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Search result for 'hormone '. Viewing records 1 to 50 of 66 hits.



N21 Name: abscisic acid deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
aba deficient; brown-yellow leaves, non-dormant seeds, germinate in silique on plant at high relative humidity, wilty, reduced vigor.
N22 Name: abscisic acid insensitive Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
dominant mutation, increased resistance to ABA (10 microM), young plants wilt readily.
N23 Name: abscisic acid insensitive Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, young plants wilt readily.
N24 Name: abscisic acid insensitive Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, acts in same transduction pathway as ABI4 and ABI5; reduced dormancy.
NW58 Name: GA deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Gibberellin responsive dwarf.
N59 Name: GA deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Gibberellin responsive dwarf.
N60 Name: GA deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Gibberellin responsive dwarf.
N61 Name: GA deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Gibberellin responsive dwarf.
N62 Name: GA deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Gibberellin responsive dwarf.
NW63 Name: GA insensitive dwarf Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Dominant mutation. Dark green leaved dwarf.
N155 Name: abscisic acid deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
reduced seed dormancy; wilty (esp. in low relative humidity); slightly darker green plants; less vigorous than wild type.
N156 Name: abscisic acid deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
reduced seed dormancy; wilty (esp. in low relative humidity); slightly darker green plants; less vigorous than wild type.
N157 Name: abscisic acid deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
reduced seed dormancy; slightly wilty; high ABA (abscisic acid) concentration; slightly darker green, less vigorous than wild type.
N158 Name: abscisic acid deficient Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
reduced seed dormancy; wilty, especially in low relative humidity; slightly darker green plants; less vigorous than wild type; salt tolerant; seeds germinate and seedlings turn green on 200 mM NaCl.
N225 Name: glutathione up-regulated Price: £10.00
Donor
  • Leiden University Bert J. van der Zaal
Locus Stock type: individual line
Material type: seed


Description
hormone, biochemical
Phenotype
Both gup1-1 and gup2-1 (stocck number N226) have no clear phenotype when grown in soil. When grown in vitro, both exhibit epinastic growth of leaves. Root growth is slightly more sensitive to IAA inhibition of elongation. Both gup1-1 and gup2-1 lead to enhanced kanamycin resistance in the AIR1-8 background via an nptII gene under control of a tobacco GST promoter . gup1-1 also shows an increased mRNA level of GST5 from Arabidopsis (designated At103-1a in van der Kop et. al. 1999).
N226 Name: glutathione up-regulated Price: £10.00
Donor
  • Leiden University Bert J. van der Zaal
Locus Stock type: individual line
Material type: seed


Description
hormone, biochemical
Phenotype
Both gup1-1 (stock number N225) and gup2-1 have no clear phenotype when grown in soil. When grown in vitro, both exhibit epinastic growth of leaves. Root growth is slightly more sensitive to IAA inhibition of elongation. Both gup1-1 and gup2-1 lead to enhanced kanamycin resistance in the AIR1-8 background via an nptII gene under control of a tobacco GST promoter . gup1-1 also shows an increased mRNA level of GST5 from Arabidopsis (designated At103-1a in van der Kop et. al. 1999).
N228 Name: ACC insensitive Price: £10.00
Donor
  • Ghent University Dominique Van Der Straeten
Locus Stock type: individual line
Material type: seed


Description
Biochemical, hormone
Phenotype
Acc insensitive; large rosettes, delayed in bolting. Generally similar to W.T.
N229 Name: ACC insensitive Price: £10.00
Donor
  • Ghent University Dominique Van Der Straeten
Locus Stock type: individual line
Material type: seed


