Search Results
Search result for 'flowering '. Viewing records 151 to 200 of 1366 hits.
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| N8843 | Name: auxin resistant, ethylene insensitive | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description hormone, form, flowering |
Phenotype double mutant: aux1-7, ein2. ; resistant to auxin and ethylene; large rosette, delayed bolting; altered geotropic response; slight increase in root elongation; independently isolated allele of the EIN2 locus |
| N8844 | Name: ein2 | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description independently isolated allele of the EIN2 locus; backcrossed 5 times |
Phenotype insensitive to ethylene; large rosette, delayed in bolting |
| N8847 | Name: AGL8::GUS | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description AGL8::GUS; agamous-like GUS; contains a 2.3 kb fragment of the AGL8 promoter inserted into the HindIII/SaII sites of pBI101.2; AGL expression is detected before floral determination; expression patterns also change quantitatively during the photoinduced transition to flowering. |
Phenotype AGL expression is detected before floral determination; expression patterns also change quantitatively during the photoinduced transition to flowering. |
| N8849 | Name: LFY::GUS | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description LFY::GUS, contains pDW150 derived from pDW137, a pCGN1547 derivative containing the HindIII-EcoRI fragment of pBI101.2, which encompasses the B-glucuronidase (GUS) coding region and the nos terminator, the 2.3 kb BamHI fragment spanning the LFY promoter was inserted in front of GUS in pDW137, such that the fusion gene uses the LFY initiation codon, which overlaps the downstream BamHI site; LFY expression detected before floral determination, with gradual changes during the vegetative phase of plant development, changing quantitatively during the photoinduced transition to flowering |
| N9727 | Name: 35S:LFY | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description These transgenic plants constitutively express the flower-meristem-identity gene LEAFY. Dominant early flowering, segregates 3:1 for transgeneSingle locus segregating overexpression of LFY sDNA from 35S promoter, primary vector pCGN18 (Jack, T., Fox, G.L., and Meyerowitz, E.M. 1994. Arabidopsis homeotic gene APETALA3 ectopic expression: transcriptional and posttranscriptional regulation determine organ identity. Cell 76: 703-716), derived from pCGN1547 (McBride, K.E. and Summerfelt, K.R. 1990). Improved binary vectors for Agrobacterium-mediated plant transformation (Plant Mol Biol 14: 269-276.); name of 35S:LFY construct:pDW151 |
Phenotype Terminal flowers on main inflorescence. Side shoot replaced by solitary flowers. Early-flowering. Reduced fertility. Propagate in short days for best seed set. |
| N9981 | Name: Noccaea caerulescens Saint Laurent Le Minier A1M4 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description 5500 M0 seeds were irradiated with fast neutrons for 137 min, at a dose rate of 60 Gy (Biological Irradiation Facility, Budapest Research Reactor (BRR), Budapest Neutron Centre, Budapest, Hungary). The mean water kerma dose rate was monitored in real time by U-235 and Th-232 fission chambers and a Geiger–Mu¨ller counter and was 438 mGy min-1 (± 3.0%). The BRR tank-type reactor, with a nominal thermal power of 10 MW, was moderated and cooled by light water. Filters of different densities were arranged in order to decrease gamma and neutron intensity and to modify the neutron spectrum and the neutron : gamma ratio. The filters were set at the following distances from the core towards the irradiation cavity: 143.6 mm Al + 18 mm Pb + 15 mm Al. At the beam stop behind the sample, shielding comprised 30 mm Fe + 45 mm Pb + 8 mm Al + 20 mm B4C. Seeds were irradiated inside a rotating Cd capsule (16 rpm) of 2 mm wall thickness at a temperature < 30_C and humidity < 70%, at normal air pressure. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. Following vernalization of M1 plants, 79% of plants survived to maturity. In all, 80 000 M2 lines were screened for flowering in the absence of vernalization. Floral initials were observed in 35 lines, with A1 flowering in < 12 wk and selfed to the M4 without vernalization. |
Phenotype Early Flowering (within 2 months) and early fruiting (between 3-4 months) non vernal obligate mutant lines, selfed to M4 |
| N9982 | Name: Noccaea caerulescens Saint Laurent Le Minier A2M5 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description 5500 M0 seeds were irradiated with fast neutrons for 137 min, at a dose rate of 60 Gy (Biological Irradiation Facility, Budapest Research Reactor (BRR), Budapest Neutron Centre, Budapest, Hungary). The mean water kerma dose rate was monitored in real time by U-235 and Th-232 fission chambers and a Geiger–Mu¨ller counter and was 438 mGy min-1(± 3.0%). The BRR tank-type reactor, with a nominal thermal power of 10 MW, was moderated and cooled by light water. Filters of different densities were arranged in order to decrease gamma and neutron intensity and to modify the neutron spectrum and the neutron : gamma ratio. The filters were set at the following distances from the core towards the irradiation cavity: 143.6 mm Al + 18 mm Pb + 15 mm Al. At the beam stop behind the sample, shielding comprised 30 mm Fe + 45 mm Pb + 8 mm Al + 20 mm B4C. Seeds were irradiated inside a rotating Cd capsule (16 rpm) of 2 mm wall thickness at a temperature < 30_C and humidity < 70%, at normal air pressure. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. Following vernalization of M1 plants, 79% of plants survived to maturity. In all, 80 000 M2 lines were screened for flowering in the absence of vernalization. Floral initials were observed in 35 lines, with A2 flowering in < 12 wk and selfed to the M5 without vernalization. |
