<status value="draft" /> <date value="2024-06-18" /> <publisher value="openEHR" /> <contact> <telecom> <system value="url" /> <value value="http://www.veratech.es" /> </telecom> </contact> <description value="The nutrients that are required in trace amounts for the normal growth and development of living organisms." /> <purpose value="To record the nutrients that are required in trace amounts." /> <fhirVersion value="4.0.0" /> <mapping> <identity value="openEHR" /> <uri value="http://openehr.org" /> <name value="openEHR Mapping" /> </mapping> <mapping> <identity value="openEHR-natural" /> <uri value="http://openehr.org" /> <name value="openEHR natural path" /> </mapping> <kind value="logical" /> <abstract value="false" /> <type value="StructureDefinition" /> <baseDefinition value="http://hl7.org/fhir/StructureDefinition/Element" /> <snapshot> <element id="Micronutrients"> <path value="Micronutrients" /> <short value="Micronutrients" /> <definition value="The nutrients that are required in trace amounts for the normal growth and development of living organisms." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients" /> <min value="1" /> <max value="1" /> </base> <type> <code value="BackboneElement" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins"> <path value="Micronutrients.Vitamins" /> <short value="Vitamins" /> <definition value="Assessment of vitamins of an individual." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins" /> <min value="0" /> <max value="1" /> </base> <type> <code value="BackboneElement" /> </type> <mustSupport value="false" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_A"> <path value="Micronutrients.Vitamins.Vitamin_A" /> <short value="Vitamin A" /> <definition value="Assessment of vitamin A." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_A" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_A.value"> <path value="Micronutrients.Vitamins.Vitamin_A.value" /> <short value="Vitamin A" /> <definition value="Assessment of vitamin A." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_A.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_B6"> <path value="Micronutrients.Vitamins.Vitamin_B6" /> <short value="Vitamin B6" /> <definition value="Assessment of vitamin B6 (pyridoxine and related compounds)." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_B6" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_B6.value"> <path value="Micronutrients.Vitamins.Vitamin_B6.value" /> <short value="Vitamin B6" /> <definition value="Assessment of vitamin B6 (pyridoxine and related compounds)." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_B6.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_B12"> <path value="Micronutrients.Vitamins.Vitamin_B12" /> <short value="Vitamin B12" /> <definition value="Assessment of v itamin B12 (cobalamin)." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_B12" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_B12.value"> <path value="Micronutrients.Vitamins.Vitamin_B12.value" /> <short value="Vitamin B12" /> <definition value="Assessment of v itamin B12 (cobalamin)." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_B12.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Biotin"> <path value="Micronutrients.Vitamins.Biotin" /> <short value="Biotin" /> <definition value="Assessment of biotin." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Biotin" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Biotin.value"> <path value="Micronutrients.Vitamins.Biotin.value" /> <short value="Biotin" /> <definition value="Assessment of biotin." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Biotin.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_C"> <path value="Micronutrients.Vitamins.Vitamin_C" /> <short value="Vitamin C" /> <definition value="Assessment of vitamin C (ascorbic acid)." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_C" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_C.value"> <path value="Micronutrients.Vitamins.Vitamin_C.value" /> <short value="Vitamin C" /> <definition value="Assessment of vitamin C (ascorbic acid)." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_C.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Carotenoids"> <path value="Micronutrients.Vitamins.Carotenoids" /> <short value="Carotenoids" /> <definition value="Assessment of carotenoids." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Carotenoids" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Carotenoids.value"> <path value="Micronutrients.Vitamins.Carotenoids.value" /> <short value="Carotenoids" /> <definition value="Assessment of carotenoids." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Carotenoids.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Choline"> <path value="Micronutrients.Vitamins.Choline" /> <short value="Choline" /> <definition value="Assessment of choline." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Choline" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Choline.value"> <path value="Micronutrients.Vitamins.Choline.value" /> <short value="Choline" /> <definition value="Assessment of choline." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Choline.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_D"> <path value="Micronutrients.Vitamins.Vitamin_D" /> <short value="Vitamin D" /> <definition value="Assessment of vitamina D." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_D" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_D.value"> <path value="Micronutrients.Vitamins.Vitamin_D.value" /> <short value="Vitamin D" /> <definition value="Assessment of vitamina D." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_D.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_E"> <path value="Micronutrients.Vitamins.Vitamin_E" /> <short value="Vitamin E" /> <definition value="Assessment of Vitamin E which is a fat-soluble nutrient that functions as a chain-breaking antioxidant in the body by preventing the spread of free-radical reactions." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_E" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_E.value"> <path value="Micronutrients.Vitamins.Vitamin_E.value" /> <short value="Vitamin E" /> <definition value="Assessment of Vitamin E which is a fat-soluble nutrient that functions as a chain-breaking antioxidant in the body by preventing the spread of free-radical reactions." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_E.