Plant Cell Model, shows electron microscopic detail of a typical plant cell, It shows cellular structures, vacuoles, nuclear structure, plastids, mitochondria and more, It is mounted on a base and numbered with a key card
Model, Tulip Flower (Tulipa gesneriana), Enlarged 3x life-size, 2-part, Family: Liliaceae Monocotyledonous, are characterized by underground stems called bulbs that vegetatively reproduce, Dimensions: 23 x 24 x 52cm, weight: 0.4 kg
Model, Wild Mustard Flower (Sinapis arvenis), Enlarged 12x life-size, 3-part, Family: Brassicaceae, The sepals and petals standing in two whorled circles form a cross-shape, leading to the former Cruciferous, Dimensions: 13 x 13 x 14 in, weight: 0.3 kg
Dandelion (Taraxacum Officinale), Dandelion belongs to the Asteraceae family of composite flowers. Characterized by numerous florets arranged in a dense inflorescence that is contained by overlapping green bracts that open and close to protect the flower
Model, Absorption Zone of the Root (Sinapis alba)This relief model shows the absorption zone of a dicotyledonous plant, The model shows the absorption zone of the root of a white mustard (sinapis alba) plant, Dimensions: 43 x 43 x 8 cm, weight: 1.23 kg
Model, Leaf Cross Section of Beech (Fagus silvatica), This plant model shows the histological structure of a beech leaf (fagus silvatica). The leaf structure is magnified 1500 times, Dimensions: 29 x 29 x 8.5 cm, weight: 1.5 kg
Model, Chamomile Blossom (Matricaria chamomilla), belongs to the family popularly known as asters, composites, daisies or sunflowers (Asteroideae, formerly known as Compositae), stand with its own base, Dimensions: 24 x 19 x 28 cm, weight: 0.705 kg
Model, Lesser Celandine Flower (Ficaria verna), Enlarged 10x life-size, 1-part, Family: Ranunculaceae, The family of Ranunculaceae depicts an ancient flower structure. Also known as both the buttercup or crowfoot family, Dimensions: 39 cm, weight: 1.1 kg
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 taken place.
Amoeba proteus, enlarged approximately 1000 times. In a small pseudopodium which can be opened up showing the structure after electron microscopic magnification. On a base with explanatory notes. Separates into 2 parts
Model, Stem Cross Section of Creeping Buttercup (Ranunculus repens), with collateral open vascular bundles, The model shows the typical stem structure of a dicotyledon enlarged by a factor of 250, Dimensions: 28 x 7 cm, weight: 3.25 kg
Print…
List View
Easy View (new)
Facebook
Twitter
YouTube
Pinterest
Instagram