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Award ID contains: 1656769

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  1. ; ; ; (, Journal of Plant Physiology)
    null (Ed.)
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  2. ; ; ; (, The Plant Journal)
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  3. ; ; (, Journal of Plant Physiology)
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  4. (, Current opinion in plant biology)
    Sieve elements (SEs) degrade selected organelles and cytoplasmic structures when they differentiate. According to classical investigations, only smooth ER, mitochondria, sieve element plastids, and, in most cases, P-proteins remain in mature SEs. More recent proteomics and immunohistochemical studies, however, suggested that additional components including a protein-synthesizing machinery and a fully developed actin cytoskeleton operate in mature SEs. These interpretations are at odds with conventional imaging studies. Here we discuss potential causes for these discrepancies, concluding that differentiating SEs may play a role by ‘contaminating’ phloem exudates. 
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