About Malarial parasite model
Established in the year 1986 at Ambala (Haryana, India), we"LABCARE INSTRUMENTS are a Sole Proprietorship firm affianced in manufacturing highly durable array of Anatomical Models, Microbiology Models, Community Medicines Models, Forensic Models New Addition and Forensic Model. We offer these products at reasonable prices and deliver these within the promised time-frame., we have been able to provide utmost satisfaction of our clients.Comprehensive Lifecycle RepresentationThis model vividly displays all major stages of the malarial parasiteSporozoite, Trophozoite, Schizont, and Gametocytemaking it an essential visual aid for accurately understanding the organisms development. Each three-dimensional section is color-coded to match real-life parasite features, simplifying the study of its complex lifecycle for students at various educational levels.
Ready-to-Use and Durable ConstructionCrafted from robust, high-quality PVC plastic and finished with non-toxic, hand-painted detailing, the model is mounted on a strong base for stability during demonstrations. Arriving fully assembled and packaged with thermocol padding in a secure carton box, it is resistant to chemical spills and easy to clean, ensuring both safety and durability for frequent handling in classroom or laboratory environments.
Ideal for Educational InstitutionsDesigned for school, college, and university use, this oversized, highly detailed malarial parasite display model benefits educators and learners alike. Its large size and clarity allow everyone in the classroom or laboratory to observe crucial structural details easily, enhancing comprehension and engagement during lessons, demonstrations, and examinations.
FAQs of Malarial parasite model:
Q: How is the malarial parasite model used in the classroom or laboratory?
A: Teachers and students use the model as a visual aid to study the different lifecycle stages of the malarial parasiteSporozoite, Trophozoite, Schizont, and Gametocyte. Its enlarged sections and three-dimensional design make it suitable for demonstrations, group discussions, and hands-on learning in both academic and laboratory settings.
Q: What educational levels is this model suitable for?
A: The model is designed for a broad range of learners, making it ideal for school, college, and university-level education. Its high level of detail and large components ensure effective teaching and clear comprehension for diverse age groups.
Q: When should educators consider using this model?
A: This model is best used when teaching the biology of malaria, particularly during lessons on protozoan parasites, parasitic diseases, or human health. It is also useful in laboratory classes or exam preparations to visualize and reinforce theoretical concepts.
Q: Where should the model be stored after use?
A: For optimum safety and longevity, store the model in its original carton box with thermocol padding once demonstrations are complete. This protects the model from dust, accidental damage, or chemical exposure in laboratory or classroom environments.
Q: What makes this malarial parasite model advantageous over smaller or less detailed versions?
A: Its enlarged size (28 x 18 x 12 cm), multicolor hand-painted detailing, and accurately represented lifecycle stages provide enhanced visibility and clarity, making it easier for students to observe and understand critical structural features, which is less feasible with compact or simply illustrated models.
Q: How should the model be cleaned and maintained?
A: Maintenance is straightforward; simply wipe the surface gently with a damp cloth. The chemical-resistant, non-toxic PVC material and smooth finish allow for easy regular cleaning without damaging the models paint or details.
Q: What benefits does this model offer for visual learning?
A: By presenting the malarial parasite in a tangible, enlarged, and life-like format, the model bridges the gap between textbook diagrams and real-life understanding. It enhances student engagement, aids memory retention, and supports diverse teaching styles, ultimately promoting deeper comprehension of the parasites structure and lifecycle.