目的探讨CT引导联合靶注射胶原酶定点髓核溶解术的临床应用价值。
Objective To study the clinical significance of the combined target-injection of collagenase by ct guided for local chemonucleolysis.
一个可能的研究领域是其他免疫刺激形式或当疫苗联合给药时可能使疫苗效应发挥得更完善的靶因子的辨认。
A possible area of research is the identification of other forms of immunostimulatory or targeted agents that when given in combination with the vaccine may optimize the vaccine effect.
目前研究表明往往需多种方法联合使用才能阐明特定药物与其靶蛋白的相互作用。
It has been showed that combined usages of several technologies are always needed to elucidate an interaction between drug and protein.
方法选取20例乳腺癌患者和30例良性肿块患者于术前联合运用超声和X线钼靶检查进行诊断，并与手术后病理结果进行对照。
Methods 20 cases of breast cancer patient and 30 cases benign mass patient were selected with combination detection before operation and the results were compared after pathology diagnosis.
目的探讨联合应用氯沙坦和吲哒帕胺对老年轻、中、度高血压病的疗效、顺应性及对靶器官损害的影响。
OBJECTIVE To investigate the efficacy and safety of Losartan in combination with indapamide in elderly with essential hypertension.
目的评估异丙酚靶控输注联合利多卡因滴入和雾化吸入在保留自主呼吸下气管插管中的应用价值。
ObjectiveTo evaluate the value of propofol target-controlled infusion combined with dribbled and nebulized lidocaine in tracheal intubation under spontaneous breathing.
目的探讨脑立体定向多靶点联合射频毁损手术在治疗难治性精神病中的作用。
Objective To investigate the effect of stereotactic multiple target radiofrequency lesion for treatment of intractable psychosis.
目的：探讨钼靶CR摄影、高频超声、针吸细胞学联合诊断小乳腺癌的准确率、灵敏度、特异度。
Objective to explore CR mammography, color Doppler ultrasonography and Aspiration biopsy cytology diagnose the cases of accuracy sensitivity specialization in patents with small breast carcinoma.
目的探讨立体定向射频多靶点联合毁损术治疗顽固性精神病的作用。
Objective To investigate the effect of stereotactic radiofrequency multi target lesion for treatment of psychiatric disorder.
由于涉及多种过程（包括入射离子与靶粒子的碰撞激发、电离、电荷转移等）及大的能量范围，我们采用多种方法联合处理这些过程。
The cross sections of excitation, ionization and charge transfer processes are obtained for energies between a few meV/u and MeV/u.
由于涉及多种过程（包括入射离子与靶粒子的碰撞激发、电离、电荷转移等）及大的能量范围，我们采用多种方法联合处理这些过程。
The cross sections of excitation, ionization and charge transfer processes are obtained for energies between a few meV/u and MeV/u.
应用推荐