Science Take-Out® From DNA To Protein; Structure And Function
À propos de cet article
Create A Protein Model.
- Available As A Single Kit With Materials For 1 Student Or Group
- Unassembled 10 Pack For Additional Savings
- No Additional Equipment Needed
What do genes do? Model how the coded information in genes results in proteins that perform specific functions in the body. Transcribe the DNA code to make a messenger RNA code. Translate the RNA code to make a sequence of amino acids in a protein. Create a bead and chenille stem model of a folded protein. Explore how protein shapes affect proteins function in your body. This complete "dry lab" activity contains all required materials.
Product Details
Create A Protein Model.
- Available As A Single Kit With Materials For 1 Student Or Group
- Unassembled 10 Pack For Additional Savings
- No Additional Equipment Needed
What do genes do? Model how the coded information in genes results in proteins that perform specific functions in the body. Transcribe the DNA code to make a messenger RNA code. Translate the RNA code to make a sequence of amino acids in a protein. Create a bead and chenille stem model of a folded protein. Explore how protein shapes affect proteins function in your body. This complete "dry lab" activity contains all required materials.
Product Family Options
Informations sur le produit
- No. of Lab GroupsAvailabilityPrice
- 470017-734From DNA to protein; structure and function single kitSupplier Number: 106
- 470017-735From DNA to protein; structure and function single kit (no teacher guide)Supplier Number: 106-NOTG
- 470017-774From DNA to protein; structure and function unassembled 10 packSupplier Number: 106U
- 470017-842From DNA to protein; structure and function unassembled 10 pack refillSupplier Number: 106R