Highlights

  • Individual prepared Euroslides
  • High quality microscope slides
  • Histology, zoology and botany
  • For education and hobby
  • Supplied directly from stock, at the very best prices
  • Minimum purchase quantity is 10 pieces of the same slide
  • Individual slides have to be ordered together with a box
Models
Specifications

Individual EuroSlides for Zoology

• Minimum purchase quantity is 10 pieces of the same slide
• The individual slides always have to be ordered together with a microscope slide box 

MODELS Protozoa Coelenterata Helminthes Crustaceans Insects Amphibians Aves Cephalochordata  
ESZ‑1510 Amoeba proteus, w‑m‑ •  
ESZ‑1520 Paramecium, w‑m‑   •  
ESZ‑1522  Paramecium conjugation w‑m‑ •  
ESZ‑1524  Paramecium in fission, w‑m‑ •  
ESZ‑1535  Euglena virides, a flagellate with eyespot •  
ESZ‑1540  Trachelomonas, a free swimming type euglena •  
ESZ‑1580  Hydra with bud, w‑m‑ •  
ESZ‑1585  Hydra with endoderm + ectoderm, c‑s‑ •  
ESZ‑1586 Hydra, w‑m‑ of tentacles •  
ESZ‑1610  Planaria, flat worm, injected intestinal tube, w‑m‑ •  
ESZ‑1620 Schistosoma Japonicum, female, w‑m‑ •  
ESZ‑1625  Schistosoma Japonicum, fluke eggs, bilharziose •  
ESZ‑1630  Taenia, tapeworm cattle, mature proglottid, w‑m‑ •  
ESZ‑1635  Ascaris megalocephala, horse roundworm, female + male, c‑s‑ •  
ESZ‑1636  Ascaris megalocephala, horse roundworm, mitosis eggs •  
ESZ‑1640  Lumbricus, earthworm, c‑s‑ •  
ESZ‑1655 Daphnia sp‑, water flea, w‑m‑ •  
ESZ‑1810  Mya arenaria, clam gill, c‑s‑ •  
ESZ‑1705  Apis mellifica, honey bee, posterior leg, w‑m‑ •  
ESZ‑1708  Apis mellifica, honey bee, mouth parts •  
ESZ‑1710  Apis mellifica ‑ honey bee compound eye, w‑m‑ •  
ESZ‑1715 Musca domestica, house fly, mouth parts •  
ESZ‑1717 Musca domestica, house fly, leg with clinging pads •  
ESZ‑1719  Musca domestica, house fly, wing w‑m‑ •  
ESZ‑1720  Culex pipiens ‑ house mosquito, larva w‑m‑ •  
ESZ‑1722  Culex pipiens, house modquito, female, mouth parts   •  
ESZ‑1724  Drosophila, fruit fly, giant chromosomes of salivary gland, w‑m‑ •  
ESZ‑1725  Periplaneta, cockroach, mouth parts of chewing type •  
ESZ‑1730  Pieres brassicae, cabbage‑white butterfly, mouth, w‑m •  
ESZ‑1733 Pieres brassicae, cabbage‑white butterfly, part of wing •  
ESZ‑1738 Locusta, grasshopper, mouth parts, w‑m‑ •  
ESZ‑1750  Periplaneta, cockroach, spiracle of insect, w‑m‑ •  
ESZ‑1760  Ctenocephalus canis, dog flea, w‑m‑ •  
ESZ‑1770 Tetranychus, red spider mite, w‑m‑ •  
ESZ‑1780  Insects ‑ four types of legs, honey bee, house fly, house mosquito, spider •  
ESZ‑1877  Rana sp, frog, blood smear •  
ESZ‑1880  Frog uncleaved egg, c‑s‑   •  
ESZ‑1881  Frog egg, two cells stadium, c‑s‑   •  
ESZ‑1883  Frog egg, advanced cleavage c‑s‑  •  
ESZ‑1885  Frog egg, blastula phase, c‑s‑  •  
ESZ‑1887  Frog egg, early gastrula phase, c‑s‑   •  
ESZ‑1889  Frog egg, advanced gastrula phase, c‑s‑  •  
ESZ‑1930  Bird, wing and down feather, section •  
ESZ‑1940  Chicken, embryo 48 hours, sagittal section •  
ESZ‑1860  Lancelet, Section through gonads and gills, c‑s‑      •  

Used abbreviations:

c.s. = cross section
l.s. = longitudinal section
w.m. = whole mount

Individual EuroSlides for Histology

• Minimum purchase quantity is 10 pieces of the same slide
• The individual slides always have to be ordered together with a microscope slide box 

