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Genetics

  • Saccharomyces cerevisiae, UV-Sensitive Strain

    Saccharomyces cerevisiae, UV-Sensitive Strain, G948-1C/U, alpha, rad1 rad18 phr1 ura3 mutant in excision repair. Our materials are for use in the experiments developed by the yeast genetics educational network (GENE project) created by Dr. Tom Manney at...

    AU$29.00 ex GST
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  • Control papers, 100 strips.

    174000 Control Taste Test Papers. Plain paper for use as a control in genetic taste test experiments. Control papers are free of chemicals.

    AU$12.60 ex GST
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  • Genetic BioKit

    Equips 32 students working in pairs. Students investigate the frequency of genetically controlled traits within their classroom population. By exploring taste response traits and recording classroom data, students can conduct a Hardy-Weinberg analysis...

    AU$126.60 ex GST
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  • PTC papers, 100 strips.

    174010 PTC Paper pack 100.     Teach analysis and testing techniques.     Study dominance/recessiveness.     Learn the relationship between phenotype and genotype.     Use for genetic studies,...

    AU$12.60 ex GST
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  • Sodium Benzoate papers, 100 strips.

    174020 Sodium Benzoate Taste Test Papers. Paper impregnated with this chemical elicits taste responses of sweet, salty, bitter, or tasteless. Pack of 100 strips.   Taste test papers contain low levels of particular chemicals. When used in...

    AU$12.60 ex GST
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  • Thiourea papers, 100 strips.

    174030 Thiourea Taste Test Papers. Paper impregnated with this chemical, like PTC, tastes bitter to most people. Some can taste one chemical and not the other. Pack of 100 strips.   Taste test papers contain low levels of particular chemicals...

    AU$12.60 ex GST
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  • Drosophila, ebony body, live

    Drosophila melanogaster. The vinegar fly (fruit fly) Drosophila melanogaster, is famous through its use in genetics since 1909 to demonstrate the principles of heredity, e.g. Mendelian ratios, sex linkage, dominance and variation.  The life cycle is...

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  • Drosophila, vestigial wing, live

    Drosophila melanogaster. The vinegar fly (fruit fly) Drosophila melanogaster, is famous through its use in genetics since 1909 to demonstrate the principles of heredity, e.g. Mendelian ratios, sex linkage, dominance and variation.  The life cycle is...

    AU$22.30 ex GST
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  • Drosophila, white eye, live

    Drosophila melanogaster. The vinegar fly (fruit fly) Drosophila melanogaster, is famous through its use in genetics since 1909 to demonstrate the principles of heredity, e.g. Mendelian ratios, sex linkage, dominance and variation.  The life cycle is...

    AU$22.30 ex GST
    Choose Options
  • Drosophila, wild type, live

    Drosophila melanogaster. The vinegar fly (fruit fly) Drosophila melanogaster, is famous through its use in genetics since 1909 to demonstrate the principles of heredity, e.g. Mendelian ratios, sex linkage, dominance and variation.  The life cycle is...

    AU$22.30 ex GST
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  • Brassica rapa seed, 72 hour Monohybrid genetics kit.

    Brassica rapa seed, 72 hour Monohybrid genetics kit.

    Grades 8–12. For a class of 32 students. If you need a quick monohybrid genetics lab, this is it. Activities can be completed in as little as 3 days. By germinating the seed disks, students working in groups of 4 study the inheritance of purple...

    AU$214.90 ex GST
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  • Brassica rapa seeds, 72 hour Dihybrid genetics kit

    Brassica rapa seeds, 72 hour Dihybrid genetics kit

    Grade 8–College. For a class of 30 students. Why just tell students about genetics when they can learn the basic principles of Mendelian genetics and the concepts of inheritance by observing real plants? This kit was previously titled 3, 2,...

    AU$214.90 ex GST
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  • Brassica rapa seeds, F1 non-purple stem, hairless

    Wisconsin Fast Plants ™ seeds F1 Non-Purple Stem, Hairless - S13.7 pk50 The F1 Non-Purple Stem stock is produced by crossing a non-purple stem mutant parent with a purple wild type parent. In this generation the purple colour is expressed. F1...

    AU$36.60 ex GST
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  • Brassica rapa seeds, F2 non-purple stem, hairless

    Wisconsin Fast Plants ™ seeds F2 Non-Purple Stem, Hairless - S13.12 pk 250 The F2 Non-Purple Stem stock exhibits the 3:1 wild type (purple stem) to mutant (non-purple stem) phenotypic ratio, confirming the recessive expression of the mutant...

