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Characterization of DNA isolated from normal and cancerous ovarian tissues by ultraviolet resonance Raman spectroscopy

机译:用紫外共振拉曼光谱表征从正常和癌性卵巢组织中分离的DNA

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We report significant differences in UV resonance Raman (UVRR) spectra of DNA samples from normal and cancerous tissues. The four bases of DNA, adenosine, thymine, guanosine and cytidine, can be enhanced in UVRR spectra, and their intensities are very sensitive to base stacking and DNA H-bonding. 14 DNA samples from patients at different stages of ovarian cancer, 5 from normal, 2 from primary, 3 from metastasis primary and 4 from distant metastasis tumor tissues, were characterized by 257, 238, 229, 220 and 210 nm-excited UVRR spectra. Raman spectral difference between normal and tumor DNA could be readily detected.
机译:我们报告了来自正常和癌组织的DNA样本的UV共振拉曼(UVRR)光谱的显着差异。在UVRR光谱中可以增强DNA,腺苷,胸腺嘧啶,鸟苷和胞苷的四个基础,它们的强度对基础堆叠和DNA H键非常敏感。 14来自卵巢癌不同阶段的患者的DNA样本,5来自初级,3来自初级,3来自远处转移肿瘤组织的初级,其中4个,其特征在于257,238,229,220和210nm激发的UVRR光谱。可以容易地检测到正常和肿瘤DNA之间的拉曼光谱差。

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