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the cell line expresses a Caenorhabditis elegans SID-1 (CeSID-1) transmembrane protein with the ability to uptake double-stranded RNA into the cells
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carcinoma
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high content of AS in grains in the middle stage of ripening, in vascular tissues
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high expression in T-lineage and low expression in B-lineage
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higher expression than in lymphoblastic leukemia cells
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low
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tip section
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during the ripening of the spikelets AS contents increases during the first 21 days after flowering, then declines rapidly
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TaASN1 is dramatically induced by salinity, osmotic stress and exogenous abscisic acid
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TaASN2 transcripts are very low
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low
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SB-P, dark-adapted
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etiolated
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etiolated
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of seedlings
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rosette leaves, of 35-day-old plants
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rosette leaves, of 35-day-old plants
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primary leaves
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expression of HvAS1, higher mRNA levels in younger leaves than in older leaves, induced by dark treatment, induction seems to require a dramatic change in the C/N ratio since no diurnal variation is observed and up-regulation of transcription only occurs after 10 h of darkness
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expression of HvAS2
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high content of AS in leaf sheath at the second position from the fully expanded top leaf, the contents gradually decreases in leaf sheaths as a function of increasing age, in vascular tissues
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OsAS2 mRNA is abundant in leaf blades and sheathes of rice
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first leaves, etiolated
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upregulation in leaves infected by the bacterial pathogen Pseudomonas syringae, high activity in phloem cells of the main vascular bundles and in secondary veins of the leaf blade
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of seedlings
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Asn-resistant leukemia cells
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high activity in fetal liver and low activity in adult liver
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adult pancreas is the most active tissue found
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enzyme expression analysis
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enzyme expression analysis
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much lower expression levels than in shoots of etiolated plants, light treatment decreases expression levels
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expression after cultivation on nitrate. Expression of the gene is reduced to very low levels within days after submitting the plants to a N-free medium. The subsequent return to a complete medium, containing nitrate restores expression of all three genes. High and low expression of genes in the roots are associated with high and low ratios of Asn/Asp transported to the shoot through xylem
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expression of isoforms SAS1, SAS2 after cultivation on nitrate. Expression of the genes is reduced to very low levels within days after submitting the plants to a N-free medium. The subsequent return to a complete medium, containing nitrate restores expression of all three genes. High and low expression of genes in the roots are associated with high and low ratios of Asn/Asp transported to the shoot through xylem
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low-level expression of HvAS1, unaffected by light
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OsAS2 mRNA is detectable in the roots, its content decreases when NH+4 is supplied
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root surface cell-specific expression of OsAS1 gene. OsAS1 is mainly expressed in the roots, with in situ hybridization showing that the corresponding mRNA is specifically accumulated in the three cell layers of the root surface (epidermis, exodermis and sclerenchyma) in an NH4+-dependent manner
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of mature plants
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expression of PvNAS2 in roots is confined to vascular bundles and meristematic tissues, while in root nodules its expression is solely localized to vascular traces and outer cortical cells encompassing the central nitrogen-fixing zone, but never detected in either infected or non-infected cells located in the central region of the nodule
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high expression, confined to vascular bundles and meristematic tissues
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TaASN1 is dramatically induced by salinity, osmotic stress and exogenous abscisic acid
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TaASN2 transcripts are very low
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expression in absence of nitrate
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expression of isoforms SAS1, SAS2 in absence of nitrate
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detection in early stages of nodule development, no detection in nodules that have become competent for nitrogen fixation
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expression of PvNAS2 in roots is confined to vascular bundles and meristematic tissues, while in root nodules its expression is solely localized to vascular traces and outer cortical cells encompassing the central nitrogen-fixing zone, but never detected in either infected or non-infected cells located in the central region of the nodule
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mainly induced during the early days of nitrogen fixation, confined to vascular traces and outer cortical cells. Down-regulation when carbon availability is reduced, while the addition of sugars to the plants induces expression
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TaASN1 is dramatically induced by salinity, osmotic stress and exogenous abscisic acid
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TaASN2 transcripts are very low
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the gene for AS is predominantly expressed in shoots as compared to roots of etiolated plants, light treatment decreases expression levels
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TaASN1 is dramatically induced by salinity, osmotic stress and exogenous abscisic acid
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TaASN2 transcripts are very low
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fourth siliques numbered from the top of 35-day-old plants
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fourth siliques numbered from the top of 35-day-old plants
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TaASN2 transcripts are very low
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young, TaASN1 is dramatically induced by salinity, osmotic stress and exogenous abscisic acid
