Ukusetshenziswa kwe-DCPTA ekuhlanganiseni ubhontshisi kukhulisa kakhulu amandla e-photosynthetic carbon metabolic, kwandisa inani lama-pods kanye nezinhlamvu zesitshalo ngasinye, futhi ngenxa yalokho kukhulisa isivuno. Ucwaningo lukhombisa ukuthi ukufafaza ngamahlamvu nge-DCPTA ekuhlanganiseni okungu-40 mg/L ngesikhathi sokuqhakaza kwezimbali kuthuthukisa ngempumelelo imingcele ye-morphological yezitshalo; ikakhulukazi, indawo yeqabunga, okuqukethwe kwe-chlorophyll, nezinga le-photosynthetic konke kubonisa ukwanda okuphawulekayo (p <0.05).
Lokhu kwelashwa kuthuthukisa i-sucrose synthesis kanye ne-translocation-futhi kuqinisa ukuhlotshaniswa kobudlelwane bomthombo-sinki-ngokulawula umsebenzi wama-enzyme abandakanyeka ezindleleni ze-carbon metabolic, ngaleyo ndlela iqondise ingxenye enkulu yemikhiqizo ye-photosynthetic kuma-pods kanye nezinhlamvu. Ngesikhathi esifanayo, i-DCPTA ithuthukisa umsebenzi wama-enzyme e-antioxidant-njenge-SOD, i-POD, ne-CAT-ukunciphisa ukucindezeleka kwe-abiotic, ngaleyo ndlela kube lula ukukhula okunempilo nokuthuthukiswa kwezitshalo.
Ngaphezu kwalokho, i-glucose metabolism yobhontshisi we-mung isabela kahle ku-DCPTA, ngokwenza kusebenze izakhi zofuzo ezibalulekile eziningi ezihlobene nokuguqulwa kwe-sugar metabolism kanye nokuguqulwa kwamandla, okufakazela ngokwengeziwe indima yayo ekulawuleni ukwakheka kwesivuno.
