REPORTS expression is responsible for the cre1 ahk3 phenotype, because loss of AHP6 function in ahp6-1 cre1 ahk3 was able to suppress the ectopic protoxylem (91%; nFig. 1B). In both wol and cre1 ahk2 ahk3, the AH

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Date: 2012-05-16 08:48:20 Fish Tropics Sparisoma Physical geography Parrotfish Stoplight parrotfish Exuma Cays Land and Sea Park Coral Queen parrotfish Scaridae Scarus Coral reefs		REPORTS expression is responsible for the cre1 ahk3 phenotype, because loss of AHP6 function in ahp6-1 cre1 ahk3 was able to suppress the ectopic protoxylem (91%; nFig. 1B). In both wol and cre1 ahk2 ahk3, the AH Add to Reading List Source URL: www.marinespatialecologylab.org Download Document from Source Website File Size: 305,43 KB Share Document on Facebook

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	REPORTS expression is responsible for the cre1 ahk3 phenotype, because loss of AHP6 function in ahp6-1 cre1 ahk3 was able to suppress the ectopic protoxylem (91%; nFig. 1B). In both wol and cre1 ahk2 ahk3, the AH DocID: 177Se - View Document
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