Feminization with strong loss-of-function mutations in the sex determination pathway delayed the time of onset and the severity of oocyte degeneration in sacy-1(tm5503) females (Figure 8 and Figure S3; S. Kim and D. Greenstein, unpublished results).
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."
"Other K. rhizophila isolates or the closely related K. kristinae and K. marina also abrogated induction of pgp-5::gfp in the germline translation mutant animals, but feeding on other close taxons, K. rosea or Micrococcus luteus, did not disrupt pgp-5 induction (Fig. 6b)."