<i>mef-2</i> mutations and increased calcium signaling suppress the starvation-induced downregulation of <i>srh-234</i> expression.

  • Matthew Gruner (651725)
  • Dru Nelson (651726)
  • Ari Winbush (651727)
  • Rebecca Hintz (651728)
  • Leesun Ryu (651729)
  • Samuel H. Chung (651730)
  • Kyuhyung Kim (651731)
  • Chrisopher V. Gabel (651732)
  • Alexander M. van der Linden (240030)
Publication date
October 2014

Abstract

<p>A, C) Percentage of animals of the indicated genotypes expressing <i>srh-234</i>p::<i>gfp</i> at wild-type levels. Animals (n>150) were examined at 150× magnification for each genotype. B) Relative expression of <i>srh-234</i>p::<i>gfp</i> in <i>ocr-2</i> and <i>npr-1</i> mutants compared to wild-type. For strains carrying <i>ADL::egl-19(gf)</i> extrachromosomal arrays (see <a href="http://www.plosgenetics.org/article/info:doi/10.1371/journal.pgen.1004707#s4" target="_blank">Material and Methods</a>), data shown is for two independent transgenic lines. Animals (n = 15–20) were examined at 400× magnification for each genotype. * and ** indicates values that are different from that of wild-type animals at <i>P</i><0.001, and <i>P</i><0.05,...

Extracted data

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