The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超可使肿瘤细胞膜脂质过氧化，磷脂降解而降低膜流。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超声可使肿瘤细胞膜脂质过氧化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超可使肿瘤细胞膜脂质过氧化，磷脂降解而降低膜流动。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超声可使肿瘤细胞膜脂化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

究结果显示，单纯超声可使肿瘤细胞膜脂质过氧化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超声瘤细胞膜脂质氧化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超声可使肿瘤细胞膜脂化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结，单纯超声可使肿瘤细胞膜脂质过氧化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超声可细胞膜脂质过氧化，磷脂降解而降低膜流动性。

The results indicate that ultrasound alone could initiate lipid peroxidation and lecithoid configuration degradation resulting in membrane fluidity decline.

研究结果显示，单纯超肿瘤细胞膜脂质氧化，磷脂降解而降低膜流动性。