Description
Biochemical, hormone
Phenotype
Acc insensitive; large rosettes, delayed in bolting. Generally similar to W.T.
N237 Name: Ethylene insensitive Price: £10.00
Donor
  • Wageningen University Maarten Koornneef
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Dominant mutation, root and hypocotyl elongation insensitive to ethylene, leaf chlorophyll content not reduced in ethylene, reduced ethylene binding activity, large rosette, delayed in bolting, allelic to ein1-1.
N3070 Name: ethylene insensitive Price: £10.00
Donor
  • The Salk Institute for Biological Studies Joseph R. Ecker
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
hormone, form,
Phenotype
ethylene insensitive; root and hypocotyl elongation insensitive to ethylene, leaf chlorophyll content not reduced in ethylene, reduced ethylene binding activity; large rosettes, delayed in bolting.
N3071 Name: ethylene insensitive Price: £10.00
Donor
  • The Salk Institute for Biological Studies Joseph R. Ecker
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
hormone, flowering
Phenotype
ethylene insensitive; large rosettes, delayed in bolting.
N3074 Name: auxin resistant Price: £10.00
Donor
  • Indiana University Mark Estelle
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
aerial portions of plant similar in appearance to wild type; slight increase in root elongation and altered geotropic response; resistant to ethylene and auxin.
N3075 Name: axr1-3 Price: £10.00
Donor
  • Indiana University Mark Estelle
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Auxin resistant. Irregular rosette leaves, tend to curl downward; short petioles; slightly reduced plant height; increased number of lateral branches (ca. 2x).
N3076 Name: axr1-12 Price: £10.00
Donor
  • Indiana University Mark Estelle
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
Auxin resistant. Irregular rosette leaves (same as axr1-3 except more pronounced); plant height reduced to less than half of wild type; inflorescences more highly branched; reduced fertility.
N3077 Name: auxin resistant Price: £10.00
Donor
  • Indiana University Mark Estelle
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
dark green, dwarf; small, round rosette leaves, short petioles; inflorescences curved, twisted, and shorter than wild type; roots have altered gravitropic response, lacking root hairs; resistant to ethylene, abscisic acid and auxin.
N3103 Name: gibberellin deficient Price: £10.00
Donor
  • Michigan State University Jan Zeevaart
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
gibberellin responsive dwarf; small, dark green leaves; requires gibberellin for germination and seed set.
N3104 Name: gibberellin deficient Price: £10.00
Donor
  • Michigan State University Jan Zeevaart
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
gibberellin responsive dwarf; small, dark green leaves; requires gibberellin for germination and seed set.
N3105 Name: gibberellin deficient Price: £10.00
Donor
  • Michigan State University Jan Zeevaart
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
gibberellin responsive dwarf; small, dark green leaves; requires gibberellin for germination and seed set.
N3106 Name: gibberellin deficient (leaky) Price: £10.00
Donor
  • Michigan State University Jan Zeevaart
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
leaky mutant; semi-dwarf; germinates, flowers, and produces seeds without gibberellin treatment.
N3107 Name: gibberellin deficient (leaky) Price: £10.00
Donor
  • Michigan State University Jan Zeevaart
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
leaky; more dwarf than ga1-5; germinates without, but seed production enhanced by, gibberellin sprays.
N3817 Name: auxin resistant Price: £10.00
Donor
  • Indiana University Mark Estelle
  • Adelphi University Lawrence Hobbie
Locus Stock type: individual line
Material type: seed


Description
hormone, embryo, form,
Phenotype
Phenotype of homozygote: embryonic development is characterized by aberrant patterns of cell division, leading to defects in the cells of the suspensor, root and hypocotyl precursors, and provasculature; growth of seedlings arrests soon after germination; seedlings lack a root and hypocotyl and display severe vascular pattern defects in their cotyledons; usually possess one cotyledon or occasionally two, attached to a small basal stub. Phenotype of heterozygote: rosette leaves are shorter and more wrinkled than wt; plants are short and bushy (have increased number of basal inflorescences); fertile and green; siliques are at a more acute angle relative to the stem than wt; seedlings are auxin resistant in root and hypocotyl elongation, have delayed root gravity response and decreased number of lateral roots; backcrossed 6 times.
N3818 Name: auxin resistant Price: £10.00
Donor
  • Indiana University Mark Estelle
  • Adelphi University Lawrence Hobbie
Locus Stock type: individual line
Material type: seed


