Modelling the mass of banana fruit by geometrical attributes

Statistical tables such as some selected banana physical properties such as mass, true volume, bulk density, true density, geometric mean diameter, surface area, and average, standard deviation (SD) and standard error (SE) The two statistics measure the integrity of the data. Table 1 Physical Properties of Banana Varieties Grand Nain S. None Average of the physical properties SD Minimum Maximum SE CV,% 1 Weight (M), g 139.65 7.66 126.05 154.29 1.47 5.48 2 true volume (V), cm 3 136.33 9.86 118.00 157.00 1.90 7.24 3 Ellipsoid volume (Vell), cm 3 117.92 9.09 98.15 131.33 1.75 7.70 4 Ellipsoid ratio 1.08 0.02 1.05 1.12 0.00 2.14 5 Fruit density ( T D), g / cm 3 1.03 0.03 0.98 1.11 0.01

Banana fruit is an estimated 400 million staple food. Banana plants are large herbaceous, evergreen, flowering monocotyledonous plants belonging to the genus Musa (Asteraceae Jingibera eyes). Most cultivated bananas are hybrids of Musa acuminata and Musa balbisiana. Fruit development and maturation are complicated processes affected by various factors such as light, hormones, body temperature, genotype etc. Events related to maturation of menopausal fruits (including bananas) bring about changes in the development of gene expression and changes in physiological regulation, ultimately resulting in changes in fruit color, texture, flavor and aroma. The ripening and softening of fruits involves irreversible physiological and biochemical changes that contribute to the putrefacity of banana fruits. Premature maturity brings significant loss to farmers and consumers

Transcriptome analysis of banana maturation and immature fruit tissues identified major metabolic networks related to fruit maturation

Banana (Musa species) is an important fruit crop in the world. They are not only popular dessert fruits but also staple foods of important carbohydrates in the tropics, with up to 100 million people using bananas and psyllium as the main energy source (Rowe, 1981). Cultivated bananas are usually essential for the Musa AAA genome such as triploids, parthenocarpus, and Cavendish subtypes (Simmonds and Stover, 1987). Bananas are single, menopausal disorders, and mature with ethylene. Many biochemical changes occurred during aging of the banana fruit, such as carbohydrate components, cell wall degradation, major changes in synthesis.