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1.
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Ring glands dissected from homozygous l(3)ecd1ts wandering larvae and upshifted in vitro to the restrictive temperature, 29(degrees)C, synthesize abnormally low quantitie[...]
1987 | Text | English | Faculty and Staff Works |
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2.
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A rearing method is described that will allow the use of well-timed larvae of Drosophila melanogaster (Canton S) in physiological investigations. Using a LD 16:8 h cycle [...]
1987 | Text | English | Faculty and Staff Works |
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3.
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The usp locus encodes a member of the nuclear hormone receptor superfamily in Drosophila melaaogaater that interacts with EcR (ecdysone receptor) to mediate ecdysteroid-i[...]
1994 | 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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The larval ring gland of Drosophila melanogaster is the source of ecdysteroids responsible for larval-larval and larval-pupal molting. An extract prepared from the Drosop[...]
1987 | Text | English | Faculty and Staff Works |
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6.
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A gene in Drosophila melanogaster that maps cytologlcally to 2C1 — 3 on the distal portion of the X-chromosome encodes a member of the steroid/thyrold hormone receptor su[...]
1990 | Text | English | Faculty and Staff Works |
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7.
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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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