What is Alfa Helix?
proteins are essential for life and come in many forms. Their structure may vary, which may have a significant effect on the functions of amino acids and various biological functions. Alfa Helix consists of an amino acid -bound hydrogen chain that classifies Helix as a secondary protein structure. Usually 10 amino acids are long and has properties similar to a spring. Forces that can break the bonds can damage one helix and cell structure and deoxyibonucleic acid binding (DNA). Cell function and higher biological functions can be disrupted. Alpha Helixy stores energy in its ties and requires a sufficiently strong force to interrupt every bond to cause the structures to disintegrate their shape. They come in various motifs, such as Helix-Turn-Helix motifs, and have a diameter that is equal to the groove diameter in the bottom.
alpha helix protein serves as a structurally supportive component for DNA and cell cytoskeletons on a larger scale. In larger biological dimensions, alpha helixes areImportant in hair construction, wool and hooves. It also fulfills a role in the composition of other structures, such as Alfa Helix Beta, in which two or more amino acid chains sit in parallel. Between the sources of the Beta sheet are created more hydrogen bonds to form a solid structure. One side can be resistant to water molecules, while the other is charged and able to interact or be changed with water.
The polar charge is a contributing factor to stability. Alfa Helix is usually positively charged at one end and negatively charged on the other that can destabilize the structure. Negatively charged amino acid usually sits at a positive end, but sometimes the positively charged protein is at the negative end. Either the arrangement stabilizes Helix and keeps it intact.
Every helix alpha is submicroscopic, but has a certain degree of mechanical durability, even at the molecular level. Proteins are attributed to a certain level of elasticity and force, but the effect of mechanical load on these structuresHe is not fully understood. As any deformation or failure occurs, it is not known, but if breaking and unfolding, it can be harmful for cells and biological functions of organisms.