10 Microscope Slides:
1(e). Sycon, a small marine sponge of the sycon type, l.s. and t.s. on one slide
2(d). Spongilla, fresh-water sponge, t.s.
3(d). Euspongia, commercial sponge, t.s.
4(c). Sponge spicules of different kinds, mixed ...
more
20 Microscope Slides:
1(f). Planaria, (Turbellaria) w.m.
2(c). Planaria, t.s. for general structure
3(f). Fasciola hepatica, large liver fluke, w.m.
4(c). Fasciola, t.s. of middle region of body
5(f). Taenia sp., tapeworm, proglottids ...
more
Selected rocks and minerals are ground and polished to a thickness of 20 – 30 μm. The preparations are mounted with Canada balsam on slides of 45x30 mm. In order to identify forms, colours, refractions and fossil inclusions, the ...
more
20 Microscope Slides:
1(f). Planaria, (Turbellaria) w.m.
2(c). Planaria, t.s. for general structure
3(f). Fasciola hepatica, large liver fluke, w.m.
4(c). Fasciola, t.s. of middle region of body
5(f). Taenia sp., tapeworm, proglottids ...
more
20 Microscope Slides:
1(f). Planaria, (Turbellaria) w.m.
2(c). Planaria, t.s. for general structure
3(f). Fasciola hepatica, large liver fluke, w.m.
4(c). Fasciola, t.s. of middle region of body
5(f). Taenia sp., tapeworm, proglottids ...
more
20 Microscope Slides:
1(f). Planaria, (Turbellaria) w.m.
2(c). Planaria, t.s. for general structure
3(f). Fasciola hepatica, large liver fluke, w.m.
4(c). Fasciola, t.s. of middle region of body
5(f). Taenia sp., tapeworm, proglottids ...
more
12 Microscope Slides:
1(e). Garden spider, chelicera and pedipalp, female, w.m.
2(b). Garden spider, w.m. of leg
3(d). Garden spider, w.m. of spinnerets
4(e). Garden spider, abdomen with book-lungs l.s.
5(f). Garden spider, l.s. of the ...
more
12 Microscope Slides:
1(e). Garden spider, chelicera and pedipalp, female, w.m.
2(b). Garden spider, w.m. of leg
3(d). Garden spider, w.m. of spinnerets
4(e). Garden spider, abdomen with book-lungs l.s.
5(f). Garden spider, l.s. of the ...
more
12 Microscope Slides:
1(e). Garden spider, chelicera and pedipalp, female, w.m.
2(b). Garden spider, w.m. of leg
3(d). Garden spider, w.m. of spinnerets
4(e). Garden spider, abdomen with book-lungs l.s.
5(f). Garden spider, l.s. of the ...
more
12 Microscope Slides:
1(e). Garden spider, chelicera and pedipalp, female, w.m.
2(b). Garden spider, w.m. of leg
3(d). Garden spider, w.m. of spinnerets
4(e). Garden spider, abdomen with book-lungs l.s.
5(f). Garden spider, l.s. of the ...
more
15 Microscope Slides:
1(d). Chiton sp., t.s. of body
2(e). Anodonta, mussel, t.s. of body
3(d). Mya arenaria, clam, t.s. and l.s. of gills with ciliated epithelium
4(d). Mussel, t.s. of siphonal tube
5(d). Mya arenaria, clam, adductor ...
more
15 Microscope Slides:
1(d). Chiton sp., t.s. of body
2(e). Anodonta, mussel, t.s. of body
3(d). Mya arenaria, clam, t.s. and l.s. of gills with ciliated epithelium
4(d). Mussel, t.s. of siphonal tube
5(d). Mya arenaria, clam, adductor ...
more
15 Microscope Slides:
1(d). Chiton sp., t.s. of body
2(e). Anodonta, mussel, t.s. of body
3(d). Mya arenaria, clam, t.s. and l.s. of gills with ciliated epithelium
4(d). Mussel, t.s. of siphonal tube
5(d). Mya arenaria, clam, adductor ...
more
15 Microscope Slides:
1(d). Chiton sp., t.s. of body
2(e). Anodonta, mussel, t.s. of body
3(d). Mya arenaria, clam, t.s. and l.s. of gills with ciliated epithelium
4(d). Mussel, t.s. of siphonal tube
5(d). Mya arenaria, clam, adductor ...
more
10 Microscope Slides:
1(d). Asterias, starfish, t.s. of ray
2(e). Young starfish, horizontal sec.
3(f). Asterias, starfish, bipinnaria larva, w.m.
4(d). Echinus, young sea urchin, radial section
5(e). Development of sea urchin, eggs ...
more
10 Microscope Slides:
1(d). Asterias, starfish, t.s. of ray
2(e). Young starfish, horizontal sec.
3(f). Asterias, starfish, bipinnaria larva, w.m.