MODELS Ephitelium and
connective
tissues		 Respiratory,
blood circulation and
endocrine system		 Digestive
system		 Urinary and
genital system		 Nervous system
and sensory
organs		  
ESH‑1001 Loose connective tissue, rabbit •  
ESH‑1005 Hyaline cartilage rabbit, section •  
ESH‑1006 Elastic cartilage, rabbit •  
ESH‑1011 Hard bone grinding, human, section •  
ESH‑1012 Hard bone grinding of rabbit, tooth, decalcium •  
ESH‑1040 Smooth muscle, teased preparation, rabbit, l‑s‑ and c‑s‑ •  
ESH‑1043 Cardiac muscle, dog, l‑s‑ •  
ESH‑1045 Skeletal muscle, dog, l‑s‑ and c‑s‑ •  
ESH‑1049 Muscle types, striated, smooth, heart muscle, dog, l‑s‑ •  
ESH‑1060 Tendon, dog, l‑s‑ •  
ESH‑1070  Squamous epithelium, human, isolated cells from mouth, smear •  
ESH‑1072 Skin section through hair follicle, human •  
ESH‑1075  Skin section with sweat gland, human •  
ESH‑1078 Stratified flat epithelium, dog, section •  
ESH‑1080 Ciliated epithelium, trachea, rabbit •  
ESH‑1110 Lung with injected blood vessels, rabbit, c‑s‑ •  
ESH‑1120 Trachea, rabbit, c‑s‑ •  
ESH‑1130 Artery and vein, rabbit, c‑s‑ •  
ESH‑1140 Pancreas, rabbit, section •  
ESH‑1150 Blood smear, human, Giemsa stained •  
ESH‑1160 Lymph node, rabbit, section •  
ESH‑1180 Adrenal gland, rabbit, section •  
ESH‑1210 Stomach wall, dog, section •  
ESH‑1220 Oesophagus, dog, c‑s‑ •  
ESH‑1230 Small intestine, dog, c‑s‑ •  
ESH‑1235  Large intestine, dog, c‑s‑ •  
ESH‑1250 Liver, pig, section •  
ESH‑1260  Gall bladder, dog, section •  
ESH‑1310 Injected kidney, rabbit, section •  
ESH‑1315 Kidney rat, sec‑ cortex & medulla •  
ESH‑1330 Testis, rabbit, c‑s‑ •  
ESH‑1340 Ovary with developed eggs, rabbit •  
ESH‑1360 Sperm, human, smear •  
ESH‑1375  Human chromosomes in blood, male •  
ESH‑1376 Human chromosomes in blood, female •  
ESH‑1170 Thyroid gland, rabbit, section •  
ESH‑1280  Golgi apparatus in Basal spinal ganglion, dog •  
ESH‑1410 Nerve, rabbit, c‑s‑ and l‑s‑ •  
ESH‑1415 Motor nerve cells with end plates, rabbit, w‑m‑ •  
ESH‑1420 Cerebellum section, dog •  
ESH‑1450 Spinal cord, rabbit, c‑s‑ •  
ESH‑1470 Taste buds, rabbit, l‑s‑ •  
ESH‑1480  Eyeball section, rabbit, sagittal section •  
ESH‑1490 Retina, rabbit, section •  

Used abbreviations:

c.s. = cross section
l.s. = longitudinal section
w.m. = whole mount

Individual EuroSlides for Botany

• Minimum purchase quantity is 10 pieces of the same slide
• The individual slides always have to be ordered together with a microscope slide box 

