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the vascular tissue and medullary region of sepals and petals show slight activity of CKX
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floral whorls, not in calyx and corolla
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isozyme OsCKX11
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TaCKX1, TaCKX2b, developing, TaCKX6a/b
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Fusarium-infected: TaCKX5a/b and TaCKX6a
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at early flowering: TaCKX7b and TaCKX8, at late flowering: TaCKX4
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in the stalk of the leaf branched glandular trichomes, the CKX activity is restricted to the stalk region only, and is not present in the secretory head
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of kernels, most abundant in
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Rhipsalidopsis sp.
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activity increases during subculturing
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Schlumbergera sp.
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activity increases during subculturing
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germinating
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germinating
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strong expression in kernel
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developing, TaCKX6a
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most abundant in
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most abundant in
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young leaf
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low level
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young
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young and adult
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first foliage leaves are cut of and kept in water in the darkness which results in a high increase in CKX activity
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diurnal variation. Maximal activity 3 h after the dark-light transition and during the diminishing of the midday cytokinin peak
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involvement of cytokinin oxidase/dehydrogenase in regulation of cytokinin levels in leaves
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lower CK content and higher enzymatic activity in cv. Manuela leaves compared with cv. Scinado
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Rhipsalidopsis sp.
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greenhouse-grown, enzyme activity increases during subculturing
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Schlumbergera sp.
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greenhouse-grown, enzyme activity increases during subculturing
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35 kDa isozyme CKX35 in chlorotic leaves associated with a reduction in representative cytokinin levels and high H2O2 concentrations, and 37 kDa isozyme CKX37 in green leaves associated with representative CKs and H2O2 at normal levels
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35 kDa isozyme CKX35 in chlorotic leaves associated with a reduction in representative cytokinin levels and high H2O2 concentrations, and 37 kDa isozyme CKX37 in green leaves associated with representative CKs and H2O2 at normal levels
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Puccinia-infected: TaCKX2a
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of shoots, most abundant in
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of shoots, most abundant in
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isozyme AtCKX4
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high level
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isozyme OsCKX1
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major enzyme activity
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cv. Manuela has a higher endogenous cytokinin content and slightly lower enzyme activity than cv. Scinado
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highest activity in root nodule, very low enzyme level in R50 mutant compared with wild type
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young, TaCKX7a
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after removal of roots, no cytokinin oxidase activity remains after 24 h
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after removal of roots, no cytokinin oxidase activity remains after 24 h
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isoyzme ZmCKX10
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de-rooted
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TaCKX1 in drought-stressed seedlings, TaCKX3
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phloem exudate
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phloem exudate
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isozyme AtCKX4
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high level in shoot apices
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isozyme OsCKX4
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most abundant in
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isozymes ZmCKX2 and ZmCKX10
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most abundant in
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additional information
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isozyme AtCKX1 is expressed in all plant organs
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additional information
not detectable in stem
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additional information
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not detectable in stem
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additional information
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tissue specific and developmental expression of barley isozymes, overview
brenda
additional information
tissue specific and developmental expression of barley isozymes, overview
brenda
additional information
tissue specific and developmental expression of barley isozymes, overview
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additional information
tissue specific and developmental expression of barley isozymes, overview
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additional information
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enzyme activity during vegetative development of plants
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additional information
tissue specific expression of wheat isozymes
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additional information
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tissue specific expression of wheat isozymes
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additional information
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the enzyme activity is not detected in the epidermal layers of leaf, stem and root, but the epidermal outgrowth and the leaf trichome show prominent CKX activity
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additional information
tissue localization analysis
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additional information
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tissue localization analysis
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additional information
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isozyme ZmCKX1 in reproductive organs
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additional information
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tissue localization analysis
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