4(d). Echinus, young sea urchin, radial section
5(e). Development of sea urchin, eggs ...
more
10 Microscope Slides:
1(d). Asterias, starfish, t.s. of ray
2(e). Young starfish, horizontal sec.
3(f). Asterias, starfish, bipinnaria larva, w.m.
4(d). Echinus, young sea urchin, radial section
5(e). Development of sea urchin, eggs ...
more
10 Microscope Slides:
1(d). Asterias, starfish, t.s. of ray
2(e). Young starfish, horizontal sec.
3(f). Asterias, starfish, bipinnaria larva, w.m.
4(d). Echinus, young sea urchin, radial section
5(e). Development of sea urchin, eggs ...
more
10 Microscope Slides:
1(f). Botryllus schlosseri, tunicate colony, w.m.
2(e). Clavelina, tunicate, l.s. showing gill, intestine, gonads
3(d). Clavelina, t.s. region of gills and intestine
4(f). Balanoglossus, t.s. region of gonads
5 ...
more
10 Microscope Slides:
1(f). Botryllus schlosseri, tunicate colony, w.m.
2(e). Clavelina, tunicate, l.s. showing gill, intestine, gonads
3(d). Clavelina, t.s. region of gills and intestine
4(f). Balanoglossus, t.s. region of gonads
5 ...
more
10 Microscope Slides:
1(f). Botryllus schlosseri, tunicate colony, w.m.
2(e). Clavelina, tunicate, l.s. showing gill, intestine, gonads
3(d). Clavelina, t.s. region of gills and intestine
4(f). Balanoglossus, t.s. region of gonads
5 ...
more
10 Microscope Slides:
1(f). Botryllus schlosseri, tunicate colony, w.m.
2(e). Clavelina, tunicate, l.s. showing gill, intestine, gonads
3(d). Clavelina, t.s. region of gills and intestine
4(f). Balanoglossus, t.s. region of gonads
5 ...
more
25 Microscope Slides
The microscope slide collection includes the most important pathogenic and non-pathogenic bacteria:
1(d). Staphylococcus aureus, pus organism 2(d). Sarcina lutea, chromogenic rods 3(e). Streptococcus pyogenes, pus ...
more
25 Microscope Slides
This collection includes slides of the most important pathogenic and non-pathogenic bacteria:
1(d). Staphylococcus aureus, pus organism 2(d). Sarcina lutea, chromogenic rods 3(e). Streptococcus pyogenes, pus organism ...
more
25 Microscope Slides
The collection of microscope slides includes the most important pathogenic and non-pathogenic bacteria:
1(d). Staphylococcus aureus, pus organism 2(d). Sarcina lutea, chromogenic rods 3(e). Streptococcus pyogenes ...
more
25 Microscope Slides
The most important pathogenic and non-pathsgenic bacteria:
1(d). Staphylococcus aureus, pus organism 2(d). Sarcina lutea, chromogenic rods 3(e). Streptococcus pyogenes, pus organism 4(d). Streptococcus lactis, milk ...
more
30 Microscope Slides:
Cyanophyceae 1(c). Chroococcus, a single-cell alga, w.m. 2(c). Anabaena, w.m. of filaments with heterocysts 3(d). Nostoc sp., t.s. of colony with hormogonia 4(d). Aphanizomenon, w.m. showing heterocysts 5(c). Scytonema ...
more
30 Microscope Slides:
Cyanophyceae 1(c). Chroococcus, a single-cell alga, w.m. 2(c). Anabaena, w.m. of filaments with heterocysts 3(d). Nostoc sp., t.s. of colony with hormogonia 4(d). Aphanizomenon, w.m. showing heterocysts 5(c). Scytonema ...
more
30 Microscope Slides:
Cyanophyceae 1(c). Chroococcus, a single-cell alga, w.m. 2(c). Anabaena, w.m. of filaments with heterocysts 3(d). Nostoc sp., t.s. of colony with hormogonia 4(d). Aphanizomenon, w.m. showing heterocysts 5(c). Scytonema ...
more
30 Microscope Slides:
Cyanophyceae 1(c). Chroococcus, a single-cell alga, w.m. 2(c). Anabaena, w.m. of filaments with heterocysts 3(d). Nostoc sp., t.s. of colony with hormogonia 4(d). Aphanizomenon, w.m. showing heterocysts 5(c). Scytonema ...
more
20 Microscope Slides:
Phycomycetes 1(c). Mucor mucedo, w.m. of hyphae showing sporangia 2(d). Rhizopus nigricans, w.m. of hyphae with developing zygotes (d). Synchytrium endobioticum, potato black wart, t.s. of infected tissue 4(c). Plasmodiophora ...
more
20 Microscope Slides:
Phycomycetes 1(c). Mucor mucedo, w.m. of hyphae showing sporangia 2(d). Rhizopus nigricans, w.m. of hyphae with developing zygotes (d). Synchytrium endobioticum, potato black wart, t.s. of infected tissue 4(c). Plasmodiophora ...
