Phage Plastic Model Chromosomes Fold and twist the 1-meter-long

Fold and twist the 1-meter-long modeling tie into alpha helices or beta sheets

Examine the secondary structure of proteins by folding a modeling tie model of the first of 3 zinc fingers of the Zif268 protein

Explore the connection between a nerve cell and a muscle

such as the phosphate group within the DNA backbone and in the head component of phospholipids

The fundamentals of neurotransmission

Phage Plastic Model Chromosomes Fold and twist the 1-meter-longExplore the complex capsid architecture of the T 4 Bacteriophage with our dynamic model to determine why phages may be the next technology to combat antibiotic resistance. Focus on the unique assembly of the viral collar, sheath, baseplate, and spikes serve as an injection system for viral nucleic acid into a bacterial host. Explain how iron is incorporated into the tail fibers to increase rigidity in these structures.