1.14.19.2: stearoyl-[acyl-carrier-protein] 9-desaturase
This is an abbreviated version!
For detailed information about stearoyl-[acyl-carrier-protein] 9-desaturase, go to the full flat file.
Word Map on EC 1.14.19.2
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1.14.19.2
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oleic
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stearic
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desaturation
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desaturases
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1.14.99.6
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diiron
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delta9d
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oleoyl-acp
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fatbs
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palmitoyl-acp
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biotechnology
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biofuel production
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agriculture
- 1.14.19.2
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oleic
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stearic
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desaturation
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desaturases
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1.14.99.6
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diiron
- delta9d
- oleoyl-acp
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fatbs
- palmitoyl-acp
- biotechnology
- biofuel production
- agriculture
Reaction
Synonyms
acyl-ACP-desaturase, acyl-[acyl-carrier-protein] desaturase, ahSAD3A, ahSAD3B, AtSAD1, CrFAB2, CSAD, DELTA9 desaturase, DELTA9-stearoyl-ACP-desaturase-C, DesA1, DesA2, desaturase, acyl-[acyl carrier protein], EC 1.14.99.6, FAB, FAB2, Gmsacpd-c, NbSACPD-A, NbSACPD-B, NbSACPD-C, OeSAD2, OeSAD3, OsSAD1, OsSAD2, OsSAD3, PpSAD, PtSAD, S-ACP-DES, S-ACP-DES1, S-ACP-DES2, S-ACP-DES3, S-ACP-DES4, S-ACP-DES5, S-ACP-DES6, SACPD, SACPD-C, SAD, SAD1, SAD2, SAD3, SAD4, SAD6, SAD7, SAD8, SLL1, SSI2 desaturase, SSI2/FAB2, stearoyl-ACP desaturase, stearoyl-acyl carrier protein (ACP) desaturase, stearoyl-acyl carrier protein desaturase, stearoyl-acyl carrier protein desaturase 3, stearoyl-acyl carrier protein desaturase-1, stearoyl-acyl carrier protein fatty acid desaturase, stearoyl-[acyl carrier protein] desaturase, stearyl acyl carrier protein desaturase, stearyl-ACP desaturase, stearyl-acyl carrier protein desaturase, Tc01g009910, Tc04g005590, Tc04g017510, Tc04g017520, Tc04g017540, Tc05g012840, Tc08g012550, Tc09g024040, TcSAD1, TcSAD2, TcSAD3, TcSAD4, TcSAD5, TcSAD6, TcSAD7, TcSAD8, XsSAD, ZmSAD1
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1.14.19.2 stearoyl-[acyl-carrier-protein] 9-desaturaseAdvanced search results
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results (Source Tissue
Source Tissue on EC 1.14.19.2 - stearoyl-[acyl-carrier-protein] 9-desaturase
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SOURCE TISSUE 
ORGANISM
UNIPROT
COMMENTARY 
LITERATURE
SOURCE
RT-PCR, gene-specific primers for the isoform
additional information
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RT-PCR, gene-specific primers for the isoform
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Northern blot, RT-PCR, gene-specific primers for the isoform
Northern blot, RT-PCR, gene-specific primers for the seven isoforms
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RT-PCR, gene-specific primers for the isoform
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expressed at the lateral root tip, but not detected in the elongation zone of the crown roots
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found in developing seeds, 15-50 days after flowering, not in germinated seeds
zygotic, TcSAD relative expression and fatty acid composition in maturing cacao seeds, overview
zygotic, TcSAD relative expression and fatty acid composition in maturing cacao seeds, overview, highest expression level of TcSAD7
zygotic, TcSAD relative expression and fatty acid composition in maturing cacao seeds, overview. High expression level of TcSAD1
expression levels of ZmSAD1 in the mature maize embryos, ten maize embryos are excised from the mature seeds, overview
RT-PCR, gene-specific primers for the isoform
additional information
the yield of CocoFAD is the highest in the endosperm of 8-month-old coconut and leaf, the yield is reduced to 50% of the highest level in the endosperm of 15-month-old coconut
additional information
fatty acid content and SAD isozyme expression levels during fruit mesocarp development, overview
additional information
fatty acid content and SAD isozyme expression levels during fruit mesocarp development, overview
additional information
fatty acid content and SAD isozyme expression levels during fruit mesocarp development, overview
additional information
quantitative real-time PCR reveals that the gene shows marked distinct expression during different stages of seed developments. SAD gene displays tissue-specific expression patterns, the expression level in seeds and in leaf is significantly higher than in other tissues
additional information
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quantitative real-time PCR reveals that the gene shows marked distinct expression during different stages of seed developments. SAD gene displays tissue-specific expression patterns, the expression level in seeds and in leaf is significantly higher than in other tissues
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
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tissue-specific expression pattern of SAD isoforms in Theobroma cacao, expression of TcSAD5 is primarily detected in roots at low level
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
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tissue-specific expression pattern of SAD isoforms in Theobroma cacao, genes TcSAD3 and TcSAD4 are predominantly expressed in unopened and open flowers, where the expression levels of TcSAD3 and TcSAD4 are significantly higher than any other SAD isoforms, the transcripts of both are barely detectable in all the other tissues, indicating that they are flower-specific genes
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
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tissue-specific expression pattern of SAD isoforms in Theobroma cacao, TcSAD7 constitutivel expresses in all examined tissues with higher expression in roots and zygotic seeds at all developmental stages
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
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tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD1 and TcSAD2 are detected in all the examined tissues, in which the expression levels of TcSAD1 are higher than those of TcSAD2
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
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tissue-specific expression pattern of SAD isoforms in Theobroma cacao, transcripts of TcSAD6 and TcSAD8 are barely detected in any of the tissues analyzed, suggesting that they might be pseudogenes or expressed in a tissue, stage of development, or induction condition not tested
additional information
XsSAD Xanthoceras sorbifolia has a much higher expression in embryos than in leaves and petals. XsSAD expression also correlated well with the oleic acid, unsaturated fatty acid, and total fatty acid levels in developing embryos
additional information
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XsSAD Xanthoceras sorbifolia has a much higher expression in embryos than in leaves and petals. XsSAD expression also correlated well with the oleic acid, unsaturated fatty acid, and total fatty acid levels in developing embryos
