Jun 22, 2020 · We develop a model based on the biophysical representation of water and sugar flows between the pedicel, fruit xylem and phloem, and the fruit apoplast and symplast in order to identify diurnal patterns of transport in the pedicel-fruit system of peach.

May 18, 2020 · We develop a model based on the biophysical representation of water and sugar flows between the pedicel, fruit xylem and phloem, and the fruit apoplast and symplast in order to identify diurnal...

We develop a model based on the biophysical representation of water and sugar flows between the pedicel, fruit xylem and phloem, and the fruit apoplast and symplast in order to identify diurnal patterns of transport in the pedicel– fruit system of peach.

Jul 1, 2011 · The ultrastructure of the sensilla on the larval antennae and mouthparts of the peach fruit moth, Carposina sasakii Matsumura, were investigated using scanning electron microscopy. On each three-segmented antenna, the basal scape is devoid of sensilla, the pedicel possesses two sensilla chaetica and three sensilla basiconica, and the terminal ...

Download scientific diagram | Conceptual model of the pedicel-fruit system in peach. We distinguish between the pedicel xylem and phloem (px, pp) and the fruit xylem and phloem (fx, fp), with...

Jan 1, 2014 · The antennae of peach fruit fly, B. zonata, are situated in a frontal depression between compound eyes (the antennal fossa). The antenna is composed of three segments, the scape, pedicel, and funiculus.

Mar 1, 2002 · Explants including a small part of the pericarp (DNZ), the AZ3 and 2 mm of the pedicel (PNZ) were excised from fruitlets with a cross diameter of 20–22 mm. At this stage of development the AZ3 system is easily activated. Exogenous ethylene or propylene synchronizes and enhances the process.

Jun 6, 2020 · We develop a model based on the biophysical representation of water and sugar flows between the pedicel, fruit xylem and phloem, and the fruit apoplast and symplast in order to identify diurnal patterns of transport in the pedicel–fruit system of peach.

Jun 22, 2020 · Abstract We develop a model based on the biophysical representation of water and sugar flows between the pedicel, fruit xylem and phloem, and the fruit apoplast and symplast in order to identify diurnal patterns of transport in the pedicel–fruit system of peach. The model predicts that during the night water is mainly imported to the fruit through the xylem, and that fruit phloem–xylem ...

May 1, 2017 · We have built a biophysical model of water and sugar flows across the system at an hourly scale, focusing on the pedicel, the fruit vascular system, and the cell apoplast.