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When the concept of “eat a rainbow” can be thrown out the window ... loved my brown/orange/tan meal! STEAK 🥩 Carrot Crimini Mushroom Soup 🥕 🍄 And homemade cheesy bread 🥖 I think that whole “eat a rainbow” slogan stems from the fact that fruits and vegetables (which are generally all superfoods with vitamins minerals, antioxidants, fiber, low fat, low sugar etc.) come in a variety of bright colors 🌈 which contrasts the average unhealthy american diet of white and refined bread rice pasta potatoes, fried chicken, battered everything, and refined white sugars 🍞🍗🍤🥟🍪🍚🍨 So “eat a rainbow” is an easy concept. But don’t discriminate against the white and brown plant foods: ⚪️White onions have #fructans which are a great #prebiotic fiber and can improve colon health; they have vitamin C and B9; and they have a strong antioxidant called #quercetin which can lower blood pressure and improve heart health.. in athletes it may reduce upper respiratory tract infections after exhaustive physical exertion. ⚪️Brown mushrooms have high #selenium, a great minerals with powerful #antioxidant properties; surprisingly a source of much needed #VitaminD, phosphorus zinc and some amino acids! ⚪️#garlic has bioactive sulfur compounds and antibacterial properties that can stop cancer formation in cells; as we as blood sugar lowering effects great for long term health and prevention of diabetes/metabolic syndrome The soup contained al these ingredients + the obvious carrots 🥕 🥕🥕🥕
Simulating carbon and nitrogen patterns using an integrated model of wheat functioning
Simulating carbon and nitrogen patterns using an integrated model of wheat functioning
Based on a mechanistic approach, the CN-Wheat model simulates the fluxes of carbon (C) and nitrogen (N) metabolites in wheat plants after anthesis. Barillot et al. show that the CN-Wheat model can be used to predict allocation and dynamics of C and N resources among culm organs in conjunction with observations from field experiments. Detailed metabolite concentrations for C (left panels) and N…
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A process-based model of C and N metabolism in the wheat culm
A process-based model of C and N metabolism in the wheat culm
Linking traits and metabolic processes to whole plant performance results in improved crops. Barillot et al., present CN-Wheat, a comprehensive and mechanistic model of carbon (C) and nitrogen (N) metabolism within wheat culms after anthesis. Botanical description of the culm structure of wheat as implemented in the model. Culm structure is defined as a single root compartment and photosynthetic…
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Drought strategies in perennial forage species
Drought strategies in perennial forage species
Severe droughts are expected to increase with climate change and to limit grassland perennity. Zwicke et al. investigate the plant strategies involved in drought survival and recovery of six temperate herbaceous species in semi-controlled conditions and show that cell membrane stability, which ensures dehydration tolerance of roots and meristems, is positively and negatively correlated to fructan…
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