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Folate"> <path value="Micronutrients.Vitamins.Folate" /> <short value="Folate" /> <definition value="Assessment of Folate which is a B vitamin that functions as a coenzyme in the metabolism of nucleic and amino acids." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Folate" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Folate.value"> <path value="Micronutrients.Vitamins.Folate.value" /> <short value="Folate" /> <definition value="Assessment of Folate which is a B vitamin that functions as a coenzyme in the metabolism of nucleic and amino acids." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Folate.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Vitamin_K"> <path value="Micronutrients.Vitamins.Vitamin_K" /> <short value="Vitamin K" /> <definition value="Assessment of vitamin K which presents functions such as a coenzyme for biological reactions involved in blood coagulation and bone metabolism." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_K" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Vitamin_K.value"> <path value="Micronutrients.Vitamins.Vitamin_K.value" /> <short value="Vitamin K" /> <definition value="Assessment of vitamin K which presents functions such as a coenzyme for biological reactions involved in blood coagulation and bone metabolism." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Vitamin_K.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Niacin"> <path value="Micronutrients.Vitamins.Niacin" /> <short value="Niacin" /> <definition value="Assessment of niacin which is involved in many biological reactions, including intracellular respiration and fatty acid synthesis." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Niacin" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Niacin.value"> <path value="Micronutrients.Vitamins.Niacin.value" /> <short value="Niacin" /> <definition value="Assessment of niacin which is involved in many biological reactions, including intracellular respiration and fatty acid synthesis." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Niacin.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Pantothenic_acid"> <path value="Micronutrients.Vitamins.Pantothenic_acid" /> <short value="Pantothenic acid" /> <definition value="Assessment of pantothenic acid functions which is a component of coenzyme A (CoA), which is involved in fatty acid metabolism." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Pantothenic_acid" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Pantothenic_acid.value"> <path value="Micronutrients.Vitamins.Pantothenic_acid.value" /> <short value="Pantothenic acid" /> <definition value="Assessment of pantothenic acid functions which is a component of coenzyme A (CoA), which is involved in fatty acid metabolism." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Pantothenic_acid.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Riboflavin"> <path value="Micronutrients.Vitamins.Riboflavin" /> <short value="Riboflavin" /> <definition value="Assessment of riboflavin (vitamin B2) which presents functions as a coenzyme for numerous oxidation–reduction reactions in several metabolic pathways and in energy production." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Riboflavin" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Riboflavin.value"> <path value="Micronutrients.Vitamins.Riboflavin.value" /> <short value="Riboflavin" /> <definition value="Assessment of riboflavin (vitamin B2) which presents functions as a coenzyme for numerous oxidation–reduction reactions in several metabolic pathways and in energy production." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Riboflavin.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Vitamins.Thiamin"> <path value="Micronutrients.Vitamins.Thiamin" /> <short value="Thiamin" /> <definition value="Assessment of thiamin, which is also known as vitamin B1 and aneurin, functions as a coenzyme in the metabolism of carbohydrates and branched-chain amino acids." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Thiamin" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Vitamins.Thiamin.value"> <path value="Micronutrients.Vitamins.Thiamin.value" /> <short value="Thiamin" /> <definition value="Assessment of thiamin, which is also known as vitamin B1 and aneurin, functions as a coenzyme in the metabolism of carbohydrates and branched-chain amino acids." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Vitamins.Thiamin.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals"> <path value="Micronutrients.Minerals" /> <short value="Minerals" /> <definition value="Assessment of minerals of an individual." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals" /> <min value="0" /> <max value="1" /> </base> <type> <code value="BackboneElement" /> </type> <mustSupport value="false" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Arsenic"> <path value="Micronutrients.Minerals.Arsenic" /> <short value="Arsenic" /> <definition value="Assessment of arsenic, that play a beneficial role in some physiological processes of certain animal species." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Arsenic" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Arsenic.value"> <path value="Micronutrients.Minerals.Arsenic.value" /> <short value="Arsenic" /> <definition value="Assessment of arsenic, that play a beneficial role in some physiological processes of certain animal species." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Arsenic.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Boron"> <path value="Micronutrients.Minerals.Boron" /> <short value="Boron" /> <definition value="Assessment of the boron which play a beneficial role in some physiological processes of certain animal species." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Boron" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Boron.value"> <path value="Micronutrients.Minerals.Boron.value" /> <short value="Boron" /> <definition value="Assessment of the boron which play a beneficial role in some physiological processes of certain animal species." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Boron.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Calcium"> <path value="Micronutrients.Minerals.Calcium" /> <short value="Calcium" /> <definition value="Assessment of calcium which plays a key role in bone health. In fact, more than 99 percent of total body calcium is found in the bones and teeth. Calcium is also involved in vascular, neuromuscular, and glandular functions in the body." