Abstract
SITS (1 m M), a Cl − channel blocker, significantly decreased [ 14C]UL-cyproconazole absorption in sorghum ( Sorghum bicolor (L.) Moench. cv Funk G522DR) seedling roots and shoots. DIDS (0.1 m M), a Cl − channel blocker, significantly decreased [ 14C]UL-cyproconazole absorption in Funk G522DR roots. Neither PCMBS (1 m M), an H +-ATPase and Ca 2+-ATPase inactivator, nor nifedipine (1 μ M), a Ca 2+ channel blocker, significantly decreased [ 14C]UL-cyproconazole absorption in shoots of four sorghum cultivars (i.e., Funk G522DR, SC574, SC283, and GP-10) but PCMBS did induce a minor inhibition of [ 14C]UL-cyproconazole absorption in roots of the GP-10 cultivar.
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