more
20 Microscope Slides:
Phycomycetes 1(c). Mucor mucedo, w.m. of hyphae showing sporangia 2(d). Rhizopus nigricans, w.m. of hyphae with developing zygotes (d). Synchytrium endobioticum, potato black wart, t.s. of infected tissue 4(c). Plasmodiophora ...
more
20 Microscope Slides:
Phycomycetes 1(c). Mucor mucedo, w.m. of hyphae showing sporangia 2(d). Rhizopus nigricans, w.m. of hyphae with developing zygotes (d). Synchytrium endobioticum, potato black wart, t.s. of infected tissue 4(c). Plasmodiophora ...
more
15 Microscope Slides:
1(e). Ephedra, male cone l.s.
2(f). Ephedra, female cone at pollination time l.s.
3(c). Ginkgo, young sprout, t.s.
4(c). Ginkgo, leaf t.s.
5(c). Pinus, pine, young root
6(c). Pinus, pine, first year stem
7(e) ...
more
15 Microscope Slides
1(e). Ephedra, male cone l.s.
2(f). Ephedra, female cone at pollination time l.s.
3(c). Ginkgo, young sprout, t.s.
4(c). Ginkgo, leaf t.s.
5(c). Pinus, pine, young root
6(c). Pinus, pine, first year stem
7(e). ...
more
15 Microscope Slides
1(e). Ephedra, male cone l.s.
2(f). Ephedra, female cone at pollination time l.s.
3(c). Ginkgo, young sprout, t.s.
4(c). Ginkgo, leaf t.s.
5(c). Pinus, pine, young root
6(c). Pinus, pine, first year stem
7(e). ...
more
15 Microscope Slides
1(e). Ephedra, male cone l.s.
2(f). Ephedra, female cone at pollination time l.s.
3(c). Ginkgo, young sprout, t.s.
4(c). Ginkgo, leaf t.s.
5(c). Pinus, pine, young root
6(c). Pinus, pine, first year stem
7(e). ...
more
20 Microscope Slides:
1(c). Epidermal cells of Allium (onion), flat mount shows typical plant cells with nuclei, cytoplasm
and cell walls
2(d). Mitosis, l.s. from Allium root tips showing all stages of plant mitosis
3(f). Meiosis, t.s ...
more
20 Microscope Slides:
1(c). Epidermal cells of Allium (onion), flat mount shows typical plant cells with nuclei, cytoplasm
and cell walls
2(d). Mitosis, l.s. from Allium root tips showing all stages of plant mitosis
3(f). Meiosis, t.s ...
more
20 Microscope Slides:
1(c). Epidermal cells of Allium (onion), flat mount shows typical plant cells with nuclei, cytoplasm
and cell walls
2(d). Mitosis, l.s. from Allium root tips showing all stages of plant mitosis
3(f). Meiosis, t.s ...
more
20 Microscope Slides:
1(c). Epidermal cells of Allium (onion), flat mount shows typical plant cells with nuclei, cytoplasm
and cell walls
2(d). Mitosis, l.s. from Allium root tips showing all stages of plant mitosis
3(f). Meiosis, t.s ...
more
15 Microscope Slides:
1(d). Allium cepa, onion, root tips, l.s. showing all stages of mitosis
2(c). Zea mays, corn, t.s. of typical monocot root
3(c). Iris, t.s. of typical monocot root
4(c). Ranunculus, buttercup, t.s. of a typical dicot ...
more
15 Microscope Slides:
1(d). Allium cepa, onion, root tips, l.s. showing all stages of mitosis
2(c). Zea mays, corn, t.s. of typical monocot root
3(c). Iris, t.s. of typical monocot root
4(c). Ranunculus, buttercup, t.s. of a typical dicot ...
more
15 Microscope Slides:
1(d). Allium cepa, onion, root tips, l.s. showing all stages of mitosis
2(c). Zea mays, corn, t.s. of typical monocot root
3(c). Iris, t.s. of typical monocot root
4(c). Ranunculus, buttercup, t.s. of a typical dicot ...
more
15 Microscope Slides:
1(d). Allium cepa, onion, root tips, l.s. showing all stages of mitosis
2(c). Zea mays, corn, t.s. of typical monocot root
3(c). Iris, t.s. of typical monocot root
4(c). Ranunculus, buttercup, t.s. of a typical dicot ...
more
20 Microscope Slides:
1(c). Canna, t.s. of typical monocot stem with scattered bundles
2(f). Aristolochia, t.s. of one year, two years stem and older stem, all 3 in on slide
3(e). Dicot and monocot stem, t.s. of Helianthus and Canna
4 ...
more
20 Microscope Slides:
1(c). Canna, t.s. of typical monocot stem with scattered bundles
2(f). Aristolochia, t.s. of one year, two years stem and older stem, all 3 in on slide
3(e). Dicot and monocot stem, t.s. of Helianthus and Canna
4 ...
