You searched for: Models
Engage students in your curriculum by bringing interactive and highly detailed models into the classroom. Displaying subject content visually, individuals are more likely to comprehend and retain the covered material. The simple models are easy to put together and are more helpful than two-dimensional representations for learning complex structures. The models are built of durable, structurally sound materials that will endure years of handling and cleaning.
Coloured beads
Supplier: EDVOTEK
A set of coloured beads that can be designated to represent the Watson-Crick DNA bases: A, T, G, C.
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Worker bee model
Supplier: SOMMER MARCUS
Apis mellifica. Honey bee with one removable leg to show the pollen basket with the collected pollen at the back. In addition the honey vesicle in connection with a piece of intestine and vesicle of droppings is removable to show the under-lying sting apparatus and the venom bladder.
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Hydra model
Supplier: SOMMER MARCUS
The anatomy of the hydra is shown in longitudinal section: Entoderm, mesoglea, ectoderm, male and female egg-cells, buds and mouth opening.
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Water flea model
Supplier: SOMMER MARCUS
Daphnia pulex. Female animal with summer eggs. Tall transparent model shows, apart from particularly typical characteristics such as rowing-antennae, two-leaf shell and turgor-legs. It separates from the right side into the following parts: Right shell half with second antenna, part of the right half of the body with the five turgor-legs as well as the median sectioned front third of the digestive tract; median sectioned two thirds at the back of the digestive tract, right ovary and two embryos.
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Ear model
Supplier: SOMMER MARCUS
Ear model enlarged approximately three times altogether in six parts.
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Model of brain stem in 8 parts
Supplier: SOMMER MARCUS
After Prof. Dr. Dr. J. W. Rohen, Department of Anatomy of the University Erlangen. The model separates into 8 parts as follows: brain stem (2), corpus striatum, insula (2), nucleus lentiformis (left), internat capsule (right) and ventricles of the brain.
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Mosquito model
Supplier: SOMMER MARCUS
Culex pipiens. After Dr. E. Schicha.
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Crayfish model
Supplier: SOMMER MARCUS
Astacus astacus (L.). Structure of the body and anatomy of a male animal.
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Ear model
Supplier: SOMMER MARCUS
Ear model showing tympanic membrane with malleus, incus, and labyrinth.
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Ankle, function model
Supplier: SOMMER MARCUS
Life-size plastic moldings with ligaments. Movements that can be studied: bending, stretching and twisting inwards and outwards. On stand.
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Ovary model
Supplier: SOMMER MARCUS
The model shows a horizontal section parallel to the mesovarian margin with plastic presentation of the follicles in different maturation phases, the corpus rubrum, luteum and albicans as well as atretic follicles partly removable and exchangeable.
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Female pelvis model
Supplier: SOMMER MARCUS
Female pelvis model separating in four parts:
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Female pelvic floor model
Supplier: SOMMER MARCUS
One piece female pelvic model removable from a transparent base.
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Model of brain
Supplier: SOMMER MARCUS
This model separates into 15 parts as follows: Cerebral hemisphere (2), temporal and occipital lobes with limbic system, cerebellum, frontal lobe, corpus callosum, brain stem (2), corpus striatum, insula (2), nucleus lentiformis (left), internal capsule (right), ventricles of the brain, base of the skull as base.
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Single cell changing animalcule model
Supplier: SOMMER MARCUS
Amoeba proteus.
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Functional model of the larynx
Supplier: SOMMER MARCUS
The opening and closing of the true glottis, the variation of tension of the vocal fold and the passage of air can be demonstrated very instructively.
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Functional elbow model
Supplier: SOMMER MARCUS
The following movements are possible:
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Functional model of the shoulder
Supplier: SOMMER MARCUS
The following movements are possible:
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Functional model of the knee
Supplier: SOMMER MARCUS
The following movements are possible:
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Functional model of the hip joint
Supplier: SOMMER MARCUS
The following movements are possible:
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Functional model of the hand and finger joints
Supplier: SOMMER MARCUS
The following movements are possible:
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Cell building
Supplier: SOMMER MARCUS
The 10000x magnification model shows the structure of an animal cell. Cell plasma with mitochondria, centrioles, endoplasmic reticulum with and without ribosomes. Cell nucleus with nuclear membranes, pores, nucleols, chromatin.
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Mussel model
Supplier: SOMMER MARCUS
Anodonta cygnea. Anatomical view, right half of shell - pallium half and gill removed, foot opened at the right side. The model shows the special features of the external and internal structure of a mussel. The organ systems, which are to be seen only with difficulty on the natural preparation have been accentuated and schematised necessarily, only for didactic reasons in structure and colour.
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: GRANT INSTRUMENTS
: BOCHEM
: VWR Collection
: DWK Life Sciences
: Thermo Fisher Scientific
: VWR Collection
: Oxford Nanopore Technologies
: Industrial Physics
: AAT BIOQUEST
: Integra
: Palbam
: VWR Collection
: Integra
: VWR Collection
: FACELLITATE
: NANOENTEK
: Greiner Bio-One