… organ-specific distribution as well as long-distance transport … micrografting of biosynthetic
and transport knockout mutants to … with respect to site of synthesis and storage and that GTR1 …

… organ-specific distribution as well as long-distance transport … micrografting of biosynthetic
and transport knockout mutants to … with respect to site of synthesis and storage and that GTR1 …

… hitherto identified alkaloid transporters have a role in long-distance transport. Here, we use
… Integration of biosynthesis and long-distance transport establish organ-specific glucosinolate …

… In undamaged plants, long-distance transport of GSLs to … chosen pots were weighed to
determine the volume of water needed … from our rearing, which was established 4 years ago. The …

… glucosinolates differ in their organ-specific distributions, which do not only depend on the
biosynthetic capability, but also on long-distance transport … defenses is an integral part of the …

… GTR2, essential for long-distance transport of glucosinolates in … in establishing the distribution
pattern of glucosinolates … from the biosynthetic cell, the newly produced glucosinolate can …

… established the function of two glucosinolate transporters for organ-specific glucosinolate (…
using knockout mutants and mutants deficient in glucosinolate synthesis (Andersen et al. 2013…

… the orchestration of the glucosinolate biosynthetic pathway. The … , stable integration of genes
in the indole glucosinolate … are either phloem loaded by GTRs for long-distance transport to …

… also to enable the long-distance transport between plant organs … participating, creating the
variety of glucosinolates products, … and transport processes, which now form an integral part of …

… GSL biosynthesis, metabolism, and the dual roles of their hydrolytic products and transport,
… and Waser (1970), leading to the well-established GSL structure we know today (Fig. 1a).The …