Phenotype Early Flowering (within 2 months) and early fruiting (between 3-4 months) nonvernal obligate mutant lines, selfed to M5 |
| N9983 | Name: Noccaea caerulescens Saint Laurent Le Minier A5M4 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description 5500 M0 seeds were irradiated with fast neutrons for 137 min, at a dose rate of 60 Gy (Biological Irradiation Facility, Budapest Research Reactor (BRR), Budapest Neutron Centre, Budapest, Hungary). The mean water kerma dose rate was monitored in real time by U-235 and Th-232 fission chambers and a Geiger–Mu¨ller counter and was 438 mGy min-1 (± 3.0%). The BRR tank-type reactor, with a nominal thermal power of 10 MW, was moderated and cooled by light water. Filters of different densities were arranged in order to decrease gamma and neutron intensity and to modify the neutron spectrum and the neutron : gamma ratio. The filters were set at the following distances from the core towards the irradiation cavity: 143.6 mm Al + 18 mm Pb + 15 mm Al. At the beam stop behind the sample, shielding comprised 30 mm Fe + 45 mm Pb + 8 mm Al + 20 mm B4C. Seeds were irradiated inside a rotating Cd capsule (16 rpm) of 2 mm wall thickness at a temperature < 30_C and humidity < 70%, at normal air pressure. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. Following vernalization of M1 plants, 79% of plants survived to maturity. In all, 80 000 M2 lines were screened for flowering in the absence of vernalization. Floral initials were observed in 35 lines, with A5 flowering in < 12 wk and selfed to the M4 without vernalization. |
Phenotype Early Flowering (within 2 months) and early fruiting (between 3-4 months) non vernal obligate mutant lines, selfed to M4. |
| N9984 | Name: Noccaea caerulescens Saint Laurent Le Minier A7M5 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description 5500 M0 seeds were irradiated with fast neutrons for 137 min, at a dose rate of 60 Gy (Biological Irradiation Facility, Budapest Research Reactor (BRR), Budapest Neutron Centre, Budapest, Hungary). The mean water kerma dose rate was monitored in real time by U-235 and Th-232 fission chambers and a Geiger–Mu¨ller counter and was 438 mGy min-1 (± 3.0%). The BRR tank-type reactor, with a nominal thermal power of 10 MW, was moderated and cooled by light water. Filters of different densities were arranged in order to decrease gamma and neutron intensity and to modify the neutron spectrum and the neutron : gamma ratio. The filters were set at the following distances from the core towards the irradiation cavity: 143.6 mm Al + 18 mm Pb + 15 mm Al. At the beam stop behind the sample, shielding comprised 30 mm Fe + 45 mm Pb + 8 mm Al + 20 mm B4C. Seeds were irradiated inside a rotating Cd capsule (16 rpm) of 2 mm wall thickness at a temperature < 30_C and humidity < 70%, at normal air pressure. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. Following vernalization of young M1 plants, 79% of plants survived to maturity. In all, 80 000 M2 lines were screened for flowering in the absence of vernalization. Floral initials were observed in 35 lines, with A7 flowering in < 12 wk and selfed to the M5 without vernalization. |
Phenotype Early Flowering (within 2 months) and early fruiting (between 3-4 months) nonvernal obligate mutant lines, selfed to M5 |
| N9985 | Name: Saint Laurent Le Minier Nc1 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Seeds were selected from a wild type accession (Nc1) from a Noccaea caerulescens Saint Laurent Le Minier population and selfed to S3 by single seed descent. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. |
Phenotype Single seed descent to S3 wild type lines, requiring vernalisation (5°C for 12 weeks) to initiate flowering. Fruiting between 7-9 months. |
| N9986 | Name: Saint Laurent Le Minier Nc3 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Seeds were selected from a wild type accession (Nc3) from a Noccaea caerulescens Saint Laurent Le Minier population and selfed to S3 by single seed descent. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. |
Phenotype Single seed descent to S3 wild type lines, requiring vernalisation (5°C for 12 weeks) to initiate flowering. Fruiting between 7-9 months. |
| N9987 | Name: Saint Laurent Le Minier Nc5 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Seeds were selected from a wild type accession (Nc5) from a Noccaea caerulescens Saint Laurent Le Minier population and selfed to S3 by single seed descent. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. |
Phenotype Single seed descent to S3 wild type lines, requiring vernalisation (5°C for 12 weeks) to initiate flowering. Fruiting between 7-9 months |
| N9988 | Name: Saint Laurent Le Minier Nc6 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Seeds were selected from a wild type accession (Nc6) from a Noccaea caerulescens Saint Laurent Le Minier population and selfed to S3 by single seed descent. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. |
