4.2.3.131: miltiradiene synthase
This is an abbreviated version!
For detailed information about miltiradiene synthase, go to the full flat file.
Word Map on EC 4.2.3.131
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4.2.3.131
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diterpenoids
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salvia
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diterpene
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tanshinones
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miltiorrhiza
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synthases
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copalyl
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triptolide
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wilfordii
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tripterygium
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hairy
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carnosol
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glandular
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ent-cpp
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lamiaceae
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jasmonate
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labdane-related
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cyclases
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ferruginol
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benthamiana
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trichome
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cosy
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one-hybrid
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synthesis
- 4.2.3.131
-
diterpenoids
- salvia
-
diterpene
- tanshinones
- miltiorrhiza
- synthases
-
copalyl
- triptolide
- wilfordii
-
tripterygium
-
hairy
- carnosol
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glandular
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ent-cpp
- lamiaceae
- jasmonate
-
labdane-related
- cyclases
- ferruginol
- benthamiana
- trichome
-
cosy
-
one-hybrid
- synthesis
Reaction
Synonyms
ent-kaurene synthase-like, IrTPS4, kaurene synthase-like, kaurene synthase-like 1, kaurene synthase-like 2, KSL, KSL1, KSL2, KSL3, RoSKL1, RoSKL2, SfKSL, SmiKSL, SmMDS, TPS4, TwTPS27v2
ECTree
4.2.3.131 miltiradiene synthaseAdvanced search results
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results (Source Tissue
Source Tissue on EC 4.2.3.131 - miltiradiene synthase
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SOURCE TISSUE 
ORGANISM
UNIPROT
COMMENTARY 
LITERATURE
SOURCE
low content of enzyme KSL3, moderate content of enzyme KSL1
high content of enzyme KSL1, moderate content of enzyme KSL3
additional information
high content of enzyme KSL3, moderate content of enzyme KSL1
young leaves show higher accumulation of SfKSL transcripts, when compared to the fully expanded leaves, consistent with the trichome and developmental regulation of carnosic acid build-up
elevated expression in trichome of young leaf. Isoform KSL1 transcript level is less than 1% of expression of isoform KSL2
periderm and cortex, high content of enzyme KSL1, low content of enzyme KSL3
additional information
expression patterns of isozymes KSL1 and KSL3, overview
additional information
real-time PCR analysis demonstrates higher expression level of SfKSL in isolated trichomes than in leaves without trichomes
additional information
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real-time PCR analysis demonstrates higher expression level of SfKSL in isolated trichomes than in leaves without trichomes
additional information
quantitative RT-PCR expression analysis on whole leaves shows that RoKSL2 and RoKSL1 are preferentially expressed in young leaves, with RoKSL1 being much less expressed than RoKSL2. Direct comparison of the expression levels between RoKSL1 and RoKSL2 in isolated trichomes and in the remaining leaves indicates that RoKSL1 is not specific to the trichomes and significantly less expressed than RoKSL2 (RoKSL1 transcript level about 1% of expression of RoKSL2)
additional information
quantitative RT-PCR expression analysis on whole leaves shows that RoKSL2 and RoKSL1 are preferentially expressed in young leaves, with RoKSL1 being much less expressed than RoKSL2. Direct comparison of the expression levels between RoKSL1 and RoKSL2 in isolated trichomes and in the remaining leaves indicates that RoKSL1 is not specific to the trichomes and significantly less expressed than RoKSL2 (RoKSL1 transcript level about 1% of expression of RoKSL2)
