Applied Filters
Modèles de botanique
Les reproductions entières ou partielles de plantes et de cellules permettent aux étudiants d’apprendre à identifier et à étudier les structures. Les organismes photosynthétiques et composants cellulaires agrandis sont très détaillés pour une compréhension précise. Montés sur des bases robustes, les modèles sont protégés contre les dommages en cas de chute. Les modèles de botanique sont parfaits pour les activités en poste de laboratoire ou pour une présentation en classe. Les répliques servent de références immédiates, en intérieur, pour des espèces allant des arbres gigantesques aux plus petites graines de fleurs.
Applied Filters
Applied Filters
3B Scientific® Leaf Cross Section Model (Beech)
This plant model shows the histological structure of a beech leaf (Fagus silvatica).
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Protein Synthesis Manipulatives Demonstration
These large and colorful DNA, mRNA, ribosome, tRNA, and amino acid models are visible anywhere in the classroom.
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Eisco® Dicot Seed Germination (Pea)
This hand painted model shows the germination of a dicot - specifically a pea seed. It comes mounted on a base and has a key card for identifying key structures.
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Eisco® Paramecium Models
Model clearly shows the oral groove and their continuation into the gullet and the other side shows the details of the internal structure. The basic model shows details in a lower relief, while the standard model shows a finer detail level.
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Eisco® Leaf Structure Models
Examine the various tissues in vascular bundles found in these vertical section of a dicot and Monocot leaves.
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Eisco® Root Tip Structure
Showing with a longitudinal section through tissue structure of wild rape root (snaps arvensis), 250 times magnified.
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Eisco® Plant Mitosis
Set of 10 models showing all the stages of karyokinesis and cytokinesis form metabolic cell of the formation.
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Eisco® Plant and Animal Cell Comparison Model
Typical plant and animal cells are displayed on bases for comparison. Use to show similarities and differences, and point out structures and organelles of each cell type.
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3B Scientific® Stem Of Creeping Buttercup
Cross section of a Creeping Buttercup stem with collateral open vascular bundles. The model shows the typical stem structure of a dicotyledon enlarged by a factor of 250.
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Eisco® Amoeba
Greatly enlarged 2 piece model includes small pseudopodium that can be opened to show the internal structure as seen during electron microscopic magnification.
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Magic Garden Kit
Grow your own beautiful mountain scene with this kit's mountain, trees and flowers made of paper and a plastic base.
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Eisco® Dicot Stem Anatomy
Model shows the transverse and longitudinal section of a dicotyledonous stem in which case the cambium ring has been formed but no secondary growth has yet taken place.
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3B Scientific® Floral Models
These floral models illustrate the variety present in basic structure. Choose from economically important plants, like potato, sunflower, apple, cherry and pea to accompany a topic on agricultural Science. Choose sunflower, cherry, or pea for topics of seed type and formation.