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Calcium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Calcium.value"> <path value="Micronutrients.Minerals.Calcium.value" /> <short value="Calcium" /> <definition value="Assessment of calcium which plays a key role in bone health. In fact, more than 99 percent of total body calcium is found in the bones and teeth. Calcium is also involved in vascular, neuromuscular, and glandular functions in the body." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Calcium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Chloride"> <path value="Micronutrients.Minerals.Chloride" /> <short value="Chloride" /> <definition value="Assessment of chloride which is necessary to maintain extracellular fluid volume and plasma osmolality." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Chloride" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Chloride.value"> <path value="Micronutrients.Minerals.Chloride.value" /> <short value="Chloride" /> <definition value="Assessment of chloride which is necessary to maintain extracellular fluid volume and plasma osmolality." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Chloride.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Chromium"> <path value="Micronutrients.Minerals.Chromium" /> <short value="Chromium" /> <definition value="Assessment of chromium which presents potentiates the action of insulin and may improve glucose tolerance." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Chromium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Chromium.value"> <path value="Micronutrients.Minerals.Chromium.value" /> <short value="Chromium" /> <definition value="Assessment of chromium which presents potentiates the action of insulin and may improve glucose tolerance." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Chromium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Copper"> <path value="Micronutrients.Minerals.Copper" /> <short value="Copper" /> <definition value="Assessement of copper functions as a component of several metalloenzymes, which act as oxidases in the reduction of molecular oxygen." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Copper" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Copper.value"> <path value="Micronutrients.Minerals.Copper.value" /> <short value="Copper" /> <definition value="Assessement of copper functions as a component of several metalloenzymes, which act as oxidases in the reduction of molecular oxygen." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Copper.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Fluoride"> <path value="Micronutrients.Minerals.Fluoride" /> <short value="Fluoride" /> <definition value="Assessment of fluoride, which is vital for the health of teeth and bones. About 99 percent of body fluoride is found in calcified tissues, where it protects against dental caries and can stimulate new bone formation." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Fluoride" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Fluoride.value"> <path value="Micronutrients.Minerals.Fluoride.value" /> <short value="Fluoride" /> <definition value="Assessment of fluoride, which is vital for the health of teeth and bones. About 99 percent of body fluoride is found in calcified tissues, where it protects against dental caries and can stimulate new bone formation." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Fluoride.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Iodine"> <path value="Micronutrients.Minerals.Iodine" /> <short value="Iodine" /> <definition value="Assessment of Iodine which is an essential component of thyroid hormones that are involved in the regulation of various enzymes and metabolic processes." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Iodine" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Iodine.value"> <path value="Micronutrients.Minerals.Iodine.value" /> <short value="Iodine" /> <definition value="Assessment of Iodine which is an essential component of thyroid hormones that are involved in the regulation of various enzymes and metabolic processes." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Iodine.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Iron"> <path value="Micronutrients.Minerals.Iron" /> <short value="Iron" /> <definition value="Assessment of iron which is a critical component of several proteins, including enzymes, cytochromes, myoglobin, and hemoglobin, the latter of which transports oxygen throughout the body." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Iron" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Iron.value"> <path value="Micronutrients.Minerals.Iron.value" /> <short value="Iron" /> <definition value="Assessment of iron which is a critical component of several proteins, including enzymes, cytochromes, myoglobin, and hemoglobin, the latter of which transports oxygen throughout the body." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Iron.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Magnesium"> <path value="Micronutrients.Minerals.Magnesium" /> <short value="Magnesium" /> <definition value="Assessment of magnesium which is involved in more than 300 enzymatic processes in the body, as well as in bone health and in the maintenance of intracellular levels of potassium and calcium." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Magnesium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Magnesium.value"> <path value="Micronutrients.Minerals.Magnesium.value" /> <short value="Magnesium" /> <definition value="Assessment of magnesium which is involved in more than 300 enzymatic processes in the body, as well as in bone health and in the maintenance of intracellular levels of potassium and calcium." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Magnesium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Manganese"> <path value="Micronutrients.Minerals.Manganese" /> <short value="Manganese" /> <definition value="Assessment of manganese which is involved in the formation of bone and in specific reactions related to amino acid, cholesterol, and carbohydrate metabolism." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Manganese" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Manganese.value"> <path value="Micronutrients.Minerals.Manganese.value" /> <short value="Manganese" /> <definition value="Assessment of manganese which is involved in the formation of bone and in specific reactions related to amino acid, cholesterol, and carbohydrate metabolism." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Manganese.