taxonomy |
labdane |
As nouns the difference between taxonomy and labdane
is that
taxonomy is the science or the technique used to make a classification while
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products.
labdane |
andrographolide |
As nouns the difference between labdane and andrographolide
is that
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products while
andrographolide is (organic compound) a bitter labdane diterpenoid that is the main bioactive component of the medicinal plant
andrographis paniculata , effective against certain cancers.
eikosylene |
labdane |
Synonyms |
Eikosylene is a synonym of labdane.
As nouns the difference between eikosylene and labdane
is that
eikosylene is (chemistry|archaic) a liquid hydrocarbon, c
20h
38, of the acetylene series, obtained from lignite while
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products.
structural |
labdane |
As nouns the difference between structural and labdane
is that
structural is a component used in construction while
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products.
As an adjective structural
is of, relating to, or having structure.
bicyclic |
labdane |
As nouns the difference between bicyclic and labdane
is that
bicyclic is (chemistry) a bicyclic compound while
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products.
As an adjective bicyclic
is having two cycles.
labdane |
forskolin |
As nouns the difference between labdane and forskolin
is that
labdane is (organic chemistry) a natural bicyclic diterpene with the chemical formula c
20h
38, forming the structural core of a wide variety of natural products while
forskolin is (biochemistry) a labdane diterpene produced by the plant
coleus forskohlii ; commonly used in the study and research of cell physiology.