query: يمكن نقل الطفرات في خلايا الخط الجرثومي اكهو إلى الأطفال، بينما يمكن أن تسبب الطفرات في أماكن أخرى موت الخلايا أو السرطان.
positive: Only mutations in germ-line cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer.
negative: Only mutations in Agrarian cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Andalusia cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Auto cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Bitilo cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Bloomfield cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Bonds cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Chon Buri cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Cochlearius cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Corvette cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in DG cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Database cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Garmsar cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Gertrud Hurler cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Giustenal cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Grey Jersey cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Hamitic cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Hassell cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Homi cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Honolulu cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Indomethacin cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Ioanella cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Jijangam cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Karachay cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Kawaguchiko cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Kundhit cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Launchpad cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Leibnizian cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Luther cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Masurian Lakes cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Mountville cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Parliament cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Pasyih cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Portsmouth cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Prathipadu cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Página Siete cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Quảng cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Raymzter cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Ripatransone cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Saitama cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Selmer cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Silla cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in South Calgary cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in South East cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Turbo cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Wagyu cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in Zorg cells can be passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in germ-line cells can be not passed on to children, while mutations elsewhere can cause cell-death or cancer. Only mutations in germ-line cells was passed on to children, while mutations elsewhere will cause cell-death or cancer.