Large DNA Model

Large DNA Model

Item code
B02018
A super-sized plastic DNA model, pre-assembled and built to a scale of 10cm to 1nm. Stands over 60cm tall!
$135.80 $149.38
Stock status: In StockThis item is in stock and available for immediate delivery. If you require this item urgently please indicate so upon checkout.+

A super-sized DNA model, pre-assembled and built to a scale of 10cm to 1nm.

Made of bright flexible plastic, the eye-catching model depicts a 16 base pair section of DNA. Standing an impressive 60cm tall on a solid plastic base.

The phosphate-deoxyribose backbone and the four bases are represented by custom plastic moldings that show the shapes of the molecules and illustrate the bonding between them.

The handedness of the backbone chains and the relative sizes of the major and minor grooves in the relaxed molecule are correctly shown. The model is supported by a central pillar which can rotate on a circular stand, and the phosphate and deoxyribose components of the backbone as well as the individual base pairs can be removed for separate examination.

A great educational DNA model, ideal for exploring the sequence of molecules required to build the DNA backbone in senior biology and chemistry classrooms! It's ideal for Kit includes deoxyribose molecules, phosphate groups and nucleotides.

Whether you are teaching biology, chemistry, biochemistry, forensics or genetics; this is a fun and practical addition to your secondary or tertiary science classroom!

What You Get

Kit contains:

  • 5 x blue guanine bases
  • 5 x yellow adenine bases
  • 5 x red thymine bases
  • 5 x green cytosine bases
  • 20 x blue deoxyribose sugar molecules
  • 22 x white phosphate group molecules
  • 40 x thin white connectors
  • 20 x thick white connectors

How to assemble

1. Connect the appropriate base pairs; G with C and T with A. In theory they are connected via hydrogen bonds
2. Connect two thick white connectors to either holes of the base pair
3. Firmly position 2 x deoxyribose sugar molecule (labelled S) to the ends of both thick white connectors
4. Connect 4 x thin white connectors via the 4 holes in the deoxyribose (S) molecules
5. At the ends of all these thin white connectors, attach 4 x phosphate groups (white balls)
6. Repeat pattern of DNA