An organism is heterotroph if it obtains its carbon from organic compounds. If it obtains nitrogen from organic compounds but not energy, it is still considered an autotroph (such as carnivorous plants). Organisms that obtain carbon from organic compounds may either be: photoheterotrophs or chemoheterotrophs.Word origin: G. heteros: hÃ©teros the other of, two, other + Different. g: trophos. feederf it obtains nitrogen from organic compounds but not energy, it is still considered an autotroph (such as carnivorous plants). Organisms that obtain carbon from organic compounds may either be: photoheterotrophs or chemoheterotrophs. Word origin: G. heteros: hÃ©teros the other of, two, other + Different. g: trophos. feeder
Fulvic Ionic Minerals can both balance and energize cell life and biological properties once it comes into contact with the cell. If the individual cell is restored to its normal chemical balance and electrical potential, we have given the cell life where death and disintegration would normally occur.
Calcite is the primary mineral in metamorphic marble. It also occurs as a vein mineral in deposits from hot springs, and it occurs in caverns as stalactites and stalagmites. Lublinite is a fibrous, efflorescent form of calcite. transparent variety called Iceland spar is used for optical purposes. Acute scalenohedral crystals are sometimes referred to as dogtooth spar while the rhombohedral form is sometimes referred to as nailhead spar. Single calcite crystals display an optical property called birefringence (double refraction).