Strasburger cells directly aid and support this tissue's proper function. Extra solute in this tissue leads to a net movement of matter into sugar sources through this tissue's sieve plates, causing hydrostatic pressure to force a flow of solute into sugar sinks. That movement is aided by this tissue's companion cells, whose active transport of solute drives movement of sap according to the pressure flow hypothesis. The vascular cambium separates this tissue from its counterpart, which, unlike this tissue, consists of mostly dead cells. Primarily consisting of sieve tu
Strasburger cells directly aid and support this tissue's proper function. Extra solute in this tissue leads to a net movement of matter into sugar sources through this tissue's sieve plates, causing hydrostatic pressure to force a flow of solute into sugar sinks. That movement is aided by this tissue's companion cells, whose active transport of solute drives movement of sap according to the pressure flow hypothesis. The vascular cambium separates this tissue from its counterpart, which, unlike this tissue, consists of mostly dead cells. Primarily consisting of sieve tube members, for 10 points, name this plant tissue that transports sugar, contrasted with xylem.
Strasburger cells directly aid and support this tissue's proper function.
phloem