Classroom Microscope Slide Sets
Eisco™ Lilium Ovary, Cross Section
Prepared microscope slide of a cross section of lilium ovary. Stained for better visualization of characteristic structures including placenta, ovule, and locule. Great choice for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Zea Mays Stem, Longitudinal Section
Prepared microscope slide of a longtitudinal section of zea mays stem. Zea mays, commonly known as corn is a monocot. Stained for better visualization of characteristic monocot structures. Great choice for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Frog Esophagus, Cross Section
Prepared microscope slide of a cross section of frog esophagus. Stained for better visualization of characteristic layers and structures. Great choice for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Foliate Papillae Section (Mammal)
Prepared microscope slide of Foliate Papillae, areas of sense in tongue which include taste buds. Showing cells involved in taste sensation. Great tool for analyzing anatomy of the tongue as well as exploring structure-function relationships as per NGSS s
Eisco™ Helianthus Root, Cross Section
Prepared microscope slide of a cross section of helianthus root. Helianthus, or sunflower, is a dicot. Stained for better visualization of typical dicot root structures. Great choice for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Fern Prothallium, Cross Section
Prepared microscope slide of a cross section of fern prothallium. Prothallium is a gametophyte stage in the life cycle of fern. Showing general structures of Prothallium. A great tool for studying fern life cycle and reproduction.
Eisco™ Tadpole Thorax Gills Region, Cross Section
Prepared microscope slide of a cross section of thorax and gills region of a tadpole. Stained for better visualization of characteristic structures. Great choice for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Streptococcus Pneumoniae, Gram Positive
Prepared microscope slide of Streptococcus pneumoniae, stained with Gram stain. Streptococcus pneumoniae walls retain the Crystal Violet in the Gram stain,thus Gram-positive and violet in appearance. Shows characteristic size and shape of Streptococcus pneumoniae.
Eisco™ Dicot Pollens Comparison, Wholemount
Prepared microscope slide of a mixture of dicot pollens. Wholemount. Ideal for biology classrooms to explore structure-function connection as per NGSS standards.
Eisco™ Integumentary Tissue - Human Skin, Cross Section
Prepared microscope slide of a cross section of a human skin. Human skin is a part of integumentary system, which acts to protect a body from various damage. Shows characteristic structures of human skin including skin layers.
Eisco™ Zea Mays Root Tip, Cross Section
Prepared microscope slide of a cross section of zea mays root tip. Zea mays, or corn, is a monocot. Shows characteristic monocot root structures. Ideal for biology classrooms.
Eisco™ Syringa Vulgaris Leaf, Cross Section
Prepared microscope slide of a cross section of Syringa vulgaris, a common Lilac. Shows typical structures of a dicot leaf. Ideal for biology classrooms to explore structure function relationships as per NGSS standards.
Eisco™ Earthworm, Cross Section
Prepared microscope slide of a cross section of earthworm. Stained for better visualization of characteristic structures. Ideal for biology classrooms to explore structure-function relationships as per NGSS standards.
Eisco™ Onion Root Tip Squash, Whole Mount
Prepared microscope slide of an onion root tip squash. Whole mount. Specially stained to show cells in all stages of mitotic division, as well as other characteristic structures of a plant cell. Great tool for biology classrooms studying cell division
Eisco™ Bacteria Spores Smear
Prepared microscope slide of a smear of bacterial spores. Bacterial spores are highly resistant dormant structures that bacteria form in response to adverse environmental conditions. Showing characteristic morphology.