Does scion–rootstock compatibility modulate photoassimilate and hormone trafficking through the graft junction in melon–pumpkin graft combinations?

Keyphrases

• Scion 100%
• Cytokinin 100%
• Rootstock 100%
• Graft Junction 100%
• Graft Combination 100%
• Photoassimilates 100%
• Acropetal 100%
• Sugar Alcohols 50%
• Blockage 50%
• Amino Acids 50%
• Hormonal Signaling 50%
• Melon 50%
• Dye Uptake 50%
• Undifferentiated Cells 50%
• Ripening Stage 50%
• Hollow Space 50%
• Complementary Experiment 50%
• Fruit Ripening 50%
• Pumpkin 50%
• Melon Cultivars 50%
• Trans-zeatin 50%
• Cis-zeatin 50%
• Graft Compatibility 50%
• Pumpkin Rootstock 50%
• Basipetal 50%
• Degree of Compatibility 50%
• Xylem Flow 50%
• Pith 50%
• Basipetal Transport 50%
• Graft Union 50%

Agricultural and Biological Sciences

• Rootstock 100%
• Photoassimilate 100%
• Scions 66%
• Cytokinin 66%
• Melons 66%
• Zeatin 66%
• Squash 66%
• Cultivar 33%
• Xylem 33%
• Amino Acid 33%
• Sugar Alcohol 33%
• Ripening 33%
• Graft Compatibility 33%
• Pith 33%