Metabolic Explorer is a biological chemistry company. It is using bacterial biochemistry to create alternatives to petrochemistry. The company develops industrial solutions using a range of renewable resources to compensate conventional chemistry techniques based on fossil resources, heavy and expensive.

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0GT7 Stock 12 Months Forecast

Average Price Target

€0.20

▲(21.95% Upside)

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<span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":0.93,"date":1683244800000,"info":" <span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":1,"date":1685664000000,"info":" <span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":1.11,"date":1688688000000,"info":" <span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":0.89,"date":1691107200000,"info":" <span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":0.77,"date":1693526400000,"info":" <span style=\"color:#828080\" class=\"mb3 mt2 fonth8_semibold\"> Hold</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 1, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 0</span>\n      ","marker":{"lineColor":"#828080","enabled":true,"symbol":"circle"}},{"y":0.44,"date":1696550400000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.54,"date":1698969600000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.44,"date":1701388800000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.37,"date":1704412800000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.38,"date":1706832000000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.39,"date":1709251200000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      ","marker":{"lineColor":"#912767","enabled":true,"symbol":"circle"}},{"y":0.14,"date":1712275200000,"info":" <span style=\"color:#912767\" class=\"mb3 mt2 fonth8_semibold\"> Moderate Sell</span>\n            <div class=\"flexrcb px3 displayflex fonth9_semibold\"><span  style=\"color:#199ca5\">Buy 0,\t&nbsp; </span>\n              <span  style=\"color:#828080\">Hold 0, \t&nbsp;</span>\n              <span  style=\"color:#912767\">Sell 1</span>\n      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Detailed Analyst Forecast >