The objective of this research was to study the utilization of mango seed to produce flour that serves multiple purposes. The study used various boiling time and drying temperature to produce mango seed flour with different qualities. The results indicate that treatment A1B1 produced the best mango seed flour based on the yield and organoleptic tests (15 minutes boiling time and 40oC drying temperature). A1B1 showed yield of 13.54%, water content of 6.72%, ash content of 2.57%, and color test of 3.02
AbstractMango is higly perishable and must be consumed within a few days after harvesting. Preservin...
Mango is higly perishable and must be consumed within a few days after harvesting. Preserving mango ...
The objective of this work was to study the influence of spray drying conditions on the physical pro...
The objective of this research was to study the utilization of mango seed to produce flour that serv...
ABSTRACTThe proximate composition, functional and antinutritional properties of flour produced from ...
The proximate composition, functional and antinutritional properties of flour produced from seeds of...
In the season of mangoes, seed - seed is wasted sometimes scattered about where - where in order to ...
The research was aimed to determine the physico?chemical and functional properties of mango seed flo...
Manggo (Mangifera indica) seed is one of the high yield carbohydrate source and can be functioned bo...
The effect of drying on the proximate composition of African bush mango seed flour and physicochemic...
Indonesia produces 3,308,895 tons of mangoes in 2022. One type of mango in Indonesia is mango golek....
Fruit residues and seed flours have been used to supplement food and feed because of their nutrient ...
Mango leaves contain bioactive compounds that can prevent gout, diabetes, high blood pressure and ca...
<p class="Els-Abstract-text">Mango is a tropical and sub-tropical fruit known throughout the world b...
Mango (Mangifera indica L) seeds never to used, so they need efforts to be as food ingredients such ...
AbstractMango is higly perishable and must be consumed within a few days after harvesting. Preservin...
Mango is higly perishable and must be consumed within a few days after harvesting. Preserving mango ...
The objective of this work was to study the influence of spray drying conditions on the physical pro...
The objective of this research was to study the utilization of mango seed to produce flour that serv...
ABSTRACTThe proximate composition, functional and antinutritional properties of flour produced from ...
The proximate composition, functional and antinutritional properties of flour produced from seeds of...
In the season of mangoes, seed - seed is wasted sometimes scattered about where - where in order to ...
The research was aimed to determine the physico?chemical and functional properties of mango seed flo...
Manggo (Mangifera indica) seed is one of the high yield carbohydrate source and can be functioned bo...
The effect of drying on the proximate composition of African bush mango seed flour and physicochemic...
Indonesia produces 3,308,895 tons of mangoes in 2022. One type of mango in Indonesia is mango golek....
Fruit residues and seed flours have been used to supplement food and feed because of their nutrient ...
Mango leaves contain bioactive compounds that can prevent gout, diabetes, high blood pressure and ca...
<p class="Els-Abstract-text">Mango is a tropical and sub-tropical fruit known throughout the world b...
Mango (Mangifera indica L) seeds never to used, so they need efforts to be as food ingredients such ...
AbstractMango is higly perishable and must be consumed within a few days after harvesting. Preservin...
Mango is higly perishable and must be consumed within a few days after harvesting. Preserving mango ...
The objective of this work was to study the influence of spray drying conditions on the physical pro...