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Search result for '21 '. Viewing records 201 to 250 of 264 hits.



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N16926 Name: FET_5.301-009 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: T22K18; Chromosome: III; Gene identity or homology: Unknown protein
N16927 Name: FET_5.305-010 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: F1N21; MIPS ID number: At1g67220; Chromosome: I; Gene identity or homology: Similar to CREB-binding protein
N16928 Name: FET_5.305-015 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: T12J13; MIPS ID number: At3g03660; Chromosome: III; Gene identity or homology: Putative protein
N16929 Name: FET_5.310-010 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: MGO3; MIPS ID number: At5g60080; Chromosome: V; Gene identity or homology: Protein kinase APK1A-like
N16930 Name: FET_5.310-016 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: F23K16; MIPS ID number: At4g39490; Chromosome: IV; Gene identity or homology: Cytochrome p450 like protein
N16931 Name: FET_5.310-017 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: MZN1; MIPS ID number: At5g58782; Chromosome: V; Gene identity or homology: Putative protein
N16932 Name: FET_5.310-024 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: T23J18; Chromosome: I; Gene identity or homology: Putative protein
N16933 Name: FET_5.310-031 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: F18C1; MIPS ID number: At3g05540; Chromosome: III; Gene identity or homology: Unknown protein
N16934 Name: FET_5.311-003 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: T6J22; MIPS ID number: At3g30320; Chromosome: III
N16935 Name: FET_5.311-007 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: T19P19; Chromosome: IV; Gene identity or homology: Putative protein
N16936 Name: FET_5.311-015 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: F21O3; MIPS ID number: At3g07340; Chromosome: III; Gene identity or homology: Similar to helix-loop-helix DNA binding motif
N16941 Name: FET_5.311-047 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; Chromosome: II; Gene identity or homology: Putative nicotinate-nucleotide
N16942 Name: FET_5.311-057 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: F22L4; Chromosome: I; Gene identity or homology: ACS synthase
N16943 Name: FET_5.311-059 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: MCB17; MIPS ID number: At3g22330; Chromosome: III; Gene identity or homology: Putative protein
N16944 Name: FET_5.311-062 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: T4M5; MIPS ID number: At5g52510; Chromosome: II; Gene identity or homology: Unknown protein
N16945 Name: FET_5.311-068 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: F24K9; Chromosome: III; Gene identity or homology: Putative protein
N16946 Name: FET_5.311-073 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: MTH12 ; MIPS ID number: At5g59670; Chromosome: V; Gene identity or homology: Receptor-like protein kinase
N16947 Name: FET_5.311-081 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: MTH12; MIPS ID number: At5g59680; Chromosome: V; Gene identity or homology: Receptor-like protein kinase
N16948 Name: FET_5.311-108 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: MMN10 ; Chromosome: V; Gene identity or homology: Small GTP-binding protein-like
N16949 Name: FET_5.312-001 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: T12P18; MIPS ID number: At1g63870; Chromosome: I; Gene identity or homology: Putative disease resistance protein
N16950 Name: FET_5.322-002 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: FCAALL; MIPS ID number: At4g15070; Chromosome: IV; Gene identity or homology: Similar to endoprotease
N16951 Name: FET_5.322-008 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: F7H19 ; Chromosome: IV; Gene identity or homology: Similar to Na(+) dependent transporter
N16952 Name: FET_5.323-002 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: F10O3; MIPS ID number: At1g03160; Chromosome: I; Gene identity or homology: Unknown protein
N16953 Name: FET_5.323-003 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: T23E23; MIPS ID number: At1g23980; Chromosome: V; Gene identity or homology: Ring H2 finger protein-like
N16954 Name: FET_5.323-009 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: F20C19; Chromosome: III; Gene identity or homology: Putative protein
N16955 Name: FET_5.323-011 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: T10C21; MIPS ID number: At4g30720; Chromosome: IV; Gene identity or homology: Putative protein
N16956 Name: FET_5.323-012 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: MBK21; Chromosome: III; Gene identity or homology: FUSCA protein FUS6-like protein
N16957 Name: FET_5.323-021 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: MZN1; MIPS ID number: At5g58720; Chromosome: V; Gene identity or homology: PRL1 associated protein
N16958 Name: FET_5.323-023 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: MVA11; MIPS ID number: At3g30405; Chromosome: V; Gene identity or homology: Putative protein
N16959 Name: FET_5.323-024 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: F4I1; Chromosome: II
N16960 Name: FET_5.323-026 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: MEE6; MIPS ID number: At5g41190; Chromosome: V; Gene identity or homology: Unknown protein
N16961 Name: FET_5.323-028 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: MMN10; Chromosome: V; Gene identity or homology: Similar to RNaseP protein
N16962 Name: FET_5.323-030 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: MZN1; Chromosome: V; Gene identity or homology: Putative protein
N16964 Name: FET_5.326-008 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: FCAALL; MIPS ID number: At4g15350; Chromosome: IV; Gene identity or homology: Putative protein
N16966 Name: FET_5.326-016 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: K14B15 ; MIPS ID number: At3g23140; Chromosome: III; Gene identity or homology: Unknown protein
N16967 Name: FET_5.327-003 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: F4F15; MIPS ID number: At3g52155; Chromosome: III; Gene identity or homology: Similar to RNA binding protein
N16968 Name: FET_5.327-021 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: F10M23 ; Chromosome: IV; Gene identity or homology: Putative protein
N16969 Name: FET_5.327-023 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: T7H20; MIPS ID number: At5g02050; Chromosome: V; Gene identity or homology: Unknown protein
N16971 Name: FET_5.327-032 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: F6G3; MIPS ID number: At4g30120; Chromosome: IV; Gene identity or homology: Cadmium-transporting ATPase-like protein
N16972 Name: FET_5.327-033 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: T9L3; MIPS ID number: At5g14820; Chromosome: V; Gene identity or homology: Unknown protein
N16973 Name: FET_5.327-038 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; Chromosome: I; Gene identity or homology: Putative protein
N16976 Name: FET_5.327-092 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: MXC9; MIPS ID number: At5g12180; Chromosome: V; Gene identity or homology: Similar to RNA-binding protein
N16978 Name: FET_5.328-002 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: K21C13; MIPS ID number: At5g44930; Chromosome: V; Gene identity or homology: Unknown protein
N16979 Name: FET_5.328-018 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: MIL15; MIPS ID number: At3g30200; Chromosome: III
N16980 Name: FET_5.328-019 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: T8O11; MIPS ID number: At2g01620; Chromosome: II; Gene identity or homology: Putative protein
N16981 Name: FET_5.328-023 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: K5K13; Chromosome: III
N16982 Name: FET_5.329-010 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: F6N23; MIPS ID number: At4g00620; Chromosome: IV; Gene identity or homology: Putative dehydrogenase/cyclohydrolase
N16983 Name: FET_5.332-031 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: K19E1; Chromosome: V; Gene identity or homology: Ubiquitin-conjugating enzyme
N16984 Name: FET_5.345-005 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: F6N23; MIPS ID number: At4g00700; Chromosome: IV; Gene identity or homology: Putative protein
N16985 Name: FET_5.345-024 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: At1g63580; Chromosome: I; Gene identity or homology: Similar to receptor-like-protein kinase
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