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This study acquired molecular lmaging using nano-contrast agent s, and the general condition of the same image acquisition to analyze the difference between molecular i maging and general imaging, two images are converted into DWT (Discrete Wavelet Transform). Nano-contrast agent imaging using MRI and molecular imaging using PET study of molecular imaging technology mainstr eam. DWT analysis of the same lesions using MRI imaging and molecular imaging block lesions are present in the lesions, illustrating the value of a high-frequency feature both highly general imaging and molecula r imaging could know that. The high frequency region of the feature extraction values ​appear higher molecular imaging. Key Words : DWT, MRI, Molecular Image, Feature Value                DWT(Discrete Wavelet Transform)     .       MR , PET      . MRI     DWT                     .           .

Feature values of DWT using MR general imaging and molecular imaging