Phenotype Single seed descent to S3 wild type lines, requiring vernalisation (5°C for 12 weeks) to initiate flowering. Fruiting between 7-9 months. |
| N9989 | Name: Saint Laurent Le Minier Nc7 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Seeds were selected from a wild type accession (Nc7) from a Noccaea caerulescens Saint Laurent Le Minier population and selfed to S3 by single seed descent. Plants were grown under glasshouse conditions (GC) set to 16 h photoperiod using supplementary sodium lighting, with 22.3 and 13.3°C mean day and night temperatures, respectively. Seeds were sown in plug trays (2 cm2 plugs) containing Levington M3 high nutrient peat-based compost (pH 5.3– 5.7) (Monro Group, Wisbech, Cambridgeshire, UK). Two week- old seedlings were then transplanted into 0.32 l pots (height 7.9 cm; diameter 9 cm) containing a compost mix (Levington M3, sand (< 1 mm) and grit (1–3 mm) at a ratio of 2 : 1 : 1, respectively, v : v : v) (Monro Group). After 12 wk, plants were vernalized at 5°C with an 8 h photoperiod for 10 wk, before returning to GC for flowering, self fertilisation and infructescens. A single Zn solution was applied to all pots on a single occasion after 1 month of growth, supplying 55 mg Zn kg-1 compost. |
Phenotype Single seed descent to S3 wild type lines, requiring vernalisation (5°C for 12 weeks) to initiate flowering. Fruiting between 7-9 months. |
| N19982 | Name: Education kit | Price: £0.00 |
Donor
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Stock type: set |
Material type: seed |
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Description This set of 3 stocks are used in the module "RECONSTRUCTING THE EVOLUTION OF CAULIFLOWER AND BROCCOLI". Students will experience and understand one approach to studying the evolution of development. Students will apply their understanding of nucleic acids, proteins, transcription factors, development, evolutionary selection, and the species concept to a specific problem: the origin of domesticated cauliflower and broccoli. Students will develop an understanding of basic flowering plant morphology. Students will make and test hypotheses about a mutant CAULIFLOWER (CAL) gene using gene sequence information from different Brassica oleracea subspecies. Students will gain bioinformatics skills working with gene and protein sequences from a public database. |
| N22663 | Name: Cihanbeyli | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Annual and glabrous plants; leaves are oblong-linear, obstuse, sessile and fleshy; numerous lateral branches from the often violet main stem; flowering stems are usually in zig-zag; pedicels are 3-5 mm and erect-ascending; fruit size is around 8-17x1-2 mm and erect-ascending; style is obtuse and about 0.5 mm; seeds are sub-biseriate; plant height = 8-15 cm. |
Phenotype Annual and glabrous plants; leaves are oblong-linear, obstuse, sessile and fleshy; numerous lateral branches from the often violet main stem; flowering stems are usually in zig-zag; pedicels are 3-5 mm and erect-ascending; fruit size is around 8-17x1-2 mm and erect-ascending; style is obtuse and about 0.5 mm; seeds are sub-biseriate; plant height = 8-15 cm. |
| N22671 | Name: Aur-0/Altland-JA20050527 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Medium-large rosettes with numerous leaves; leaf margins irregularly serrated; intermediate flowering time; height=45 cm.. Medium-large rosettes with numerous leaves; leaf margins irregularly serrated; intermediate flowering time; height=45 cm.. |
Phenotype Medium-large rosettes with numerous leaves; leaf margins irregularly serrated; intermediate flowering time; height=45 cm. |
| N24600 | Name: arf2-6 | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description pleiotropic phenotype: large leaves; long, thick and wavy inflorescence stem; abnormal flower morphology; delayed flowering; delayed senescence; backcrossed once to Col-2. |
| N24601 | Name: arf2-7 | Price: £11.00 |
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Locus |
Stock type: individual line |
Material type: seed |
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Description pleiotropic phenotype: large leaves; long, thick and wavy inflorescence stem; abnormal flower morphology; delayed flowering; delayed senescence; backcrossed once to Col-2. |
| N24869 | Name: P35S:ARF2 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Transgenic line harboring p35S:ARF2 construct; ARF2 (AUXIN RESPONSE FACTOR 2) ORF is fused to the downstream of CaMV 35S promoter; ARF2 protein level is severely reduced; probably caused by cosuppression; smilar phenotype to arf2 knockout mutants; large leaves; long, thick and wavy inflorescence stem; abnormal flower morphology; delayed flowering; delayed senescence; BASTA (glufosinate) resistant. |
| N24870 | Name: ARF2-RNAi | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Transgenic line harboring ARF2 (AUXIN RESPONSE FACTOR 2) -RNAi construct; ARF2 protein level is severely reduced; large leaves; smilar phenotype to arf2 knockout mutants; long, thick and wavy inflorescence stem; abnormal flower morphology; delayed flowering; delayed senescence; kanamycin resistant. |
| N24932 | Name: hos1-1 | Price: £11.00 |
Donor
