Rhubarb

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It is rhubarb season and we have some locally grown available.... did you know that orange is a good partner?  So how about cooking it in a drop of orange juice or even adding an orange.  


There are lots of recipe ideas here: bbc good food

You may be interested to know that it was announced as a superfood here: NHS news

According to nutrition-and-you it has many health benefits:

• Rhubarb is one of the least calorie vegetables. 100 g fresh petioles provide just 21 calories. Nonetheless, it contains some vital phyto-nutrients such as dietary fiber, poly-phenolic anti-oxidants, minerals, and vitamins. Further, its petioles contain no saturated fats or cholesterol.
• The stalks are rich in several B-complex vitamins such as folates, riboflavin, niacin, vitamin B-6 (pyridoxine), thiamin, and pantothenic acid.
• Red color stalks contain more vitamin A than in the green varieties. Further, the stalks also contain small amounts of poly-phenolic flavonoid compounds like β-carotene, zea xanthin, and lutein. These compounds convert to vitamin A inside the body and deliver same protective effects of vitamin A on the body. Vitamin A is a powerful natural anti-oxidant and is required by the body for maintaining the integrity of skin and mucus membranes. It is also an essential vitamin for healthy eye-sight. Research studies suggest that natural foods rich in vitamin A help the body protects against lung and oral cavity cancers.
• As in other greens like kale, spinach, etc., rhubarb stalks also provide good amounts of vitamin-K. 100 g of fresh stalks provide 29.3 µg or about 24% of daily recommended intake of this vitamin. Vitamin K has a potential role in bone health by promoting osteotrophic (bone formation and strengthening) activity. Adequate vitamin-K levels in the diet help limiting neuronal damage in the brain; thus, has established role in the treatment of Alzheimer's disease.
• Its stalks also contain healthy levels of minerals like iron, copper, calcium, potassium, and phosphorus. However, most of these minerals do not absorb into the body as they are subject to chelating into insoluble complexes by oxalic acid, and excreted out from the body.