Description
hormone, embryo, form
Phenotype
phenotype of homozygote: embryonic development is characterized by aberrant patterns of cell division, leading to defects in the cells of the suspensor, root and hypocotyl precursors, and provasculature; growth of seedlings arrests soon after germination; seedlings lack a root and hypocotyl and display severe vascular pattern defects in their cotyledons; usually with two cotyledon although sometimes with one or with several small true leaves, joined to a small basal stub. Phenotype of heterozygote: less severely affected in all aspects of phenotype than axr6-1; rosette leaves are short and wrinkled; plants are short and somewhat bushy (have increased number of basal inflorescences); fertile and green; siliques are at a more acute angle relative to the stem than wt; seedlings are auxin resistant in root and hypocotyl elongation, have delayed root gravity response and decreased number of lateral roots; backcrossed 8 times.
N3834 Name: abscisic acid deficient Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid deficient, ABA and dormancy responses appear to be as expected for aba2; reduced sensitivity to the inhibitory effects of sugars on early seedling development; seeds will germinate and form seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3M), sucrose (0.3M) and sorbitol (0.4 M) that inhibit these processes in wt plants; very slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L); increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress; reduced growth, reduced plant size and vigor; allelic to sis4-1.
N3835 Name: abscisic acid deficient Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid deficient, ABA and dormancy responses appear to be as expected for aba2; reduced sensitivity to the inhibitory effects of sugars on early seedling development, seeds will germinate and form seedlings with expandedcotyledons and true leaves on concentrations of glucose (0.3M), sucrose (0.3M) and sorbitol (0.4 M) that inhibit these processes in wt plants; very slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L); increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress; reduced growth, reduced plant size and vigor; same as sis4-2.
N3836 Name: abscisic acid insensitive Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves, some trichomes in leaf margins; same as sis5-1.
N3837 Name: abscisic acid insensitive Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M) or sorbitol (0.4 M) that inhibit these processes in wt plants; slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35mg/L ); does not exhibit compromised water relations, not wilty; same as sis5-2.
N3838 Name: abscisic acid insensitive Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M) , sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves, some trichomes in leaf margins; same as sis5-3.
N3839 Name: abscisic acid insensitive Price: £10.00
Donor
  • Rice University Sue Gibson
Locus Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves, some trichomes in leaf margins; same as sis5-4.
N3865 Name: ckh1-1 Price: £10.00
Donor
  • Osaka University Tatsuo Kakimoto
Locus Stock type: individual line
Material type: seed


Description
Form, Hormone
Phenotype
increased sensitivity to cytokinin, callus growth in tissue culture exhibit typical cytokinin responses including rapid proliferation and chloroplast development in response to lower levels of cytokinins than in the wild type; short inflorescences and primary roots when grown in soil; backcrossed once to Ler.
N3866 Name: ckh2-1 Price: £10.00
Donor
  • Osaka University Tatsuo Kakimoto
Locus Stock type: individual line
Material type: seed


Description
Form, Hormone
Phenotype
increased sensitivity to cytokinin, callus growth in tissue culture exhibit typical cytokinin responses including rapid proliferation and chloroplast development in response to lower levels of cytokinins than in the wild type; short inflorescences and primary roots when grown in soil; backcrossed once to Ler.
N8018 Name: auxin resistant Price: £10.00
Donor
  • Adelphi University Lawrence Hobbie
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
auxin resistant; irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots.
N8053 Name: ethylene insensitive Price: £10.00
Donor
  • The Salk Institute for Biological Studies Joseph R. Ecker
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
dominant mutation, ethylene insensitive.
N8072 Name: jasmonate resistant Price: £10.00
Donor
  • University of Nebraska, Lincoln Paul Staswick
Locus Photo
photo of Arabidopsis plant
Stock type: individual line
Material type: seed


Description
Hormone
Phenotype
reduced inhibition of seedling root growth when grown in agar media containing methyljasmonate; reduced induction of lipoxygenase and vegetative storage proteins by exogenous methyljasmonate; germination of seeds more sensitive to inhibition by abscisic acid.
N8843 Name: auxin resistant, ethylene insensitive Price: £10.00
Donor
  • Adelphi University Lawrence Hobbie
Locus Stock type: individual line
Material type: seed


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: ethylene insensitive Price: £10.00
Donor
  • Adelphi University Lawrence Hobbie
Locus Stock type: individual line
Material type: seed


Description
hormone, form, flowering
Phenotype
Insensitive to ethylene; large rosette, delayed in bolting; independently isolated allele of the EIN2 locus; backcrossed 5 times.
N16562 Name: Education kit -Gibberellic Acid Physiology and Plant Transformation Price: £0.00
Donor
  • Arabidopsis Biological Resource Center
Stock type: set
Material type: seed


Description
This set of three seed stocks and two DNA stocks can be used with the "Gibberellic Acid Physiology and Plant Transformation" module to introduce GA (gibberellic acid) hormone physiology and plant transformation in an undergraduate laboratory module. In this module, Arabidopsis ga5 semi-dwarf mutant plants with reduced activity of GA 20-oxidase are transformed with a construct containing the GA5 gene. The dwarf mutant plants transformed with a wild-type version of the gene show normal size, demonstrating successful complementation of the mutant phenotype. Besides visual observation of the phenotype, students learn additional techniques, including PCR and agarose gel electrophoresis. This experiment is cost effective and can be completed within a 4-month term.
N27963 Name: Introduction to Phytohormones Price: £0.00
Donor
  • Emory & Henry College Christine Fleet
  • Harvey Mudd College Mary Williams
  • University of Maryland Caren Chang
  • Tohoku University Shinjiro Yamaguchi
Stock type: set
Material type: seed


