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Search result for '21 '. Viewing records 151 to 200 of 264 hits.



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N16876 Name: FET_5.204-203 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: T9A14; MIPS ID number: At4g38730; Chromosome: IV; Gene identity or homology: Cyclophilin-type peptidyl-prolyl cis-transisomerase
N16877 Name: FET_5.204-207 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: F25C20; MIPS ID number: At1g11740; Chromosome: I; Gene identity or homology: Unknown protein
N16878 Name: FET_5.204-234 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: T30B22; MIPS ID number: At2g47560; Chromosome: II; Gene identity or homology: Putative protein
N16879 Name: FET_5.204-262 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: MJK13; Chromosome: III; Gene identity or homology: No homology
N16880 Name: FET_5.206-027 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: F23I14; Chromosome: II
N16881 Name: FET_5.206-036 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: F5O4; Chromosome: II
N16882 Name: FET_5.206-048 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: MNC17; MIPS ID number: At5g59140; Chromosome: V; Gene identity or homology: Similar to elongin
N16883 Name: FET_5.206-117 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: F10A8; MIPS ID number: At2g01270; Chromosome: II; Gene identity or homology: Putative protein
N16884 Name: FET_5.206-129 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: MFC19; MIPS ID number: At5g45530; Chromosome: V; Gene identity or homology: Putative protein
N16885 Name: FET_5.206-131 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: T4C15; MIPS ID number: At2g35100; Chromosome: II; Gene identity or homology: Unknown protein
N16886 Name: FET_5.206-136 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: F28K19; MIPS ID number: At1g77820; Chromosome: I; Gene identity or homology: putative reverse transcriptase
N16887 Name: FET_5.206-143 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: F9L11; MIPS ID number: At1g32980; Chromosome: I; Gene identity or homology: Putative protein
N16888 Name: FET_5.206-144 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: MKP6; MIPS ID number: At3g17490; Chromosome: III; Gene identity or homology: Unknown protein
N16889 Name: FET_5.206-175 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: F17I5; MIPS ID number: At4g33840; Chromosome: IV; Gene identity or homology: Putative protein
N16890 Name: FET_5.206-189 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: F9N11 ; MIPS ID number: At4g30260; Chromosome: IV; Gene identity or homology: Putative YIP1 protein
N16891 Name: FET_5.206-206 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: T27E11; MIPS ID number: At4g27830; Chromosome: IV; Gene identity or homology: Putative B-glucosidase
N16892 Name: FET_5.206-215 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: MLD14; Chromosome: III; Gene identity or homology: Putative protein
N16893 Name: FET_5.206-216 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: T21F11; Chromosome: I; Gene identity or homology: Putative protein
N16894 Name: FET_5.206-222 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: MCD7; MIPS ID number: At5g56380; Chromosome: V; Gene identity or homology: Putative protein
N16895 Name: FET_5.206-224 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: T4M8; MIPS ID number: At2g03500; Chromosome: II; Gene identity or homology: Putative protein
N16896 Name: FET_5.206-227 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: F16G20; MIPS ID number: At4g23320; Chromosome: IV; Gene identity or homology: Serine/threonine kinase like protein
N16897 Name: FET_5.210-001 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: F7J8; Chromosome: V
N16898 Name: FET_5.210-065 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: MUL3; Chromosome: IV
N16899 Name: FET_5.210-067 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: F9K20; MIPS ID number: At1g78860; Chromosome: I; Gene identity or homology: Glycoprotein family protein
N16900 Name: FET_5.210-110 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: T20N10; MIPS ID number: At3g58900; Chromosome: I; Gene identity or homology: Putative protein
N16901 Name: FET_5.210-135 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: T1B9; MIPS ID number: At3g07130; Chromosome: III; Gene identity or homology: Purple acid phosphatase
N16902 Name: FET_5.210-137 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: T18K17; Chromosome: I
N16903 Name: FET_5.210-144 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: F21M12; MIPS ID number: At1g09750; Chromosome: I; Gene identity or homology: Unknown protein
N16904 Name: FET_5.211-001 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: F2K11; MIPS ID number: At1g63590; Chromosome: I; Gene identity or homology: Unknown protein
N16905 Name: FET_5.211-002 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: T20O10; MIPS ID number: At3g63110; Chromosome: III; Gene identity or homology: tRNA isopentenyl transferase like protein
N16906 Name: FET_5.211-010 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: K21C13; MIPS ID number: At5g44930; Chromosome: V
N16907 Name: FET_5.211-011 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: T10P11; Chromosome: IV; Gene identity or homology: Acetic acid transporter
N16908 Name: FET_5.211-026 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: F23I14; Chromosome: II; Gene identity or homology: putative Na+/H+ antiporter
N16909 Name: FET_5.212-002 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: F7J8; Chromosome: V; Gene identity or homology: Short chain dehydrogenase/reductase family like
N16910 Name: FET_5.212-031 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: F5A9; MIPS ID number: At1g24650; Chromosome: I; Gene identity or homology: Similar to 3-oxoacyl-reductase precursor
N16911 Name: FET_5.215-013 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: F9D24; MIPS ID number: At3g58350; Chromosome: III; Gene identity or homology: Putative protein
N16912 Name: FET_5.215-017 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: F26H11; MIPS ID number: At2g21040; Chromosome: II; Gene identity or homology: Hypothetical protein with C2-domain profile
N16913 Name: FET_5.216-005 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: F12F1; Chromosome: I; Gene identity or homology: Similar to vesicle trafficking protein
N16914 Name: FET_5.216-016 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; MIPS ID number: At4g00160; Chromosome: IV; Gene identity or homology: Putative protein
N16915 Name: FET_5.216-023 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: T20F6; MIPS ID number: At2g02710|; Chromosome: II; Gene identity or homology: Putative receptor-like protein kinase
N16916 Name: FET_5.216-028 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: F13B4; MIPS ID number: At1g13520; Chromosome: I; Gene identity or homology: Putative protein
N16917 Name: FET_5.216-029 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: F21B7; Chromosome: I; Gene identity or homology: Putative protein
N16918 Name: FET_5.216-030 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: T23K3; MIPS ID number: At2g01890; Chromosome: II; Gene identity or homology: Putative purple acid phosphatase
N16919 Name: FET_5.216-033 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: F22G5; MIPS ID number: At1g07600; Chromosome: I; Gene identity or homology: Metallothionein gene/ hypothetical protein
N16920 Name: FET_5.216-039 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: F2A19; MIPS ID number: At3g61440; Chromosome: III; Gene identity or homology: Cysteine synthase AtcysC1
N16921 Name: FET_5.216-042 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: F24B9; MIPS ID number: At1g07810; Chromosome: I; Gene identity or homology: Similar to ER-type calcium pump protein
N16922 Name: FET_5.216-044 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: F24P17; Chromosome: III; Gene identity or homology: Putative protein
N16923 Name: FET_5.216-050 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: K21C13; MIPS ID number: At5g44900; Chromosome: V; Gene identity or homology: Similar to disease resistance protein
N16924 Name: FET_5.301-002 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: K15I22 ; MIPS ID number: At5g45840; Chromosome: V; Gene identity or homology: Receptor protein kinase-like protein
N16925 Name: FET_5.301-007 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: K19M22; MIPS ID number: At5g58820; Chromosome: V; Gene identity or homology: Subtilisin-like serine protease
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