| Plural | glycoalkaloids |
glycoalkaloid content
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
detecting glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid levels
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
high glycoalkaloid
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid toxicity
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
measuring glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid presence
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
analyzing glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
reducing glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid compounds
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
potatoes contain glycoalkaloid compounds, primarily solanine and chaconine.
the level of glycoalkaloid in potatoes can vary depending on the variety.
high glycoalkaloid concentrations can make potatoes bitter.
cooking can reduce glycoalkaloid content, but doesn't eliminate it entirely.
glycoalkaloid toxicity is a concern with improperly stored potatoes.
testing for glycoalkaloid levels is crucial for potato processing.
certain tomato varieties also contain glycoalkaloid compounds.
researchers are studying glycoalkaloid biosynthesis in potatoes.
glycoalkaloid content is influenced by environmental factors and storage conditions.
the presence of glycoalkaloid is a natural defense mechanism for the potato plant.
consumers should discard potatoes with a strong glycoalkaloid taste.
glycoalkaloid content
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
detecting glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid levels
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
high glycoalkaloid
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid toxicity
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
measuring glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid presence
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
analyzing glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
reducing glycoalkaloids
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
glycoalkaloid compounds
מִתְאַפְּקֵי גְלִיקו-אַלְקָלִיִּים
potatoes contain glycoalkaloid compounds, primarily solanine and chaconine.
the level of glycoalkaloid in potatoes can vary depending on the variety.
high glycoalkaloid concentrations can make potatoes bitter.
cooking can reduce glycoalkaloid content, but doesn't eliminate it entirely.
glycoalkaloid toxicity is a concern with improperly stored potatoes.
testing for glycoalkaloid levels is crucial for potato processing.
certain tomato varieties also contain glycoalkaloid compounds.
researchers are studying glycoalkaloid biosynthesis in potatoes.
glycoalkaloid content is influenced by environmental factors and storage conditions.
the presence of glycoalkaloid is a natural defense mechanism for the potato plant.
consumers should discard potatoes with a strong glycoalkaloid taste.
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