Description
This set of ten stocks can be used to demonstrate concepts presented in the following Teaching Tools in Plant Biology modules: Introduction to Phytohormones, The Story of Auxin, Abscisic Acid, Brassinosteriods, Cytokinins, Ethylene, Gibberellins, and Strigolactones. By growing and observing this set of stocks students will see how mutations affecting hormone pathways and signaling can affect the phenotype of resulting plants.
N99346 Name: TEC-SCHP-5-1 Price: £30.00
Donor
  • University of California, San Diego Julian Schroeder
  • University of California, San Diego Felix Hauser
Stock type: individual line
Material type: seed


Description
This subpool (CS99346) consists of 90 independent transformants expressing artificial microRNAs (amiRNAs) designed to target homologous, possibly functionally redundant genes in forward genetic screens; represents a subpool of TEC amiRNA pool N99431. Note that the larger pool N99431 is recommended for forward genetic screening of many lines. Generated by transforming Col-0 plants with a combination of 20bp and 21bp amiRNA libraries (CD4-62 and CD4-72, respectively) in p35S::amiRNA3 OCS (pPHANTOM vector) targeting transcripts encoding metabolic and other enzymes catalyzing transfer reactions (EC: 2) (TEC); protein family member functional classes: CHO metabolism, glycolysis, gluconeogenesis, TCA cycle, amino acid metabolism, secondary metabolism, hormone metabolism, transferases, lipid metabolism (Mapman); transferase activity (GO:0016740). Basta resistant.
1250 seeds provided per order.
Phenotype
Mixture of phenotypes depending on unknown amiRNA expressed.
N99347 Name: TEC-SCHP-5-2 Price: £30.00
Donor
  • University of California, San Diego Julian Schroeder
  • University of California, San Diego Felix Hauser
Stock type: individual line
Material type: seed


Description
This subpool (CS99347) consists of 90 independent transformants expressing artificial microRNAs (amiRNAs) designed to target homologous, possibly functionally redundant genes in forward genetic screens; represents a subpool of TEC amiRNA pool N99431. Note that the larger pool N99431 is recommended for forward genetic screening of many lines. Generated by transforming Col-0 plants with a combination of 20bp and 21bp amiRNA libraries (CD4-62 and CD4-72, respectively) in p35S::amiRNA3 OCS (pPHANTOM vector) targeting transcripts encoding metabolic and other enzymes catalyzing transfer reactions (EC: 2) (TEC); protein family member functional classes: CHO metabolism, glycolysis, gluconeogenesis, TCA cycle, amino acid metabolism, secondary metabolism, hormone metabolism, transferases, lipid metabolism (Mapman); transferase activity (GO:0016740). Basta resistant.
1250 seeds provided per order.
Phenotype
Mixture of phenotypes depending on unknown amiRNA expressed.
N99348 Name: TEC-SCHP-5-3 Price: £30.00
Donor
  • University of California, San Diego Julian Schroeder
  • University of California, San Diego Felix Hauser
Stock type: individual line
Material type: seed


Description
This subpool (CS99348) consists of 90 independent transformants expressing artificial microRNAs (amiRNAs) designed to target homologous, possibly functionally redundant genes in forward genetic screens; represents a subpool of TEC amiRNA pool N99431. Note that the larger pool N99431 is recommended for forward genetic screening of many lines. Generated by transforming Col-0 plants with a combination of 20bp and 21bp amiRNA libraries (CD4-62 and CD4-72, respectively) in p35S::amiRNA3 OCS (pPHANTOM vector) targeting transcripts encoding metabolic and other enzymes catalyzing transfer reactions (EC: 2) (TEC); protein family member functional classes: CHO metabolism, glycolysis, gluconeogenesis, TCA cycle, amino acid metabolism, secondary metabolism, hormone metabolism, transferases, lipid metabolism (Mapman); transferase activity (GO:0016740). Basta resistant.
1250 seeds provided per order.
Phenotype
Mixture of phenotypes depending on unknown amiRNA expressed.