring.

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