Login

Poppit Beads Green Pack of 150 - Edvotek

SKU: 80107

£14.98
- +

In stock

Add to wish list ?

?

Got a question?

We're here to help....

Visit our FAQs page

Email our sales team
[email protected]

Alternatively give us a call
0800 970 7142

Delivery & Returns

We're here to help....

Visit our Terms & Conditions page

Email our sales team
[email protected]

Alternatively give us a call
0800 970 7142

Poppit Beads – Green, Pack of 150 (Edvotek)

These bright green Poppit Beads from Edvotek offer an effective and interactive way for students to explore the structure and function of DNA. Designed to represent the Watson–Crick nucleotide bases (A, T, G, C), they are perfect for visually modelling how DNA molecules are built and how genetic information is stored.

Each bead measures 10.5mm and easily connects to others, enabling students to construct accurate double‑helix models, demonstrate complementary base pairing, and examine how DNA sequences form the basis of genetic coding. Supplied in a pack of 150, these beads are ideal for practical biology lessons, group work, and whole‑class activities.


Key Features

  • Bright, coloured beads representing DNA bases (A, T, G, C)
  • Perfect for building DNA double‑helix models
  • Durable and simple to connect
  • Bead size: 10.5mm
  • Supplied in a pack of 150
  • Ideal for molecular biology demonstrations and hands‑on learning

Ideal for School Science Lessons & DNA Modelling

These Green Poppit Beads are excellent for KS3, GCSE, and A‑Level biology and support a wide range of classroom activities, including:

  • Investigating the structure of DNA
  • Exploring complementary base pairing (A–T, G–C)
  • Demonstrating DNA replication and gene expression
  • Understanding genetic coding and how sequences form proteins
  • Hands‑on construction of molecular models for deeper conceptual learning

Engaging, durable, and ideal for practical lessons, Edvotek Poppit Beads help bring molecular biology to life by giving students a tangible way to explore DNA structure and genetics.

To help you choose the right molecular model we've created a helpful Molecular Model Buying Guide including a buyers cheklist, click the link to view or click the icon to view a pdf version.

Buying Guide Icon