Inorganic Ions
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It's important to know the different inorganic ions (organic molecules being carbon-made ones) and their functions and uses in biology. There are two types of inorganic ions to know; cations and anions;
Cations
Calcium;
It's important to know the different inorganic ions (organic molecules being carbon-made ones) and their functions and uses in biology. There are two types of inorganic ions to know; cations and anions;
(Lubo Minar) |
Cations
Calcium;
- Used in blood clotting to allow enzyme cascade and the 12 clotting factors
- Aids muscle contraction
- Helps maintain pH and water levels in the body
- Helps maintain rigidity in teeth, bones and cartilage
- Used as an enzyme cofactor for enzymes such as ATPase and lipase
- Important factor in the exoskeleton
Potassium;
- Maintains pH and water levels in the body
- Allows healthy leaves and flowers in plants
- Nervous and muscular response
- Vacuole maintenance in plant cells
- Involved in active transport
- Involved in synthesis of glycogen and proteins and the lysis (break down) of glucose
Sodium;
- Maintains pH and water levels in the body
- Involved in water re-absorption in the kidneys and carbohydrate absorption in the small intestine
- Muscle and nervous contractions
- Vacuole maintenance in plant cells
Hydrogen;
- Involved in photosynthesis and respiration reactions
- Helps maintain pH of the blood and water levels in the body
- Involved in transport of O2 and CO2
Ammonium;
- Part of the nitrogen cycle
- Involved in the production of nucleic acids
- Synthesis of protein based hormones for example insulin
- Synthesis or proteins, vitamins, amino acids and chlorophyll
(Roman Synkevych) |
Anions
Hydrogen carbonate;
- pH and water levels in the body
- Involved in transport of O2 and CO2
Ammonia;
- Nitrogen cycle
- Involved in the synthesis of protein based hormones e.g insulin
- Synthesis of vitamins, proteins, chlorophyll
- Production of nucleotides
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