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Zoological models
EARTHWORM DISSECTION
This 3D earthworm dissection model offers a large, color-coded representation of key anatomical features, including the mouth, digestive system, reproductive organs, and more, each labelled for easy identification with an included key. Designed for interactive learning, this model allows a comprehensive study of earthworm anatomy without actual dissection, making it an effective educational tool for understanding earthworm structure and function.
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Zoological models
AVIAN ANATOMY
This detailed 3D pigeon dissection model, with its brightly colored anatomy, is perfect for exploring the basic structures of a bird. Key parts are color-coded and numbered, with an anatomy key included for reference. It offers a visual and hands-on way to learn about pigeon anatomy.
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Zoological models
DEVELOPMENT OF CHICK
This set of 18 models demonstrates the sequence and speed of embryonic development, highlighting the similarities between birds and reptiles in their development and overall structure. It covers the entire development from egg to adult, mounted on a large board and includes a key card for reference.
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Zoological models
ANIMAL CELL (DETACHABLE)
This model, reveals the intricate structure of an animal cell, featuring key organelles such as the nucleus, endoplasmic reticulum, mitochondria, ribosomes/polysomes, and the Golgi apparatus. It also includes centrioles, lysosomes, and fat vacuoles, Mounted on a base, this model comes with an English key card for easy reference.
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Zoological models
MITOSIS MODEL, SET OF 8 MODELS
This 3D mitosis model set designed with lifelike precision from a custom mold, features 8 pieces illustrating the stages of mitosis in a general animal cell, including chromosomes and centromeres. The set is complemented with a detailed keycard for identification and is hand-painted with vibrant, eco-friendly paint, making it an excellent visual tool for classroom education, designed by experts in the field.
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Zoological models
DNA MODEL KIT
Construct a three-dimensional DNA model easily, highlighting the sequence and function of DNA with sturdy, color full bases that snap together correctly and attach to a central rod to represent hydrogen bonds. Flexible strands symbolize the pentose and phosphate backbone, completing the double helix structure. The completed model, which stands on a sturdy base, can rotate, providing a hands-n learning experience.
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Zoological models
DNA (DEOXYRIBONUCLEIC ACID) MODEL
This DNA model provides a comprehensive representation of the DNA molecule, highlighting its structure, replication mechanism, and molecular details:
Double Helix Structure: Illustrates the double helix coiling and reforming, showcasing the spiral shape of DNA.
Nucleotides: Displays the nucleotide components (adenine, thymine, cytosine, and guanine) and their arrangement within the DNA strands. Mechanism of Replication: Shows how DNA replicates, emphasizing the complementary base pairing and enzymatic processes involved. Structural Formula: Includes the structural formula to depict the molecular shapes, bonds, and angles, emphasizing the chemical composition and configuration of DNA. The complete model is meticulously arranged on a board, fully labeled with detailed annotations. This educational tool provides a clear understanding of DNA’s molecular structure and function, making it ideal for students, educators, and researchers studying genetics, molecular biology, and biochemistry.BG12688A -
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Zoological models
COCKROACH DISSECTED MODEL
One model intricately displays the cockroach’s internal anatomy, highlighting the alimentary canal, salivary glands, reproductive organs, and nervous system. Another model focuses on the cockroach’s ventral anatomy, featuring detachable components such as mouthparts, wings, and appendages, accompanied by an informative key card for detailed study.
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Zoological models
RAT DISSECTION
Dissection of the domestic rat showing the internal viscera, chief systems, alimentary canal and its various parts, with glands, circulatory, respiratory, excretory and the female genital organs. The head is longitudinally cut to show the brain, buccal and nasal cavities, mounted on board, with key card.
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Botanical models
TYPICAL FLOWER
Large-scale model depicting a typical flower, featuring detachable parts including the ovary housing a single ovule, sterile whorls representing the calyx and corolla, and fertile whorls representing the androecium and gynoecium. Mounted on a base and accompanied by a key card for reference.
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Botanical models
TYPICAL FLOWER L.S.
A detailed model illustrating the longitudinal section of a flower, highlighting its internal structure and various components. This includes the pistil, stamen, and sepal, as well as the pedicel, thalamus, calyx (sepals), corolla (petals), nectary, filament, anther lobe, ovary, ovule, style, stigma, pollen grain, pollen tube, first male gamete, second male gamete, female gamete (oosphere), synergids, secondary nuclei, antipodals, embryo sac, and nucellus. The model is securely mounted on a board and accompanied by a key card for easy reference.
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Botanical models
MODEL TYPICAL FLOWER V.S.
Delve into the inner workings of the stem, sepal, petal, stamen, and pistil as each component is revealed. This interactive model allows students to trace the transmission of male gametes to female gametes within the ovary, enhancing their understanding of pollination and fertilization processes. Mounted on a base and accompanied by a key card for reference.
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Botanical models
TYPICAL PLANT CELL
Intricate details of plant cell structure with this magnified model, resembling views under an electron microscope. With sections revealing ectoplast, endoplast, tonoplast, vacuoles, nuclear structure, plastids, and mitochondria, this model provides comprehensive insight. Mounted on a base for stability and accompanied by a key card for easy reference.
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Botanical models
PLANT MITOSIS
Presenting a set of 10 models illustrating the complete process of karyokinesis and cytokinesis, from the metabolic cell to the formation of two daughter nuclei. Each model identifies the key components of cell phases during mitosis, highlighting changes cells undergo throughout the stages. Featuring detailed representations of the nucleus, centrioles, centrosome, chromatin, chromosomes, spindle, and aster, all stages are mounted on a board for easy display and accompanied by a key card for reference.
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