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The European Arabidopsis Stock Centre

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Search result for '21 '. Viewing records 51 to 100 of 264 hits.



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N16764 Name: FET_3.201-048 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F5I10; MIPS ID number: At4g00450; Chromosome: IV; Gene identity or homology: Putative protein
N16765 Name: FET_3.201-050 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F6N23; Chromosome: IV; Gene identity or homology: ATP-dependent RNA helicase-like
N16766 Name: FET_3.201-052 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F7D8; MIPS ID number: At2g21900; Chromosome: II; Gene identity or homology: Putative phosphatidic acid phosphatase
N16767 Name: FET_3.201-053 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T15B3; MIPS ID number: At3g44040; Chromosome: III; Gene identity or homology: Putative protein
N16768 Name: FET_3.201-055 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F5I10; Chromosome: IV; Gene identity or homology: Putative protein
N16769 Name: FET_5.201-057 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F10A5; MIPS ID number: At1g75750; Chromosome: I; Gene identity or homology: GAST like
N16770 Name: FET_3.201-061 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F1P15; MIPS ID number: At2g16590; Chromosome: II; Gene identity or homology: Putative protein
N16771 Name: FET_3.201-065 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F28J9; Chromosome: I
N16772 Name: FET_3.201-066 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F1O3; MIPS ID number: At1g03000; Chromosome: I
N16773 Name: FET_5.201-067 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T11I11; MIPS ID number: At1g78110; Chromosome: I; Gene identity or homology: Putative protein
N16774 Name: FET_5.201-068 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F7A7; MIPS ID number: At5g01640; Chromosome: IV; Gene identity or homology: BRCA2-like
N16775 Name: FET_5.201-070 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T11A7; MIPS ID number: At2g41760; Chromosome: II; Gene identity or homology: Putative protein
N16776 Name: FET_3.201-073 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T19P19; MIPS ID number: At4g39675; Chromosome: IV; Gene identity or homology: Unknown protein
N16777 Name: FET_3.201-075 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T21F11; MIPS ID number: At1g80460; Chromosome: I; Gene identity or homology: putative glycerol kinase
N16778 Name: FET_5.201-076 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T31E10; MIPS ID number: At2g34590; Chromosome: II; Gene identity or homology: Putative pyruvate dehydrogenase complex E1 beta subunit
N16779 Name: FET_5.201-078 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T10I14; MIPS ID number: At4g22240; Chromosome: IV; Gene identity or homology: Unknown protein
N16781 Name: FET_5.201-081 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: M7J2; MIPS ID number: At4g25590; Chromosome: IV; Gene identity or homology: Actin-depolymerizing factor-like
N16782 Name: FET_3.201-084 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: K19B1; Chromosome: V; Gene identity or homology: H-protein promoter binding factor-like protein
N16783 Name: FET_5.201-085 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F5N5; Chromosome: III; Gene identity or homology: Similar to mitochondrial genome
N16784 Name: FET_5.201-096 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T15P10; MIPS ID number: At4g00010|; Chromosome: IV
N16785 Name: FET_3.201-104 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F28A23; MIPS ID number: At4g34131; Chromosome: IV; Gene identity or homology: Unknown protein
N16786 Name: FET_3.201-106 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F19K16; MIPS ID number: At1g79840; Chromosome: I; Gene identity or homology: Chloroplast ribosomal protein S17
N16787 Name: FET_3.201-109 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T2H3; Chromosome: IV; Gene identity or homology: Putative protein
N16789 Name: FET_5.201-112 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T7H20; MIPS ID number: At5g02170; Chromosome: V; Gene identity or homology: Similar to amino acid transport protein
N16790 Name: FET_5.201-113 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T24P15; MIPS ID number: At2g42160; Chromosome: II; Gene identity or homology: Unknown protein
N16791 Name: FET_3.201-114 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T16O11; MIPS ID number: At3g08970; Chromosome: III; Gene identity or homology: DNAJ- like protein
