dc.description.abstract | Background: Red ginger (Zingiber officinale Roxb. Var. Rubrum), is a rhizome
plant that is very popular as a spice and medicinal ingredient. Its rhizome is
finger-shaped which bulges at the middle segments. The dominant spicy flavour is
caused by a ketone compound called zingeron. The content of active chemical
compounds gingerol, zingeron, shogaol, gingerin and zingerberin in red ginger
causes red ginger to have great health benefits such as: losing weight, maintaining
heart health, overcoming motion sickness, overcoming digestive problems,
relieving nausea and vomiting in pregnant women, preventing colon cancer,
treating headaches and allergies, improving the immune system, and overcoming
diseases related to throat disorders. One example of diversification from ginger is
syrup. The utilisation of ginger in syrup making is expected to produce syrup that
is beneficial for health. This is because ginger contains antioxidants that can
improve the health of the body.
Objective: This study aims to determine the physical stability and hedonic test
results of ginger herbal syrup with different storage temperatures.
Methods: The physical stability test was conducted by storing the ginger syrup at
room temperature and 5°C for 1 week, then testing the organoleptic, viscosity and
acidity (pH) of the ginger herbal syrup samples.
Results: The results showed that the organoleptic test was stable at 5°C, while at
room temperature the aroma changed on the fourth day. For the homogeneity test,
the red ginger syrup tested showed homogeneous results. Then the stable pH test
results were at 5°C, which was 4 and met the pH requirements of 4-7, while at
room temperature it did not meet the requirements because there was a decrease in
pH. The viscosity test met the syrup requirements of 10-30 cP.S. Then in the
hedonic test, the panelists liked the syrup at 5°C the most, which was 70%.
Conclusion: The conclusion of this study is that red ginger syrup that is good and
much liked is red ginger syrup stored at 5oC, because it does not experience many
changes in organoleptic test, homogeneity test, pH test, viscosity test, and hedonic
test. | en_US |