DNA RNA Model

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MOQ : 50 Units

DNA RNA Model Specification

Density
Gram per cubic centimeter(g/cm3)

Shape
DNA double helix and RNA single strand structure

Coating Type
No additional coating

Thickness
Component piece thickness approx. 0.3-0.5 cm

Usage & Applications
Biology classroom, laboratory, teaching aid

Temperature
Room temperature use

Material
Durable, non-toxic plastic

Application
Educational demonstration of genetic structures

Technique
Molded plastic model assembly

Surface Treatment
Smooth glossy finish

Dimension (L*W*H)
25 x 10 x 10 cm (approx.)

Language Support
Labels and color guide included in English

Base Pair Representation
Includes adenine, thymine, cytosine, guanine, and uracil (for RNA)

Assembly
Comes with assemble-yourself kit instructions

Mounting Base
Includes stable plastic base for upright display

Safety
Rounded edges; safe for school use

Color Coding
Distinct base pairs and structural parts are color coded for clarity

Weight
Approx. 400 grams

Model Type
Physical 3D model; non-interactive

Suitable Age Group
Recommended for ages 10 and above (middle school, high school, and educational institutes)

Product Code
DNA-RNA-EDU-MODEL

DNA RNA Model Trade Information

Minimum Order Quantity
50 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About DNA RNA Model

Experience the prodigious clarity and elegance of our Trending DNA RNA Model, meticulously crafted for educational brilliance. Featuring opulent color coding, each preeminent base pair-adenine, thymine, cytosine, guanine, and uracil-is vividly represented for unparalleled distinction. This limited stock 3D model stands sturdily on a stable mounting base and offers savings with its easy assemble-yourself kit. Made from durable, non-toxic plastic and boasting a smooth, glossy finish, it's ideal for middle school, high school, and institutional learning. Be ahead in scientific demonstration with this sought-after teaching aid.

Versatile Application and Outstanding Features

The DNA RNA Model is ingeniously designed for biology classrooms, laboratories, and as a versatile teaching aid. With clearly color-coded base pairs and a sturdy plastic base, it simplifies genetic structure demonstrations. Its smooth finish, rounded safety edges, and detailed assembly guide ensure both ease of use and safety for young learners. It showcases DNA double helix and RNA single strand structures, making it an invaluable resource for both individual and group educational activities.

Certifications, Packing, and Reliable Supply and Dispatch

Our DNA RNA Model adheres to high safety and educational standards, and each unit undergoes strict quality checks before dispatch. Supply ability caters to bulk academic needs across India, with robust transportation arrangements ensuring products arrive safely. All models are packed securely and dispatched using trusted transport services, maintaining model integrity from supplier to customer. Sample policies are available on request, supporting educators and institutions in evaluating the product before larger commitments.

FAQ's of DNA RNA Model:

Q: How do I assemble the DNA RNA Model once received?

A: The model includes a clear, step-by-step instruction manual guiding you through the assembly process, ensuring accurate placement of each component and base pair.

Q: What features make this DNA RNA Model suitable for educational use?

A: This model offers distinct color coding for each base pair and structural part, rounded edges for safety, and sturdy assembly, making it ideal for both classroom demonstrations and hands-on exploration.

Q: When can this model be utilized in a study or teaching environment?

A: It is perfect for use during biology lessons on genetics, laboratory sessions, practical demonstrations, and educational workshops for students aged 10 and above.

Q: Where can I use and display the DNA RNA Model effectively?

A: The model is designed for upright display in classrooms, laboratories, and demonstration settings, thanks to its stable plastic mounting base.

Q: What is the benefit of the color-coded base pairs and structure?

A: Color coding enhances learning by visually distinguishing each base pair and structural part, making genetic concepts clearer and easier to understand.

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