sour gum is A deciduous tree of the eastern United States and Mexico, having glossy, somewhat leathery leaves and soft wood. Also called black gum, pepperidge.
Some of them are oats, sorgum/milo, barley, millet, and beef!
They will eat crops,corn,wheat,sorgum,berries and such in the wild and scratch grains,corn or game bird mixes produced commercially in captivity
Millet and Sorgum!! others include:cacao, corn, coffee and bananas.
Some Nobel Prize winning literature includes "Life and Death are Wearing me Out" and "Red Sorgum" by Mo Yan. Another winner is "The Deleted World" by "Tomas Transtromer".
Grains for horses corn, wheat, oats, barley, sorgum etc grow all over this country (and world) with corn and oats being the most common in the mid-west 'corn belt'
Yes it does. Most beers do. There is one called Red Bridge made from Sorgum, some liquor stores carry it and it's pretty good. You are wrong Miller, Miller lite & Coors do not contain wheat. I called their consumer department and they confirmed this.
Sorghum is a grain that is gluten free if not contaminated somehow, perhaps by shared equipment in processing.While all grains belong to the grass family, sorghum is a distant cousin to the gluten containing grains of wheat, rye, barley, and oats. Sorghum contains a type of storage protein, called a prolamin, just as the gluten-containing grains do, but the sorghum prolamin has different amino acid sequences and is different enough that people with gluten sensitivity don't react to it.So if you are on a gluten free diet and are interested in using sorghum syrup, or see sorghum on a label, in theory it should be fine.
To prevent Goiter you should eat foods that are rich in iodine like seafoods, iodized salt, etc. You should always remember not to talk too much because this will strain your thyroid gland. you should also eat nutritious foods like fruits and vegetables. It is also advisable to eat homemade food. you should exercise and have plenty of sleep. This might not only prevent Goiter but also make you healthy.
In a conductor, charge flows when there is a potential difference applied across it. Electrons move in response to this potential difference, creating an electric current. The flow of charge is driven by the force exerted on the charges by the electric field within the conductor.