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Locus |
Stock type: individual line |
Material type: seed |
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Description Enhanced gene expression in response to low-temperature conditions; plants are less cold hardy than the wild type; nonetheless, after 2 days of cold acclimation, plants acquired the same degree of freezing tolerance as did the wild type; early flowering and constitutively vernalized; plants are smaller, with fewer leaves, shorter siliques and less vigorous than wild type; kanamycin resistant (30mg/L); backcrossed three times. |
Phenotype Enhanced gene expression in response to low-temperature conditions; plants are less cold hardy than the wild type; nonetheless, after 2 days of cold acclimation, plants acquired the same degree of freezing tolerance as did the wild type; early flowering and constitutively vernalized; plants are smaller, with fewer leaves, shorter siliques and less vigorous than wild type; kanamycin resistant (30mg/L). |
| N29001 | Name: Brassica rapa | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Diploid parent, crossed with Brassica oleracea (N29002), to produce resynthesized Brassica napus allopolyploids; should be completely homozygous; created by self-pollination for eight generations followed by micro-spore culture to produce a doubled-haploid stock; flowering time is approximately 20 days; self-compatible; yellow flower; selection from Crucifer Genetics Cooperative stock #1-8. |
Phenotype flowering time is approximately 20 days; self-compatible; yellow flower |
| N29002 | Name: Brassica oleracea | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Diploid parent, crossed with Brassic rapa (N29001), to produce resynthesized Brassica napus allopolyploids; should be completely homozygous; created by self-pollination for five generations followed by micro-spore culture to produce a doubled-haploid stock; flowering time is approximately 30 days; self-compatible; white flower; selection from Crucifer Genetics Cooperative stock #3-3. |
Phenotype flowering time is approximately 30 days; self-compatible; white flower |
| N29253 | Name: RP001 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29254 | Name: RP004 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29255 | Name: RP008 | Price: £11.00 |
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; UTA population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29256 | Name: RP009 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29257 | Name: RP010 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; NOR population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29258 | Name: RP012 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; UTA population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29259 | Name: RP014 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; NOR population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29260 | Name: RP015 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29261 | Name: RP016 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; NOR population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29262 | Name: RP017 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; WES population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29263 | Name: RP018 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29264 | Name: RP019 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29265 | Name: RP021 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; WES population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29266 | Name: RP025 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29267 | Name: RP026 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29268 | Name: RP029 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29269 | Name: RP030 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29270 | Name: RP031 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29271 | Name: RP032 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29272 | Name: RP033 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; WES population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29273 | Name: RP035 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; NOR population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29274 | Name: RP036 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29275 | Name: RP037 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; WES population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29276 | Name: RP041 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; WES population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29277 | Name: RP042 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; COL population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |
| N29278 | Name: RP044 | Price: £11.00 |
Donor
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Stock type: individual line |
Material type: seed |
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Description Whole-genome sequenced inbred Boechera stricta accession; admixed population group; included in panel (CS29669) for genome-wide association studies examining flowering variation among environments and associations with climate conditions in home environments; seeds were obtained from a single mother plant and grown in the greenhouse for at least one generation |