more
20 Microscope Slides:
1(c). Canna, t.s. of typical monocot stem with scattered bundles
2(f). Aristolochia, t.s. of one year, two years stem and older stem, all 3 in on slide
3(e). Dicot and monocot stem, t.s. of Helianthus and Canna
4 ...
more
20 Microscope Slides:
1(c). Canna, t.s. of typical monocot stem with scattered bundles
2(f). Aristolochia, t.s. of one year, two years stem and older stem, all 3 in on slide
3(e). Dicot and monocot stem, t.s. of Helianthus and Canna
4 ...
more
15 Microscope Slides:
1(d). Elodea, l.s. of stem tip showing apical meristem and origin of leaves
2(d). Leaves, monocot and dicot, Zea and Ranunculus, t.s.
3(c). Syringa, lilac, t.s. of typical dicot leaf
4(c). Iris, typical isobilateral ...
more
15 Microscope Slides:
1(d). Elodea, l.s. of stem tip showing apical meristem and origin of leaves
2(d). Leaves, monocot and dicot, Zea and Ranunculus, t.s.
3(c). Syringa, lilac, t.s. of typical dicot leaf
4(c). Iris, typical isobilateral ...
more
15 Microscope Slides:
1(d). Elodea, l.s. of stem tip showing apical meristem and origin of leaves
2(d). Leaves, monocot and dicot, Zea and Ranunculus, t.s.
3(c). Syringa, lilac, t.s. of typical dicot leaf
4(c). Iris, typical isobilateral ...
more
15 Microscope Slides:
1(d). Elodea, l.s. of stem tip showing apical meristem and origin of leaves
2(d). Leaves, monocot and dicot, Zea and Ranunculus, t.s.
3(c). Syringa, lilac, t.s. of typical dicot leaf
4(c). Iris, typical isobilateral ...
more
15 Microscope Slides:
1(e). Zea and Ranunculus, t.s. of monocot and dicot flowers
2(d). Bellis, l.s. of composite flower bud
3(d). Taraxacum, dandelion, t.s. of composite flower bud
4(d). Papaver, poppy, t.s. of flower bud with parietal ...
more
15 Microscope Slides:
1(e). Zea and Ranunculus, t.s. of monocot and dicot flowers
2(d). Bellis, l.s. of composite flower bud
3(d). Taraxacum, dandelion, t.s. of composite flower bud
4(d). Papaver, poppy, t.s. of flower bud with parietal ...
more
15 Microscope Slides:
1(e). Zea and Ranunculus, t.s. of monocot and dicot flowers
2(d). Bellis, l.s. of composite flower bud
3(d). Taraxacum, dandelion, t.s. of composite flower bud
4(d). Papaver, poppy, t.s. of flower bud with parietal ...
more
15 Microscope Slides:
1(e). Zea and Ranunculus, t.s. of monocot and dicot flowers
2(d). Bellis, l.s. of composite flower bud
3(d). Taraxacum, dandelion, t.s. of composite flower bud
4(d). Papaver, poppy, t.s. of flower bud with parietal ...
more
15 Microscope Slides:
1(d). Triticum, wheat, t.s. of kernel (grain), endosperm and starch grains
2(e). Triticum, wheat, l.s. of kernel showing origin of embryo
3(d). Zea mays, corn, young cob t.s.
4(d). Phaseolus, bean, t.s. of pod with ...
more
15 Microscope Slides:
1(d). Triticum, wheat, t.s. of kernel (grain), endosperm and starch grains
2(e). Triticum, wheat, l.s. of kernel showing origin of embryo
3(d). Zea mays, corn, young cob t.s.
4(d). Phaseolus, bean, t.s. of pod with ...
more
15 Microscope Slides:
1(d). Triticum, wheat, t.s. of kernel (grain), endosperm and starch grains
2(e). Triticum, wheat, l.s. of kernel showing origin of embryo
3(d). Zea mays, corn, young cob t.s.
4(d). Phaseolus, bean, t.s. of pod with ...
more
15 Microscope Slides:
1(d). Triticum, wheat, t.s. of kernel (grain), endosperm and starch grains
2(e). Triticum, wheat, l.s. of kernel showing origin of embryo
3(d). Zea mays, corn, young cob t.s.