MODELS Roots Stems Leaves Flowers, fruits and seeds Ferns and mosses Fungi Algae Bacteria  
ESB‑2006 Allium cepa, onion, scale epidermis, w‑m‑ •  
ESB‑2009 Allium cepa, onion, mitosis root tip, l‑s‑ •  
ESB‑2011 Zea mays, corn root tip with hairs, l‑s‑ •  
ESB‑2015 Ranunculus, buttercup, root, c‑s‑ •  
ESB‑2020 Helianthus, sunflower, old root, c‑s‑ •  
ESB‑2025 Monocot‑dicot plant roots, zea mays‑helantius, c‑s‑ •  
ESB‑2040 Solanum tuberosum, potato, starch grains •  
ESB‑2055 Zea mays, corn, stem, c‑s‑ •  
ESB‑2060 Triticum aestivum, wheat, stem, c‑s‑ •  
ESB‑2070 Helianthus, sunflower, young stem, c‑s‑ •  
ESB‑2075  Tilia, lime tree, one year stem, c‑s‑ •  
ESB‑2076 Tilia, lime tree, 1, 2 and 3 year stems on one slide, c‑s‑ •  
ESB‑2080  Pinus ‑ pine tree, stem l‑s‑ •  
ESB‑2090 Hydrilla verticillata, hydrilla stem tip, l‑s‑ •  
ESB‑2091 Hydrilla stem, c‑s‑  •  
ESB‑2095 Monocot‑dicot stem, corn‑pumpkin, c‑s‑ •  
ESB‑2100 Pelargonium hortorum, geranium, stem, c‑s‑ •  
ESB‑2105 Hibiscus, young stem, c‑s‑ •  
ESB‑2110 Cucurbita, pumpkin, stem, l‑s‑ •  
ESB‑2112  Cucurbita, pumpkin, stem, c‑s‑ •  
ESB‑2115 Sambucus, elderberry or Morus Alba, mulberry, stem with crok cambium and lenticels, c‑s‑ •  
ESB‑2130 Helianthus, sunflower, leaf, c‑s‑ •  
ESB‑2135 Nerium oleander, leaf with sunken stomata, c‑s‑ •  
ESB‑2140 Triticum, wheat, leaf, c‑s‑ •  
ESB‑2150 Monocot‑dicot leaves, zea mays‑ligustrum lucidum, c‑s‑ •  
ESB‑2160 Lilium, lily leaf, c‑s‑ •  
ESB‑2205 Monocot‑dicot flower, zea mays‑ranunculus, c‑s‑ •  
ESB‑2210 Lilium, lily, anther with mature pollen, c‑s‑ •  
ESB‑2212 Lilium, lily, overy, c‑s‑ •  
ESB‑2214 Lilium, lily, pollen, different stages of meiosis •  
ESB‑2220 Capsella, shepherds’ purse, ovary w‑ embryo in pre‑cotyledon stadium, l‑s‑ •  
ESB‑2222 Capsella, sheperd’s purse, ovary w‑ embryo in cotyledon statium, l‑s‑ •  
ESB‑2225 Zea mays, corn seed with embryo, l‑s‑ •  
ESB‑2230  Pinus, pine tree, male (cone) globose fruit l‑s‑ •  
ESB‑2232 Pinus, pine tree, female (cone) globose fruit, l‑s‑ •  
ESB‑2234  Pinus, pine tree, pollen, w‑m‑ •  
ESB‑2235 Pirus, pear, stone cells, section •  
ESB‑2240 Triticum aestivum, wheat, kernel, l‑s‑ •  
ESB‑2305 Cyrtomium, holly fern, c‑s‑ of rhizom •  
ESB‑2310 Cyrtomium, holly fern, section •  
ESB‑2315 Cyrtomium, holly fern, prothallium with young sporophyt, w‑m‑ •  
ESB‑2320  Cyrtomium, fern, leaf with sporangia •  
ESB‑2330  Marchantia, liverworts, thallus with gemma cup, c‑s‑ •  
ESB‑2335 Mnium, w‑m‑ •  
ESB‑2337 Mnium, antheridial branch, l‑s‑ •  
ESB‑2339 Mnium, archegonial branch, l‑s‑ •  
ESB‑2355 Rhizopus nigricans,bread mold, developed sporangia •  
ESB‑2360 Saccaromyces sp‑, yeast, budding, w‑m‑ •  
ESB‑2365 Penicillium sp‑, w‑m‑ •  
ESB‑2373 Coprinus, ink caps mushroom, section of pileus •  
ESB‑2374 Aspergillus, brown mold, w‑m‑ •  
ESB‑2377 Diatoms, w‑m‑ •  
ESB‑2380 Spirogyra sp‑ in conjugation •  
ESB‑2381 Spirogyra sp‑, vegetative mass, w‑m‑ •  
ESB‑2384 Volvox sp‑, w‑m‑ •  
ESB‑2386 Oscillatoria, blue‑green algae •  
ESB‑2405 Dental plaque, smear •  
ESB‑2410  Streptococus lactis, milk bacteria, smear •  
ESB‑2415  Bacillus subtilis, hay bacteria, smear •  
ESB‑2420 3 Types of bacteria, cocci, bacilli, spirelli •  

Used abbreviations:

c.s. = cross section
l.s. = longitudinal section
w.m. = whole mount

How Are Cells Stained and Slides Prepared?

Cell staining techniques and preparation depend on the type of stain and analysis used. One or more of the following procedures may be required to prepare a sample:

• Permeabilization - treatment of cells, generally with a mild surfactant, which dissolves cell membranes in order to allow larger dye molecules to enter inside the cell.

• Fixation - serves to "fix" or preserve cell or tissue morphology through the preparation process. This process may involve several steps, but most fixation procedures involve adding a chemical fixative that creates chemical bonds between proteins to increase their rigidity. Common fixatives include formaldehyde, ethanol, methanol, and/or picric acid.

• Mounting - involves attaching samples to a glass microscope slide for observation and analysis. Cells may either be grown directly to the slide or loose cells can be applied to a slide using a sterile technique. Thin sections (slices) of material such as tissue may also be applied to a microscope slide for observation.

• Staining - application of stain to a sample to color cells, tissues, components, or metabolic processes. This process may involve immersing the sample (before or after fixation or mounting) in a dye solution and then rinsing and observing the sample under a microscope. Some dyes require the use of a mordant, which is a chemical compound that reacts with the stain to form an insoluble, colored precipitate. The mordanted stain will remain on/in the sample when excess dye solution is washed away.
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HOW TO ORDER
• Minimum purchase quantity is 10 pieces of the same slide
• The individual slides always have to be ordered together with a microscope slide box

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Used abbreviations:

c.s. = cross section
l.s. = longitudinal section
w.m. = whole mount