Objective:
Participants will use the given DNA sequence, beads, and sticks to construct a self-standing double helix model of DNA, demonstrating both creativity and scientific accuracy.
Instructions for Participants:
1.Sequence Allotment:
- Each team/participant will be provided with a long DNA sequence.
- The sequence must be strictly followed to ensure correct base pairing.
2.Materials Provided:
- Beads (4 coloured to represent each nucleotide).
- Sticks/rods (to represent sugar–phosphate backbone).
3.Construction Rules:
- Each bead must be correctly paired (Complementation).
- Sticks must be used to connect beads in the right sequence and orientation.
- The model should show the double helix twist.
- The structure must be self-standing and stable without external support.
3.Time Limit:
- Each team will be given 60 minutes to complete the construction.
3.Team Size:
- Teams of 3-5 members are allowed.
Outcome:
- The DNA Model Construction Challenge enhanced students’ understanding of molecular biology through hands-on learning.
- It developed their teamwork, problem-solving, and visualization skills while reinforcing concepts of DNA structure and base pairing.
- Participants showcased creativity and precision by constructing stable, self-supporting double helix models.
- The event successfully made learning genetics interactive, engaging, and fun.
Contact us
| Name | Contact No |
|---|---|
| Litta roy | 8547472935 |
| Dr.Satya Sundar Mohanty, Assistant Professor, (Convenor) | 8895528225 |
You can also mail us to: [email protected]