4(d). Phaseolus, bean, t.s. of pod with ...
more
12 Microscope Slides:
1(c). Squamous epithelium, isolated cells from human mouth
2(d). Striated muscle l.s. showing nuclei, striations
3(d). Compact bone and hyaline cartilage t.s., two sections for comparison
4(e). Nerve fibres isolated ...
more
12 Microscope Slides:
1(c). Squamous epithelium, isolated cells from human mouth
2(d). Striated muscle l.s. showing nuclei, striations
3(d). Compact bone and hyaline cartilage t.s., two sections for comparison
4(e). Nerve fibres isolated ...
more
12 Microscope Slides:
1(c). Squamous epithelium, isolated cells from human mouth
2(d). Striated muscle l.s. showing nuclei, striations
3(d). Compact bone and hyaline cartilage t.s., two sections for comparison
4(e). Nerve fibres isolated ...
more
12 Microscope Slides:
1(c). Squamous epithelium, isolated cells from human mouth
2(d). Striated muscle l.s. showing nuclei, striations
3(d). Compact bone and hyaline cartilage t.s., two sections for comparison
4(e). Nerve fibres isolated ...
more
10 Microscope Slides:
1(f). Chicken, 24 hour, t.s. with neural groove, notochord, germ layers
2(f). Chicken, 36 hour, t.s. with neural tube
3(g). Chicken, 48 hour, l.s. with differentiation of mesoderm and ectoderm
4(f). Chicken, 3 day ...
more
10 Microscope Slides:
1(f). Chicken, 24 hour, t.s. with neural groove, notochord, germ layers
2(f). Chicken, 36 hour, t.s. with neural tube
3(g). Chicken, 48 hour, l.s. with differentiation of mesoderm and ectoderm
4(f). Chicken, 3 day ...
more
10 Microscope Slides:
1(f). Chicken, 24 hour, t.s. with neural groove, notochord, germ layers
2(f). Chicken, 36 hour, t.s. with neural tube
3(g). Chicken, 48 hour, l.s. with differentiation of mesoderm and ectoderm
4(f). Chicken, 3 day ...
more
10 Microscope Slides:
1(f). Chicken, 24 hour, t.s. with neural groove, notochord, germ layers
2(f). Chicken, 36 hour, t.s. with neural tube
3(g). Chicken, 48 hour, l.s. with differentiation of mesoderm and ectoderm
4(f). Chicken, 3 day ...
more
10 Microscope Slides:
1(g). 4-6 mm, t.s.
2(g). 7-9 mm, sagittal l.s.
3(f). 11-12 mm, t.s. through head
4(f). 11-12 mm, t.s. through abdomen
5(f). 15 mm, t.s. through head
6(f). 15 mm, t.s. through thorax
7(f). 15 mm, t.s. through ...
more
10 Microscope Slides:
1(g). 4-6 mm, t.s.
2(g). 7-9 mm, sagittal l.s.
3(f). 11-12 mm, t.s. through head
4(f). 11-12 mm, t.s. through abdomen
5(f). 15 mm, t.s. through head
6(f). 15 mm, t.s. through thorax
7(f). 15 mm, t.s. through abdomen ...
more
10 Microscope Slides:
1(g). 4-6 mm, t.s.
2(g). 7-9 mm, sagittal l.s.
3(f). 11-12 mm, t.s. through head
4(f). 11-12 mm, t.s. through abdomen
5(f). 15 mm, t.s. through head
6(f). 15 mm, t.s. through thorax
7(f). 15 mm, t.s. through abdomen ...
more
10 Microscope Slides:
1(g). 4-6 mm, t.s.
2(g). 7-9 mm, sagittal l.s.
3(f). 11-12 mm, t.s. through head
4(f). 11-12 mm, t.s. through abdomen
5(f). 15 mm, t.s. through head
6(f). 15 mm, t.s. through thorax
7(f). 15 mm, t.s. through abdomen ...
more
10 Microscope Slides:
1(e). Sycon, a small marine sponge of the sycon type, l.s. and t.s. on one slide
2(d). Spongilla, fresh-water sponge, t.s.
3(d). Euspongia, commercial sponge, t.s.
4(c). Sponge spicules of different kinds, mixed ...
more
20 Microscope Slides:
1(f). Planaria, (Turbellaria) w.m.
2(c). Planaria, t.s. for general structure
3(f). Fasciola hepatica, large liver fluke, w.m.
4(c). Fasciola, t.s. of middle region of body
5(f). Taenia sp., tapeworm, proglottids ...
more
15 Microscope Slides:
1(d). Chiton sp., t.s. of body
2(e). Anodonta, mussel, t.s. of body
3(d). Mya arenaria, clam, t.s. and l.s. of gills with ciliated epithelium
4(d). Mussel, t.s. of siphonal tube
5(d). Mya arenaria, clam, adductor ...
more
10 Microscope Slides:
1(d). Asterias, starfish, t.s. of ray
2(e). Young starfish, horizontal sec.
3(f). Asterias, starfish, bipinnaria larva, w.m.
4(d). Echinus, young sea urchin, radial section
5(e). Development of sea urchin, eggs ...
more
10 Microscope Slides:
1(f). Botryllus schlosseri, tunicate colony, w.m.
