Journal of Cancer Research and Therapeutics Close
 

Figure 2: Analysis of hydrophobicity of c-Myc target from laryngeal cancer cell encoded protein. (Note: The ordinate represented the hydrophobic score. According to the dividing value was 0, the higher the score was, the stronger the hydrophobicity was. The abscissa represented the location of amino acids. The consequences indicated that MTLC protein had two obviously regions with strong hydrophobicity, located in 1–100 residue region whereas the 100–235aa region of the protein showed remarkable amphipathy)

Figure 2: Analysis of hydrophobicity of c-Myc target from laryngeal cancer cell encoded protein. (Note: The ordinate represented the hydrophobic score. According to the dividing value was 0, the higher the score was, the stronger the hydrophobicity was. The abscissa represented the location of amino acids. The consequences indicated that MTLC protein had two obviously regions with strong hydrophobicity, located in 1–100 residue region whereas the 100–235aa region of the protein showed remarkable amphipathy)