N16792 Name: Nina Fedoroff Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F6N15; Chromosome: IV
N16793 Name: FET_5.201-119 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F14M4; Chromosome: II; Gene identity or homology: Putative glucoamylase
N16794 Name: FET_5.201-120 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F3F9; MIPS ID number: At1g78370; Chromosome: I; Gene identity or homology: Glutathione transferase
N16796 Name: FET_3.201-122 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F9K20; Chromosome: I; Gene identity or homology: Unknown protein
N16798 Name: FET_5.201-125 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F19K16; MIPS ID number: At1g79830; Chromosome: I
N16799 Name: FET_3.201-127 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T14P8 ; MIPS ID number: At4g02410; Chromosome: IV; Gene identity or homology: Putative receptor-like protein kinase
N16800 Name: FET_3.201-128 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F17A22; MIPS ID number: At2g47870; Chromosome: II; Gene identity or homology: Putative glutaredoxin
N16801 Name: FET_3.201-132 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F23A5; MIPS ID number: At1g80960; Chromosome: I; Gene identity or homology: Unknown protein with F box domain
N16802 Name: FET_5.201-134 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T17J13; MIPS ID number: At3g62260; Chromosome: III; Gene identity or homology: Similar to phosphoprotein phosphatase
N16803 Name: FET_5.201-135 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T2D23; Chromosome: I; Gene identity or homology: Similar to copper homeostasis factor
N16805 Name: FET_5.201-141 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F23H14; Chromosome: II; Gene identity or homology: Putative sec-independent protein translocase
N16806 Name: FET_3.201-144 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: MSJ1; MIPS ID number: At5g64190; Chromosome: V; Gene identity or homology: Putative protein
N16809 Name: FET_5.201-155 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: MAA21; Chromosome: III; Gene identity or homology: Putative protein
N16810 Name: FET_3.201-157 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: MAA21; Chromosome: III; Gene identity or homology: Putative protein
N16811 Name: FET_3.201-161 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F23A5; MIPS ID number: At1g80740; Chromosome: I; Gene identity or homology: Chromomethylase (CMT1) gene
N16812 Name: Nina Fedoroff Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T25F15; Chromosome: III
N16813 Name: FET_3.201-166 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T30C3; MIPS ID number: At4g25440; Chromosome: IV; Gene identity or homology: Putative protein
N16814 Name: FET_5.201-169 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F23A5; MIPS ID number: At1g80960; Chromosome: I; Gene identity or homology: F Box domain
N16815 Name: FET_5.201-173 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Locus Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F17I14; MIPS ID number: At5g09730; Chromosome: V; Gene identity or homology: b- xylosidase
N16816 Name: FET_5.201-174 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F5I10; MIPS ID number: At4g00390; Chromosome: IV; Gene identity or homology: Putative protein
N16817 Name: FET_5.201-183 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T22E19; MIPS ID number: At1g68170; Chromosome: I; Gene identity or homology: similar to MtN21
N16818 Name: FET_5.201-187 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F19K16; MIPS ID number: At1g79710; Chromosome: I; Gene identity or homology: Putative protein
N16819 Name: FET_5.201-191 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: F7P12; MIPS ID number: At1g34355; Chromosome: I; Gene identity or homology: Putative transcription factor
N16820 Name: FET_5.201-197 Price: £11.00
Donor
  • Pennsylvania State University Nina Fedoroff
Stock type: individual line
Material type: seed


Description
Dissociation (Ds) transposon insertion line, generated using an Ac/Ds tagging system, the precise chromosome location was identified by flank-sequencing, the Ds transposon was mobilized by a genetic cross between plants that were homozygous for a single Ds-T-DNA and plants with a stabilized Ac as a source of the transposase; the Ac-T-DNA carries an Agrobacterial indole acetamide hydrolase gene (tms2) as a negative selectable marker; the Ac element has been removed; plants carrying the transposon (Ds) are resistant to hygromycin; appears to be segregating for hygromycin resistance; Genomic clone: T7M24; Chromosome: IV
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