2(e). Clavelina, tunicate, l.s. showing gill, intestine, gonads
3(d). Clavelina, t.s. region of gills and intestine
4(f). Balanoglossus, t.s. region of gonads
5 ...
more
This microscope slide collection includes samples of the most important pathogenic and non-pathogenic bacteria:
• Staphylococcus aureus, pus organism
• Sarcina lutea, chromogenic rods
• Streptococcus pyogenes, pus organism ...
more
30 Microscope Slides:
Cyanophyceae 1(c). Chroococcus, a single-cell alga, w.m. 2(c). Anabaena, w.m. of filaments with heterocysts 3(d). Nostoc sp., t.s. of colony with hormogonia 4(d). Aphanizomenon, w.m. showing heterocysts 5(c). Scytonema ...
more
20 Microscope Slides
Phycomycetes:
1(c). Mucor mucedo, w.m. of hyphae showing sporangia
2(d). Rhizopus nigricans, w.m. of hyphae with developing zygotes
3 (d). Synchytrium endobioticum, potato black wart, t.s. of infected tissue
4 ...
more
15 Microscope Slides:
1(e). Ephedra, male cone l.s.
2(f). Ephedra, female cone at pollination time l.s.
3(c). Ginkgo, young sprout, t.s.
4(c). Ginkgo, leaf t.s.
5(c). Pinus, pine, young root
6(c). Pinus, pine, first year stem
7(e) ...
more
20 Microscope Slides:
1(c). Epidermal cells of Allium (onion), flat mount shows typical plant cells with nuclei, cytoplasm
and cell walls
2(d). Mitosis, l.s. from Allium root tips showing all stages of plant mitosis
3(f). Meiosis, t.s ...
more
15 Microscope Slides:
1(d). Allium cepa, onion, root tips, l.s. showing all stages of mitosis
2(c). Zea mays, corn, t.s. of typical monocot root
3(c). Iris, t.s. of typical monocot root
4(c). Ranunculus, buttercup, t.s. of a typical dicot ...
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20 Microscope Slides:
1(c). Canna, t.s. of typical monocot stem with scattered bundles
2(f). Aristolochia, t.s. of one year, two years stem and older stem, all 3 in on slide
3(e). Dicot and monocot stem, t.s. of Helianthus and Canna
4 ...
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15 Microscope Slides:
1(d). Elodea, l.s. of stem tip showing apical meristem and origin of leaves
2(d). Leaves, monocot and dicot, Zea and Ranunculus, t.s.
3(c). Syringa, lilac, t.s. of typical dicot leaf
4(c). Iris, typical isobilateral ...
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15 Microscope Slides:
1(e). Zea and Ranunculus, t.s. of monocot and dicot flowers
2(d). Bellis, l.s. of composite flower bud
3(d). Taraxacum, dandelion, t.s. of composite flower bud
4(d). Papaver, poppy, t.s. of flower bud with parietal ...
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15 Microscope Slides:
1(d). Triticum, wheat, t.s. of kernel (grain), endosperm and starch grains
2(e). Triticum, wheat, l.s. of kernel showing origin of embryo
3(d). Zea mays, corn, young cob t.s.
4(d). Phaseolus, bean, t.s. of pod with ...
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12 Microscope Slides:
1(c). Squamous epithelium, isolated cells from human mouth
2(d). Striated muscle l.s. showing nuclei, striations
3(d). Compact bone and hyaline cartilage t.s., two sections for comparison
4(e). Nerve fibres isolated ...
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10 Microscope Slides.
1(f). Chicken, 24 hour, t.s. with neural groove, notochord, germ layers
2(f). Chicken, 36 hour, t.s. with neural tube
3(g). Chicken, 48 hour, l.s. with differentiation of mesoderm and ectoderm
4(f). Chicken, 3 day ...
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10 Microscope Slides:
1(g). 4-6 mm, t.s.
2(g). 7-9 mm, sagittal l.s.
3(f). 11-12 mm, t.s. through head
4(f). 11-12 mm, t.s. through abdomen
5(f). 15 mm, t.s. through head
6(f). 15 mm, t.s. through thorax
7(f). 15 mm, t.s. through abdomen ...
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Selected rocks and minerals are ground and polished to a thickness of 20 – 30 μm. The preparations are mounted with Canada balsam on slides of 45x30 mm. In order to identify forms, colours, refractions and fossil inclusions, the ...
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Selected rocks and minerals are ground and polished to a thickness of 20 – 30 μm. The preparations are mounted with Canada balsam on slides of 45x30 mm. In order to identify forms, colours, refractions and fossil inclusions, the ...
more
School Set A for General Biology in Italian language, Elementary Set 25 microscope slides - Zoology - Amoeba proteus, w.m. showing nucleus and pseudopodia - Hydra, w.m. extended specimen to show foot, body, mouth, and tentacles - Lumbricus ...
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School Set B for General Biology, Supplementary Set 50 microscope slides - Zoology and Parasitology - Paramaecium, nuclei stained - Euglena, a common flagellate with eyespot - Sycon, a marine sponge, t.s. of body - Dicrocoelium lanceolatum ...