    AU$99.90 ex GST
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  • Brassica rapa seeds, non-purple stem, hairless

    Wisconsin Fast Plants ™ seeds Non-Purple Stem, Hairless - S13.5 pk50 Non-purple stem plants are identified by the complete absence of a purple pigment, known as anthocyanin, in stems, leaves and other plant parts. Plants are a bright true green...

    AU$36.60 ex GST
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  • Brassica rapa seeds, non-purple stem, yellow-green leaf

    Wisconsin Fast Plants ™ seeds Non-Purple Stem, Yellow-Green Leaf - S13.6 pk50 Plants in this double recessive mutant stock have a complete absence of a purple pigment, known as anthocyanin, in stems, leaves and other plant parts. They also have...

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  • Brassica rapa seeds, purple stem, Hairy

    Wisconsin Fast Plants ™ seeds Purple Stem Hairy - S13.15 pk50 The purple colour in the stem, leaves, and buds of this stock of Fast Plants is due to the presence of the purple pigment anthocyanin. The purple colour is most evident in the hypocotyl...

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  • Brassica rapa seeds, rosette-dwarf

    Brassica rapa seeds, rosette-dwarf

    Wisconsin Fast Plants ™ seeds Rosette-Dwarf - S13.2 pk50 Rosette-dwarf is a compact dark green plant with leaves fanning out at soil level. Due to a deficiency in the plant growth hormone gibberellin the plant's stem does not elongate following...

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  • Brassica rapa seeds, standard

    Wisconsin Fast Plants ™ seeds Standard S13.1/L pk 200 This stock represents the standard form and performance for Fast Plants, with a short life cycle of 35-45 days from sowing seed to harvesting seed. The standard stock was selected for uniformity...

    AU$88.30 ex GST
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  • Brassica rapa seeds, yellow-green leaf

    Wisconsin Fast Plants ™ seeds Yellow-Gren Leaf - S13.3 pk50 Plants in this stock have cotyledons, leaves, stems, and developing pods that are a light yellow-green colour that contrasts with the normal green of standard Fast Plants. The purple...

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  • Corn Dihybrid Genetic Kit

    With this kit, students learn the basic principles of dihybrid inheritance and independent assortment using corn. Students first observe how traits of kernel color and nutrient composition pass from 1 generation to the next. Then they construct an...

    AU$500.00 ex GST
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  • Corn Genetics Set

    The Corn Genetics Seed Set demonstrates 1 and 2 factor crosses with aleurone color (R) and endosperm character (Su).   ComponentsQtyIncluded? Parent Ears 3 Included R and Su Alleles 1:1:1:1 (item #176602) 3 Included Color...

    AU$380.00 ex GST
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  • Maize ear display mount, dihybrid cross, 9:3:3:1

    S5.4 Maize ear model, dihybrid cross Demonstrates Mendelian genetics by looking at the R (Colour) and Su (Endosperm) alleles in a dihybrid F2 corn ear from a cross between Purple(RR) Starchy(SuSu) with Yellow(rr) Sweet(susu). P RR SuSu x rr susu...

    AU$90.60 ex GST
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  • Maize ear display mount, monohybrid cross, 3:1

    S5.5 Maize ear model, monohybrid cross Demonstrates Mendelian genetics by looking at the R (Colour) alleles in a monohybrid F2 corn ear from a Purple(RR) with Yellow(rr) cross. P RR x rr F1 Heterozygous Purple Rr F1 cross Rr x Rr F2...

    AU$90.60 ex GST
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  • Maize ear, dihybrid cross, 9:3:3:1

    S5.1 Maize ears, 9:3:3:1 segregation, dihybrid cross. Demonstrates Mendelian genetics by looking at the R (Colour) and Su (Endosperm) alleles in a dihybrid F2 corn ear from a cross between Purple(RR) Starchy(SuSu) with Yellow(rr) Sweet(susu). P RR...

    AU$33.10 ex GST
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  • Maize ear, dihybrid test cross, 1:1:1:1

    S5.3 Maize ears, 1:1:1:1 segregation, dihybrid testcross. Demonstrates Mendelian genetics by looking at the R (Colour) and Su (Endosperm) alleles in a dihybrid test cross for Purple (RR) Yellow (rr) with Starchy (SuSu) Sweet (susu). The test cross is one...

    AU$33.10 ex GST
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