### substance | mineral:

Trace mineral
* All trace minerals can be harmful in large amounts.
* Many trace minerals act as coenzymes, the so-called catalysts in chemical reactions.
* Most trace minerals enhance ability.
* Some trace minerals can be very toxic in excess
  - help insulin
  - lead to diseases
* act a bio-catalysts that enable other nutrients to work properly.
* act as catalysts in enzyme production
  - to the body's enzymatic functions
* are a catalyst to help break major minerals down into a form that can be utilized
  - an essential part of hormone structure, helping regulate hormonal activities
  - crucial to proper endocrine function
  - essential in countless metabolic functions
  - every bit as important in nutrition as vitamins
  - highly important to our well-being
  - important as well, like selenium and copper
  - necessary for proper repair and function of the body and nervous system
  - very vital elements of the human body
* assist in almost every aspect of growth within a plants life cycle
  - with proper skeletal development
* can affect a calf's immune response
  - literally mean the difference between buoyant good health and serious disease
* occur in the body in minute amounts and are needed in smaller amounts in the diet.
* play a part in many biochemical reactions in the human body.

Various mineral
* Most various minerals dissolve in water
  - have properties
* contain magnesium compounds.

### substance | mineral:

Zeolite
* Many zeolites have the ability to catalyze chemical reactions.
* Some zeolites have one or more RUMs for each wave vector.
* also have other hidden powers.
* are a well defined class of crystalline aluminosilicate mineral
  - actually natural products
  - also widely used as catalysts and sorbents
  - alumino silicates used widely in the petrochemical industry as catalysts
  - among the most powerful and versatile catalysts known
  - an example
  - available as powders or as formed products such as extrudates
  - crystalline hydrated aluminosilicates, of the alkali and alkaline earth metals
  - extremely useful economically
  - important catalysts in a number of industries, including the oil industry
* are microporous crystalline oxides with a high surface to volume ratio
  - materials that find use in catalysis and adsorption
  - mineral-like substances composed mostly of aluminium, silicon and oxygen
  - minerals popular with collectors and important industrially
  - model microporous materials that approximate the hydrophobic mineral spaces in soils
  - natural volcanic minerals with an unique, complex crystalline structure
  - non-toxic aluminosilicates and pose no disposal problems
  - particularly good at imprisoning other molecules, such as benzene
  - polar in nature
  - porous silicate and aluminum atoms
  - rigid crystals with a honeycomb-like network of interconnected tunnels and cages
  - small crystals that play a big role in the chemical process industry
  - water softeners
* can also be acid catalysts and can be used as supports for active metals or reagents.
* commonly occur in cavities in basic igneous rocks, especially vesicular basalt.
* display high capability to achieve selective reactions.
* give abyssal red clay deposits their color, particularly in the Pacific.
* have basically three different structural variations
  - several industrial applications, especially in waste water treatment
* help to slow movement of radionuclides from the repository to the human environment.
* interact strongly with both hard acids and bases.
* make an excellent and safe storage medium for hydrogen.
* occur naturally but are also produced industrially on a large scale.
* provide an excellent host for nanostructure formation.
* purify sludge effluents to potable standards.
* thus remove the calcium from solution.