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50 Slides.
Histology of Man and Mammals: 1(c) Ciliated epithelium, in t.s. of fallopian tube of pig 2(d) Tendon of cow, l.s. showing white fibrous tissue, stained for fibres and cells 3(f) Heart muscle, human, t.s. and l.s., branched fibres ...
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6 selected Microscope Slides. With depictured accompanying brochure 1(d). Mitosis, l.s. from Allium root tips showing plant mitosis stained with iron-hematoxyline 2(f). Mitotic stages in sec. of red bone marrow 3(e). Meiotic and mitotic ...
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6 selected Microscope Slides. With depictured accompanying brochure 1(d). Mitosis, l.s. from Allium root tips showing plant mitosis stained with iron-hematoxyline 2(f). Mitotic stages in sec. of red bone marrow 3(e). Meiotic and mitotic ...
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6 selected Microscope Slides. With depictured accompanying brochure 1(d). Mitosis, l.s. from Allium root tips showing plant mitosis stained with iron-hematoxyline 2(f). Mitotic stages in sec. of red bone marrow 3(e). Meiotic and mitotic ...
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6 selected Microscope Slides. With depictured accompanying brochure 1(d). Mitosis, l.s. from Allium root tips showing plant mitosis stained with iron-hematoxyline 2(f). Mitotic stages in sec. of red bone marrow 3(e). Meiotic and mitotic ...
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10 Microscope Slides. With depictured accompanying brochure 1(d). Cell division in l.s. of Allium root tips, showing all mitotic stages 2(e). Ascaris, primary germ cells in the growing zone of oviduct 3(f). Ascaris, entrance of sperm in the ...
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10 Microscope Slides. With depictured accompanying brochure 1(d). Cell division in l.s. of Allium root tips, showing all mitotic stages 2(e). Ascaris, primary germ cells in the growing zone of oviduct 3(f). Ascaris, entrance of sperm in the ...
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10 Microscope Slides. With depictured accompanying brochure 1(d). Cell division in l.s. of Allium root tips, showing all mitotic stages 2(e). Ascaris, primary germ cells in the growing zone of oviduct 3(f). Ascaris, entrance of sperm in the ...
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10 Microscope Slides. With depictured accompanying brochure 1(d). Cell division in l.s. of Allium root tips, showing all mitotic stages 2(e). Ascaris, primary germ cells in the growing zone of oviduct 3(f). Ascaris, entrance of sperm in the ...
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31 Microscope Slides size 30 x 45 mm2, without box.
Contents: altered granite, andesite, basalt, basalt with olivin, basalt with phenocryst and white feldspat, picrit basalt, tholeiitic basalt, granodiorite, pillow lava, dacite, diorite ...
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22 Microscope Slides size 30 x 45 mm2, without box.
Contents: arkose, chalk, coal, gypsum, limestone with alveolina, limestone with asphalt, fossilized limestone, limestone with crinoid stem, glauconitic limestone, limestone with globotruncana ...
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13 Microscope Slides
1(d). Simple animal cells in sec. of salamander liver
2(d). Mitosis, l.s. from Allium root tips
3(c). Ranunculus, buttercup, t.s. of a typical dicot root
4(e). Monocot and dicot stems, two t.s. for comparison
5(c ...
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13 Microscope Slides
1(d). Simple animal cells in sec. of salamander liver
2(d). Mitosis, l.s. from Allium root tips
3(c). Ranunculus, buttercup, t.s. of a typical dicot root
4(e). Monocot and dicot stems, two t.s. for comparison
5(c ...
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13 Microscope Slides
1(d). Simple animal cells in sec. of salamander liver
2(d). Mitosis, l.s. from Allium root tips
3(c). Ranunculus, buttercup, t.s. of a typical dicot root
4(e). Monocot and dicot stems, two t.s. for comparison
5(c ...
more
13 Microscope Slides
1(d). Simple animal cells in sec. of salamander liver
2(d). Mitosis, l.s. from Allium root tips
3(c). Ranunculus, buttercup, t.s. of a typical dicot root
4(e). Monocot and dicot stems, two t.s. for comparison
5(c ...
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15 Microscope Slides
1(e). Hydra, fresh water polyp, t.s. with ectoderm and entoderm
2(d). Carabus, ground beetle, gizzard
3(c). Salivary gland of cat, t.s.
4(c). Esophagus of cat, t.s.
5(d). Fundic stomach of cat, t.s.
6(c). Small ...
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15 Microscope Slides
1(e). Hydra, fresh water polyp, t.s. with ectoderm and entoderm
2(d). Carabus, ground beetle, gizzard
3(c). Salivary gland of cat, t.s.
4(c). Esophagus of cat, t.s.
5(d). Fundic stomach of cat, t.s.
6(c). Small ...
