Results of this study showed that the serum creatine phosphate kinase ( CPK), lactate dehydrogenase ( LSH), myoglobin ( Mb) and muscle soreness responses increased significantly for all subjects after high intensity workouts.

Objective: To investigate the value of cerclage of cervix in laparoscopic supracevical hysterectomy ( LSH).

目的：探讨宫颈套扎在腹腔镜子宫次全切除术中的应用价值。

In this method, temporal consistency is used to advance the estimated accuracy, and locality sensitive hashing ( LSH) is improved to raise the efficiency in the tree searching algorithm.

在树节点搜索过程中，采用改进的局部敏感哈希（LSH）索引算法提高搜索效率。

Methods The causes and treatment strategy of LSH in forty-two cases were retrospectively analyzed.

方法回顾性分析42例肝自发性破裂患者出血的原因以及治疗方式。

By comparing sequential scan which has the highest accuracy and two classic LSH algorithms, both algorithms presented in this paper have achieved better performances in time, space, recall, dimensions adaptability and stability.

通过与精度最好的顺序扫描法和经典的一些LSH算法进行比较，验证本文提出的两种哈希算法在时间、空间、查全率、维度适应性、性能稳定性等方面均具有良好的性能。

LSH isozyme gene expression regulated the constitution of A/ B subunits, and only appeared LSH 1 subunit. Its activity increased 99 6%.

LDH同工酶基因表达调控A和B亚基的构成，出现LDH1亚基，其活性上升996%。

Fast Image Retrieval Based on LSH Indexing

基于LSH索引的快速图像检索

The Investigation on the Growth of Large LSH Single Crystals

硫酸锂大单晶生长的研究

Objective To explore the causes and treatment strategy of liver spontaneous hepatorrhexis ( LSH).

目的探讨肝自发性破裂出血的原因和治疗策略。

The causes of LSH included rupture of primary hepatocellular carcinoma, liver cirrhosis, hepatic angioma, adenoma, lipoma, peliosis and secondary carcinoma of liver.

出血原因包括原发性肝癌破裂、肝血管瘤破裂、肝硬化结节破裂、肝腺瘤破裂、肝脂肪瘤破裂、肝紫斑病破裂和继发性肝癌破裂。

The algorithm still follows the LSH thoughts and framework, and improves widespread defects of existing LSH algorithms.

该算法仍遵循LSH思想和框架，但针对现有LSH算法普遍存在的缺陷进行改进。

Conclusions: CISH is superior to open surgery and worthy of being generalized.

结论：腹腔镜筋膜鞘内子宫切除术优于传统的开腹手术，适于临床推广运用。

Objective To investigate the complications and preventive measure of classical intrafascial supracervical hysterectomy ( CISH).

目的探讨腹腔镜筋膜内子宫切除术（CISH）的并发症及预防措施。

The technique of chromosome in situ hybridization ( CISH) has been extensively applied to genetics and breeding of higher plants.

染色体原位杂交技术近年发展较快，已广泛应用于植物遗传育种实践。

Results: CISH was successful in 97.44% ( 38/ 39) of cases.

结果：39例行CISH的患者中，38例顺利完成，成功率38/39（97.44%）；

Conclusions: CISH had many advantages with less wound. Benign uterine diseases can be treated by laparoscopic operation.

结论：CISH具有很多微创手术的优点，适合良性子宫病变患者。

METHODS: One hundred and forty-two patients with benign gynecological pathological changes who would have hysterectomy were divided into two groups: 82 patients in experimental group who would have classic intrafascial supracervical hysterectomy ( CISH) and 60 patients in Traditional Gastrohysterectomy ( TH) group.

方法：将142例行子宫切除术的患者随机分成2组，研究组82例，采用腹腔镜下超声刀筋膜内子宫切除术（CISH），对照组60例采用传统腹式全子宫切除术（TH）。

Methods A retrospective analysis was conducted in60 women underwent CISH.

方法回顾分析腹腔镜筋膜内子宫切除手术60例。

Methods: 102 cases were performed classic intrafascial supracervical hysterectomy ( CISH) 66 cases were performed laparoscopic assisted vaginal hysterectomy ( LAVH), and 98 cases were performed total abdominal hysterectomy ( TAH). The clinical data in three groups were compared and analyzed.

方法：回顾分析腹腔镜鞘膜内子宫切除术（CISH）102例，腹腔镜辅助下阴式子宫切除术（LAVH）66例及剖腹子宫切除术（TAH）98例的临床资料。

Classical intrafascial supracervical hysterectomy ( CISH) might preserve the intact of normal pelvic anatomy and for section of the entire transformation zone which area easily affected of cervical carcinoma, also no limitation of the uterine size.

腹腔镜筋膜内宫颈上子宫切除术（CISH）可保持阴道及盆底正常解剖结构的完整性，切除宫颈癌的好发部位，而且手术受子宫大小及其与周围粘连的限制少。

Meanwhile, the citrus chromosome slides used for FISH and rDNA loci situation on chromosome, genetic variation analysis among the homologous tetraploids and diploids, repeated sequence of chromosome in situ hybridization ( CISH) for chromosome identification and species evolvement were discussed.

对用于荧光原位杂交的柑橘染色体制片方法和rDNA在染色体上的分布位置、同源四倍体和相应二倍体的遗传差异分析、重复序列的染色体原位杂交用于染色体识别和物种演化研究等进行了讨论。