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Molybdenum"> <path value="Micronutrients.Minerals.Molybdenum" /> <short value="Molybdenum" /> <definition value="Assessment of molybdenum which presents functions as a cofactor for several enzymes, including sulfite oxidase, xanthine oxidase, and aldehyde oxidase." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Molybdenum" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Molybdenum.value"> <path value="Micronutrients.Minerals.Molybdenum.value" /> <short value="Molybdenum" /> <definition value="Assessment of molybdenum which presents functions as a cofactor for several enzymes, including sulfite oxidase, xanthine oxidase, and aldehyde oxidase." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Molybdenum.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Nickel"> <path value="Micronutrients.Minerals.Nickel" /> <short value="Nickel" /> <definition value="Assessment of the nickel that play a beneficial role in some physiological processes of certain animal species." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Nickel" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Nickel.value"> <path value="Micronutrients.Minerals.Nickel.value" /> <short value="Nickel" /> <definition value="Assessment of the nickel that play a beneficial role in some physiological processes of certain animal species." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Nickel.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Phosphorus"> <path value="Micronutrients.Minerals.Phosphorus" /> <short value="Phosphorus" /> <definition value="Assessment of phosphorus is found in nature (e.g., foods, water, and living tissues) primarily as phosphate (PO4)." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Phosphorus" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Phosphorus.value"> <path value="Micronutrients.Minerals.Phosphorus.value" /> <short value="Phosphorus" /> <definition value="Assessment of phosphorus is found in nature (e.g., foods, water, and living tissues) primarily as phosphate (PO4)." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Phosphorus.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Potassium"> <path value="Micronutrients.Minerals.Potassium" /> <short value="Potassium" /> <definition value="Assessment of the potassium which is the main intracellular cation in the body and is required for normal cellular function." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Potassium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Potassium.value"> <path value="Micronutrients.Minerals.Potassium.value" /> <short value="Potassium" /> <definition value="Assessment of the potassium which is the main intracellular cation in the body and is required for normal cellular function." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Potassium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Selenium"> <path value="Micronutrients.Minerals.Selenium" /> <short value="Selenium" /> <definition value="Assessment of selenium, which is an antioxidant nutrient involved in the defense against oxidative stress." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Selenium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Selenium.value"> <path value="Micronutrients.Minerals.Selenium.value" /> <short value="Selenium" /> <definition value="Assessment of selenium, which is an antioxidant nutrient involved in the defense against oxidative stress." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Selenium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Silicon"> <path value="Micronutrients.Minerals.Silicon" /> <short value="Silicon" /> <definition value="Assessment of the silicon, which play a beneficial role in some physiological processes of certain.animal species." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Silicon" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Silicon.value"> <path value="Micronutrients.Minerals.Silicon.value" /> <short value="Silicon" /> <definition value="Assessment of the silicon, which play a beneficial role in some physiological processes of certain.animal species." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Silicon.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Sodium"> <path value="Micronutrients.Minerals.Sodium" /> <short value="Sodium" /> <definition value="Assessment of sodium which is necessary to maintain extracellular fluid volume and plasma osmolality." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Sodium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Sodium.value"> <path value="Micronutrients.Minerals.Sodium.value" /> <short value="Sodium" /> <definition value="Assessment of sodium which is necessary to maintain extracellular fluid volume and plasma osmolality." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Sodium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Vanadium"> <path value="Micronutrients.Minerals.Vanadium" /> <short value="Vanadium" /> <definition value="Assessment of the vanadium that play a beneficial role in some physiological processes of certain. animal species." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Vanadium" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Vanadium.value"> <path value="Micronutrients.Minerals.Vanadium.value" /> <short value="Vanadium" /> <definition value="Assessment of the vanadium that play a beneficial role in some physiological processes of certain. animal species." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Vanadium.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> <element id="Micronutrients.Minerals.Zinc"> <path value="Micronutrients.Minerals.Zinc" /> <short value="Zinc" /> <definition value="Assessment of zinc which is crucial for growth and development. It facilitates several enzymatic processes related to the metabolism of protein, carbohydrates, and fats." /> <min value="0" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Zinc" /> <min value="0" /> <max value="1" /> </base> </element> <element id="Micronutrients.Minerals.Zinc.value"> <path value="Micronutrients.Minerals.Zinc.value" /> <short value="Zinc" /> <definition value="Assessment of zinc which is crucial for growth and development. It facilitates several enzymatic processes related to the metabolism of protein, carbohydrates, and fats." /> <min value="1" /> <max value="1" /> <base> <path value="Micronutrients.Minerals.Zinc.value" /> <min value="1" /> <max value="1" /> </base> <type> <code value="Quantity" /> </type> <mustSupport value="true" /> <isModifier value="false" /> <isSummary value="true" /> </element> </snapshot> </StructureDefinition>