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15 Microscope Slides
1(e). Hydra, fresh water polyp, t.s. with ectoderm and entoderm
2(d). Carabus, ground beetle, gizzard
3(c). Salivary gland of cat, t.s.
4(c). Esophagus of cat, t.s.
5(d). Fundic stomach of cat, t.s.
6(c). Small ...
more
15 Microscope Slides
1(e). Hydra, fresh water polyp, t.s. with ectoderm and entoderm
2(d). Carabus, ground beetle, gizzard
3(c). Salivary gland of cat, t.s.
4(c). Esophagus of cat, t.s.
5(d). Fundic stomach of cat, t.s.
6(c). Small ...
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16 Microscope Slides.
1(e). Paramaecium, silvered to show the neuroformative system
2(d). Lumbricus, earthworm, t.s. with ventral nerve cord
3(e). Insect brain, frontal l.s.
4(e). Planaria, sec. through ocelli
5(f). Haliotis, marine ...
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16 Microscope Slides.
1(e). Paramaecium, silvered to show the neuroformative system
2(d). Lumbricus, earthworm, t.s. with ventral nerve cord
3(e). Insect brain, frontal l.s.
4(e). Planaria, sec. through ocelli
5(f). Haliotis, marine ...
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16 Microscope Slides.
1(e). Paramaecium, silvered to show the neuroformative system
2(d). Lumbricus, earthworm, t.s. with ventral nerve cord
3(e). Insect brain, frontal l.s.
4(e). Planaria, sec. through ocelli
5(f). Haliotis, marine ...
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16 Microscope Slides.
1(e). Paramaecium, silvered to show the neuroformative system
2(d). Lumbricus, earthworm, t.s. with ventral nerve cord
3(e). Insect brain, frontal l.s.
4(e). Planaria, sec. through ocelli
5(f). Haliotis, marine ...
more
7 Microscope Slides
1(d). Ovary of cat, with follicles and corpus luteum t.s.
2(d). Testis of mouse, t.s. showing Leydig’s cells
3(d). Adrenal (suprarenal) gland of cat, t.s.
4(d). Pancreas of cat, t.s. with islets of Langerhans ...
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7 Microscope Slides.
1(d). Ovary of cat, with follicles and corpus luteum t.s.
2(d). Testis of mouse, t.s. showing Leydig’s cells
3(d). Adrenal (suprarenal) gland of cat, t.s.
4(d). Pancreas of cat, t.s. with islets of Langerhans ...
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7 Microscope Slides.
1(d). Ovary of cat, with follicles and corpus luteum t.s.
2(d). Testis of mouse, t.s. showing Leydig’s cells
3(d). Adrenal (suprarenal) gland of cat, t.s.
4(d). Pancreas of cat, t.s. with islets of Langerhans ...
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7 Microscope Slides
1(d). Ovary of cat, with follicles and corpus luteum t.s.
2(d). Testis of mouse, t.s. showing Leydig’s cells
3(d). Adrenal (suprarenal) gland of cat, t.s.
4(d). Pancreas of cat, t.s. with islets of Langerhans ...
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19 Microscope Slides
1(g). DNA and RNA stained in different colors, l.s. onion root tips
2(e). Lilium, young anthers, meiosis, early prophase stage, t.s.
3(e). Lilium, young anthers, diplotene stage, t.s.
4(d). Lilium, ovary with embryosac ...
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19 Microscope Slides.
1(g). DNA and RNA stained in different colors, l.s. onion root tips
2(e). Lilium, young anthers, meiosis, early prophase stage, t.s.
3(e). Lilium, young anthers, diplotene stage, t.s.
4(d). Lilium, ovary with embryosac ...
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19 Microscope Slides.
1(g). DNA and RNA stained in different colors, l.s. onion root tips
2(e). Lilium, young anthers, meiosis, early prophase stage, t.s.
3(e). Lilium, young anthers, diplotene stage, t.s.
4(d). Lilium, ovary with embryosac ...
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19 Microscope Slides.
1(g). DNA and RNA stained in different colors, l.s. onion root tips
2(e). Lilium, young anthers, meiosis, early prophase stage, t.s.
3(e). Lilium, young anthers, diplotene stage, t.s.
4(d). Lilium, ovary with embryosac ...
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Fishes, Amphibians, Reptiles, Birds - 25 Microscope slides
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized ...
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Fishes, Amphibians, Reptiles, Birds - 25 Microscope slides
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized ...
more
Fishes, Amphibians, Reptiles, Birds - 25 Microscope slides
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized ...
more
25 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
25 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
25 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
25 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
50 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
50 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
50 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
50 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
40 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope slides ...
more
40 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
40 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
40 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more
50 Microscope Slides.
All our histology slides series are standardly coloured with AZAN: a multi-coloured staining with nuclear red for cell nuclei, connective tissue blue, erythrocytes orange and keratinized tissue red. The microscope ...
more