In as1 mutant, assign secondary structure and tell how many alpha helices and beta-pleated sheets there is on the model. The image consists of three panels, labeled A, B, and C, each showing structural representations of a protein labeled "as1" in different forms:- **Panel A (as1 wild type):** This panel displays the wild type of the as1 protein. The structure is depicted in green and appears to be composed of several helical and loop regions. Key parts of the protein structure are labeled, including positions K112 and P223.- **Panel B (as1 mutant):** This panel illustrates the mutant form of the as1 protein, shown in orange. Similar to the wild type, it consists of helices and loops, but there are noticeable differences in the arrangement compared to the wild type. The same positions, M1, K112, and P223, are labeled to highlight changes.- **Panel C (as1 superimposed):** This panel shows a superimposition of the wild type and mutant structures in their respective colors (green for wild type and orange for mutant). This provides a direct visual comparison of the spatial differences and similarities between the two forms of the protein.The structures are likely being used to emphasize structural changes between the wild type and mutant, which could be significant for understanding the protein's function or behavior.

Name: In as1 mutant, assign secondary structure and tell how many alpha heli
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: In as1 mutant, assign secondary structure and tell how many alpha helices and beta-pleated sheets there is on the model. The image consists of three panels, labeled A, B, and C, each showing structural representations of a protein labeled "as1" in di