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1.
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Ecdysteroid regulation of gene transcription in Drosophila melanogaster and other insects is mediated by a heterodimer comprised of Ultraspiracle (USP) and one of three e[...]
2006 | Text | English | Faculty and Staff Works |
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2.
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The molting process in arthropods is regulated by steroid hormones acting via nuclear receptor proteins. The most common molting hormone is the ecdysteroid, 20-hydroxyecd[...]
2009 | Text | English | Faculty and Staff Works |
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3.
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The present article reviews some recent findings on the functional ecdysone† receptor which is a heterodimer of two proteins: ecdysone receptor (EcR) and Ultraspiracle (U[...]
1999 | Text | English | Faculty and Staff Works |
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4.
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The in vitro production of juvenile hormone (JH) was investigated by using isolated ring glands from third instar Drosophila melanogaster. A JH-like molecule is secreted [...]
1989 | Text | English | Faculty and Staff Works |
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5.
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Insect development is guided by the combined actions of ecdysteroids and juvenile hormones (JHs). The transcriptional effects of ecdysteroids are mediated by a protein co[...]
2003 | Text | English | Faculty and Staff Works |
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6.
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The widely accepted paradigm that epoxidized methyl farnesoates ("juvenile hormones," JHs) are the principal sesquiterpenoid hormones regulating insect metamorphosis was [...]
2013 | Text | English | Faculty and Staff Works |
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7.
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Insect development is driven by the action of ecdysteroids on morphogenetic processes. The classic ecdysteroid receptor is a protein heterodimer composed of two nuclear r[...]
2009 | Text | English | Faculty and Staff Works |
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8.
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In the late third larval instar of Drosophila melanogaster, the prothoracic gland, an endocrine portion of the ring gland, synthesizes ecdysteroids at an accelerated rate[...]
1991 | Text | English | Faculty and Staff Works |
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