Values of soluble solids upper to this article were observed by (Silva et al.,
2008), studying the fruits of X. americana produced in Brazil in
two stages of maturation, that observed average values of 22.3–
26.5%. However, lower soluble solids values were obtained by
Mora, Franco-Mora, López-Sandoval, Pérez-López, and
Balbuena-Melgarejo (2009), that studying the characterization of
fruit of the same specie produced in Mexico found 10.9–17.0%.
This variability between researches can be attributed to edaphoclimatic
conditions to which the plants are subjected, that have direct
impact on the amount of photoassimilate destined to the synthesis
of compounds on the fruits.
Values of soluble solids upper to this article were observed by (Silva et al.,2008), studying the fruits of X. americana produced in Brazil intwo stages of maturation, that observed average values of 22.3–26.5%. However, lower soluble solids values were obtained byMora, Franco-Mora, López-Sandoval, Pérez-López, andBalbuena-Melgarejo (2009), that studying the characterization offruit of the same specie produced in Mexico found 10.9–17.0%.This variability between researches can be attributed to edaphoclimaticconditions to which the plants are subjected, that have directimpact on the amount of photoassimilate destined to the synthesisof compounds on the fruits.
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