Click Here for Larger Image
|
Plant Cell Model
This model, enlarged 20,000 times, shows the significant structures of a plant cell, including the cell
wall, nucleus, vacuole, Golgi apparatus, mitochondrion, chloroplast, chromoplast, leucoplast, endoplasmic
reticulum. Comes mounted on a board.
Order Code BL101240 Manufacturers Code 6231.01
Price £
ex VAT.  
Dimensions 26 x 17 x 9cm, Weight 720g Approx
|
Click Here for Larger Image
|
3 Part, Hermaphrodite Dicot Flower Model
This three-piece model, enlarged to 14x life size, describes with great accuracy and detail the anatomy of a typical hermaphrodite
dicotyledonous flower. Thanks to the cross section, the anatomy of the internal structures such as stamens, stigma, style and ovary
with eggs can be easily studied. External structures, including petals and sepals are also well represented. The main structures are
numbered and referenced on the accompanying K-Card.
Order Code BL109944 Manufacturers Code 6310.06
Price £
ex VAT.  
Dimensions 33 x 23 x 40cm, Weight 515g
|
Click Here for Larger Image
|
Corn Seed Section
This model is 40X life size; it shows the corn seed in longitudinal section with excellent details of
the seed coat and endosperm. The seed embryo can be removed for closer examination of its internal
features. Comes mounted on base.
Order Code BL108520 Manufacturers Code 6300.15
Price £
ex VAT.  
Dimensions 40 x 20 x 21cm, Weight 2.3Kg Approx.
|
Click Image for Larger Picture
|
4 Part Hydra Model
This 4-part model shows longitudinal and cross sectional views of the hydra, highlighting significant
anatomical features, including the ectoderm, mesoglea, coelenteron, male and female egg cells, buds and
mouth opening. The cross sectional block model, about 250X life size, shows various cellular structures,
including nematoblasts, epithelial cells, sensory cells, interstitial cells and the nerve network.
An additional block model shows the anatomy of a highly enlarged cnidoblast cell.
Order Code BL108512 Manufacturers Code 6280.12
Price £
ex VAT.  
Dimensions 58 x 14 x 59cm, Weight 2.7Kg Approx.
|
Click Here for Larger Image
|
Monocot Stem Section (Zea Mays)
This model, enlarged 400X life size, shows a cross and longitudinal section through a monocot stem.
Epidermis, cortex, central vascular cylinder and all the significant internal structures are well
represented.
Order Code BL108552 Manufacturers Code 6310.04
Price £
ex VAT.  
Dimensions 26 x 21 x 5cm, Weight 800g Approx.
|
Click Here for Larger Image
|
Monocot Root Model
The 200X life-size model shows the structure of a typical monocot root in a cross and longitudinal
section. This modelis divided into 3 segments, including the following: zone of primary structure, zone
of distension cells and merismatics zone. All the different structures and cellular types are numbered
and identified on the accompanying key-card
Order Code BL108864 Manufacturers Code 6310.08
Price £
ex VAT.  
Dimensions 33 x 23 x 52cm, Weight 3.7Kg Approx.
|
Click Here for Larger Image
|
Dicot Root Section
This 3-part model, enlarged 400X life size, shows the structure of a dicot root in a cross and
longitudinal section. All significant structures are well represented in great detail. The model
is divided in 3 segments include the folowing: the first part describes the root tip with cap,
the second one illustrates the distension zone and the last one part shows the meristhematic mature
region.
Order Code BL108560 Manufacturers Code 6310.07
Price £
ex VAT.  
Dimensions 33 x 23 x 52cm, Weight 3.7Kg Approx.
|
Click Here for Larger Image
|
Dicot Leaf Model
The structure of a dicot leaf is well rpresented in this 600X life-size model; the cross and the
longitudinal section describes all the main structures and the different cellular types through the
upper page, mesophyll, and lower page
Order Code BL108872 Manufacturers Code 6310.09
Price £
ex VAT.  
Dimensions 33 x 23 x 29cm, Weight 4.2Kg Approx.
|
Click Here for Larger Image
|
Monocot Leaf Section (Zea Mays) Model
This model, enlarged 300X life size, shows the cross and longitudinal section of a monocot leaf.
Significant structures include dorsal and ventral page, xylem, phloem and mesophyll.
Order Code BL108568 Manufacturers Code 6310.10
Price £
ex VAT.  
Dimensions 45 x 23 x 7cm, Weight 2Kg Approx.
|
Click Here for Larger Image
|
Chloroplast Model
This model represents an important tool to study one of the most important organules of the plant
cell. The chloroplast, greatly enlarged, is cross and longitudinally sectioned to show in great detail
the internal microscopical structure such as inner and outer membrane, granum, stroma, starch granules
and osmiophile globule.
Order Code BL109208 Manufacturers Code 6310.11
Price £
ex VAT.  
Dimensions 40 x 26 x 17cm, Weight 2.8Kg Approx.
|
Click Here for Larger Image
|
Dicot Arboreus Stem Section (Tilia)
This model, enlarged 300X life size, shows the structure of a dicot wooden stem. Longitudinally
and cross sectioned, it shows significant elements of the cortex and central vascular cylinder.
All the different structures are displayed in different colours.
Order Code BL108528 Manufacturers Code 6310.01
Price £
ex VAT.  
Dimensions 42 x 30 x 11.5cm, Weight 1.6Kg Approx.
|
Click Here for Larger Image
|
Dicot Herbaceous Stem Section (Heliantus Annuus)
This model, enlarged 300X life size, illustrates a dicot vascular structure. Longitudinally and
cross sectioned, it shows clearly significant elements of the tegumental and cortical zone. The
central vascular cylinder, including phloem and xylem, is represented in great detail.
All the different structures are displayed in different colours.
Order Code BL108536 Manufacturers Code 6310.02
Price £
ex VAT.  
Dimensions 42 x 30 x 11.5cm, Weight 1.6Kg Approx.
|
Click Here for Larger Image
|
Gymnosperm Stem (Pinus Silvestris)
This 350X life size model shows in great detail the section of a Pinus silvestris 3-year-old stem.
It describes all basic structures of the gymnosperm stem, including epidermis and vascular cylinder.
Order Code BL108544 Manufacturers Code 6310.03
Price £
ex VAT.  
Dimensions 30 x 38 x 9.5cm, Weight 1.6Kg Approx.
|