mtx

Effects of antineoplasties drugs ( CY, 5 Fu, MTX, AraC and MMC ) on lipid peroxidation in mice were studided.

研究抗肿瘤药甲氨蝶呤 、 阿糖胞苷 、 环磷酰胺 、 5—氟尿嘧 啶 和丝裂霉素C对小鼠脂质过氧化作用的影响、结果显示:5种抗肿瘤药使小鼠血清和肝、脑中MDA含量 显著升高.

Aim : To observe the effect of hyperbaric oxygen ( HBO ) on the permeability of methotrexate ( MTX ) through the blood brain barrier ( BBB ).

目的: 观察高压氧 ( hyperbaricoxygen,HBO ) 对甲氨喋呤 ( methotrexate,MTX ) 透过血—脑屏障 ( blood- brainbarrier,BBB ) 的影响.

Conclusion: Fibrin glue can be a good sustained release carrier of MTX or CDDP, except ADM.

结论: 纤维蛋白胶可作为CDDP、MTX而不是阿霉素(ADM) 的良好缓释载体,并可增强前两者的药效.

Methods: Ultrasound conducts to inject MTX to cure ectopic pregnancy.

方法超声引导穿刺注射氨甲蝶呤(MTX)治疗异位妊娠.

But these mechanisms can not explain cross-resistance to other chemotherapy drugs.

但仅用这些机制不能解释在研究中发现的当对MTX出现耐药后也会对其它抗癌机理不同于MTX的其它化疗药物耐药.

Methods By two groups-MTX and TGP.

方法　病人随机分为二组,甲氨蝶呤(MTX) 组和帕夫林(TGP)组.

The nonsensitive rate on ADM, DDP, 5-Fu , MMC, DTIC , VCR, methotrexate ( MTX ) in 34 patients were 41.18 %, 17.65 %, 47.06 %, 50.00 % , 76.47 %, 61.76 % and 52.94 % , respectively.

34例患者对ADM 、 DDP 、 5-Fu 、 MMC 、 DTIC 、 VCR和MTX的 不敏感率分别为41.18% 、 17.65% 、 47.06% 、 50.00%、76.47% 、 61.76%和52.94%.

Objective : To research about treatment of children ALL with high dose MTX and its therapeutic outcome.

目的: 研究大剂量甲氨蝶呤(HDMTX)治疗儿童急性淋巴性白血病的疗效.

The commonly used medicine has ammonia armor pterin ( mtx ) and Mi Feisi alkone.

常用的药物有氨甲蝶呤 ( mtx ) 和米非司酮.

Conclusion: Treatment and nursing of children ALL should be strengthened to reduce MTX side reactions.

结论: 加强对应用HDMTX患儿的治疗与护理,是减少MTX毒副作用 反应的主要措施.

ATL, CyA, RA, Cal, CP, MTX, Er and STW had no effects on LTA, hydrolase activity.

ATL 、 CyA 、 RA 、 Cal 、 CP 、 MTX和Er以及STW对LTA_4水解酶活性无影响.

Methotrexate ( MTX ) for each adult 15-50 mg, a weekly two-time, muscle or intravenous injection.

甲氨喋呤(MTX ) 成人每次15～50mg, 每周1～2次, 肌肉或静脉注射.