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Does Growing Location Influence Garlic Flavor and Health Benefits?

Garlic is mainly consumed as a spice or condiment, giving flavor and aroma to other foods. And what gives garlic those wonderful aromas and flavors? The April 22nd Sustainable, Secure Food Blog looks at what influences flavor and health benefits.  

Different garlic cultivars accumulate varying amounts and types of these compounds, resulting in garlics with different flavor intensity and aromas.

In addition to its use in adding flavor to foods, folk medicine has attributed a multitude of health benefits to garlic consumption for centuries. These range from treating heart disease to its use as an antiparasitic agent. It wasn’t until recently that some of these claims were backed up by scientific research. Among them are blood thinning, antihypertensive, antioxidant, and anti-cancer properties.

Garlic cultivars vary in the expected length of their postharvest conservation. Research has shown that garlic – and other bulbous vegetables like onion – had better postharvest conservation as the water content in their bulbs decreased. So, if the bulbs have more solid content (and less water content) at harvest, their postharvest performance is better. Thus, because total solids content is easy to measure, this trait is often used to predict the postharvest quality of garlics and onions.

Garlic cultivars vary genetically in their ability to accumulate these compounds that influence the flavor, health-related properties, and postharvest conservation of garlic bulbs.

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Since blackberries must be harvested by hand, the process is time-consuming and labor-intensive. To support a growing blackberry industry in Arkansas, food science associate professor Renee Threlfall is collaborating with mechanical engineering assistant professor Anthony Gunderman to develop a mechanical harvesting system. Most recently, the team designed a device to measure the force needed to pick a blackberry without damaging it. The data from this device will help inform the next stage of development and move the team closer to the goal of a fully autonomous robotic berry picker. The device was developed by Gunderman, with Yue Chen, a former U of A professor now at Georgia Tech, and Jeremy Collins, then a U of A undergraduate engineering student. To determine the force needed to pick blackberries without damage, the engineers worked with Threlfall and Andrea Myers, then a graduate student.