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low
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expression of HvAS1
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expression of HvAS2
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additional information
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the three asparagine synthetase genes asnB, asnH and asnO are differentially expressed during cell growth, expression pattern
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additional information
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the three asparagine synthetase genes asnB, asnH and asnO are differentially expressed during cell growth, expression pattern
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additional information
analysis of mRNA expression in 19 ovarian cancer cell lines
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additional information
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analysis of mRNA expression in 19 ovarian cancer cell lines
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additional information
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the enzyme is ubiquitous in its organ distribution in mammals, but basal expression is relatively low in tissues other than the exocrine pancreas
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additional information
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ASNS expression is not detected in normal brain tissue, and the expression is marginal in low-grade pilocytic astrocytoma and diffuse astrocytoma
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additional information
expression pattern, dark treatment of plants increases expression of HvAS1
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additional information
expression pattern, dark treatment of plants increases expression of HvAS1
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additional information
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expression pattern, dark treatment of plants increases expression of HvAS1
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additional information
expression pattern, no expression of HvAS2 in roots
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additional information
expression pattern, no expression of HvAS2 in roots
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additional information
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expression pattern, no expression of HvAS2 in roots
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additional information
expression of barley HvASN genes during leaf senescence and in response to starvation-induced senescence, monitoring of HvASN expression during developmental and stress-induced senescence, overview. Changes in HvASN transcript levels in plants grown under nitrate-limiting conditions, all the HvASN transcript levels (except HvASN4) decrease with ageing under low-nitrate conditions and increased under high-nitrate conditions
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additional information
expression of barley HvASN genes during leaf senescence and in response to starvation-induced senescence, monitoring of HvASN expression during developmental and stress-induced senescence, overview. Changes in HvASN transcript levels in plants grown under nitrate-limiting conditions, all the HvASN transcript levels (except HvASN4) decrease with ageing under low-nitrate conditions and increased under high-nitrate conditions
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additional information
expression of barley HvASN genes during leaf senescence and in response to starvation-induced senescence, monitoring of HvASN expression during developmental and stress-induced senescence, overview. Changes in HvASN transcript levels in plants grown under nitrate-limiting conditions, all the HvASN transcript levels (except HvASN4) decrease with ageing under low-nitrate conditions and increased under high-nitrate conditions
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additional information
expression of barley HvASN genes during leaf senescence and in response to starvation-induced senescence, monitoring of HvASN expression during developmental and stress-induced senescence, overview. Changes in HvASN transcript levels in plants grown under nitrate-limiting conditions, all the HvASN transcript levels (except HvASN4) decrease with ageing under low-nitrate conditions and increased under high-nitrate conditions
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additional information
expression of barley HvASN genes during leaf senescence and in response to starvation-induced senescence, monitoring of HvASN expression during developmental and stress-induced senescence, overview. Changes in HvASN transcript levels in plants grown under nitrate-limiting conditions, all the HvASN transcript levels (except HvASN4) decrease with ageing under low-nitrate conditions and increased under high-nitrate conditions
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additional information
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organ and cellular localization
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additional information
isozyme OsAS1 mRNA is the major species in rice roots when the seedlings are hydroponically grown for 18 d after germination with water
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additional information
isozyme OsAS1 mRNA is the major species in rice roots when the seedlings are hydroponically grown for 18 d after germination with water
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additional information
OsAS1 mRNA is the major species in rice roots when the seedlings are hydroponically grown for 18 d after germination with water
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additional information
OsAS1 mRNA is the major species in rice roots when the seedlings are hydroponically grown for 18 d after germination with water
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additional information
expression pattern of PVAS1, not expressed in nodules, not repressed by light
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additional information
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expression pattern of PVAS1, not expressed in nodules, not repressed by light
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additional information
isoform PvAs3 is ubiquitously expressed and not repressed by light
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additional information
comparative expression analysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview. PpAS2 expression is essentially constitutive
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additional information
comparative expression analysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview. PpAS2 expression is essentially constitutive
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additional information
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comparative expression analysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview. PpAS2 expression is essentially constitutive
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additional information
comparative expressionanalysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview
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additional information
comparative expressionanalysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview
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additional information
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comparative expressionanalysis of isozymes during pine development, quantitative real time-PCR expression analysis, overview
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