拒做职场“木乃伊”

晓楠的倦怠不是个案。如今,“工作特没劲!”“我在单位总是心不在焉,怎么办？”“我每天上班的理由,就是为了下班!”类似的话,似乎已经变成诸多上班族的口头禅。当一个人被职业倦怠俘获,最终变成传说中的“职场木乃伊”后,工作就变成了苦差事——上班的日子不再是“激情燃烧的岁月”;在奖励或惩罚面前变得无动于衷：例行公事的八小时再也换不来任何成就感。     

小剂量尿激酶治疗急性脑梗死疗效观察

脑梗死又称缺血性脑卒中,是指各种原因引起的脑部血液供应障碍,使局部脑组织发生不可逆损害,导致脑组织缺血、缺氧性坏死.临床分型根据牛津郡社区卒中计划(OSCP)的分型标准将其分为四型:全前循环梗死(TACI)、部分前循环梗死(PACI)、后循环梗死(POCI)和腔隙性梗死(lacunar infarction)[1].溶栓治疗是对脑梗死后最确切、有效的治疗方法,依据病理生理研究,溶栓只能在疾病早期应用,以发病3~6 h内为时间窗,从动物实验和临床观察,时间窗绝非不变的.     

让老人从被需要感中获得晚年的价值

闺蜜朵儿的妈妈年近70,已退休多年.父亲已去世多年,朵儿对妈妈很是孝顺,将她的生活照顾得无微不至,家务活一点儿也不让她做.然而操劳了一辈子的妈妈却在家闲不住,看着朵儿既要上班,又要操劳家务,心疼之下便试着帮朵儿打扫卫生、做饭.然而,朵儿每次看到妈妈做家务,便立即制止,让妈妈歇着不用做,放着由她来做.为了不让妈妈为家务操心,她故意说妈妈做的饭不好吃,打扫卫生不仔细,还得她自己返工,还不如放着让她来做.     

HPLC法测定脑心舒口服液中10-羟基-2-癸烯酸的含量

目的:建立脑心舒口服液中10-羟基-2-癸烯酸的含量测定方法.方法:高效液相色谱法,迪马C18(150mm×4.6mm),乙腈:0.1%磷酸溶液(22:78)为流动相;检测波长为207nm.结果:10-羟基-2-癸烯酸的峰面积和浓度呈良好的线性关系,线性范围为2.525μg/ml～50.5μg/ml,回归方程:A=457.07C-92814.r=0.9996.平均回收率为X=99.01%,RSD=0.33%.结论:本方法专属性强、操作简便.结果准确可靠.     

乖乖女缘何变成“坏女孩”?

进入青春期后,大多数孩子都会表现出一种叛逆现象。以前听话的乖乖女、乖乖儿不知怎么就变的像头牵着不走打着倒退的犟驴了。叛逆心理往往使孩子像浑身长满刺的刺猬,如果父母急于拔刺助长,非但刺拔不了,还会让两代人之间的代沟越来越深……     

心中无钱

去年冬天，我的一位朋友从省城来找我办事，开了一辆雪白的别克车，价值30多万。今年春节，这位朋友又开了一辆黑色的宝马，价值上百万。见到他意气风发的样子，我问他：“怎么老换车啊？”他听后哈哈一笑：“没办法，我就喜欢开好车!”朋友的话矫情不矫情暂且不说，单就人家的回答就让我大开眼界。好车，谁不喜欢啊，[第一段]     

纤维素酶在金银花提取工艺中的应用

目的:用金银花提取绿原酸,对其加酶组和未加酶组进行对比实验。方法:酶提取工艺即每克生药加入10U(0.25g)纤维素酶,充分搅拌,其它同原工艺。结果:加酶组提高了绿原酸的收率,与未加酶组相比有显著性差异。P<0.05结论:纤维素酶的加入,提高了绿原酸的收率。     

精点手法联合抗阻训练治疗冻结肩功能障碍的临床探讨

通过肩关节的解剖和生物力学研究,结合冻结肩相关病因和病理分期,详细介绍了采用精点力学手法联合抗阻训练治疗冻结肩功能障碍的临床操作步骤,并且强调借助超声影像避免手法的医源性损害,有效提高了冻结肩的临床疗效.     

Influence of Mechanical Pressure to Change of Transcutaneous CO2 Emission by Acupuncture

Objective: In the authors' previous study, acupuncture had an effect along meridians. The effect ofacupuncture can be represented by local energy metabolism which can be expressed by transcutaneous CO2 emission (TCE). To study the transportation of the effect of acupuncture and the influence to the transportation when blocking the meridians, the following experiment was carried out. Methods: Twenty healthy volunteers (male 8, female 12, average age 29) were examined on pericardium meridian at points between Quze (PC 3) and Tianquan (PC 2) (Point a), between Ximen (PC 4) and Quze (PC 3) (Point b), two control points (c and d) beside a and b and Quze (PC 3). TCE was measured on these five points before, during and after acupuncturing Neiguan (PC 6) by a high sensitive CO2 instrument (Frewil-Q.F., made in China). Mechanical pressure of 1 kg (2 cm～ 1 cm area) was given on Ximen (PC 4) or Daling (PC 7) during the acupuncture and TCE were measured before acupuncture, during acupuncture and mechanical pressing, withdrawing acupuncture but keeping pressing and after withdrawing the pressure. Results: TCE increased significantly on point a, b and Quze (PC 3) during and after acupuncture without mechanical press. When mechanical press was given at Ximen (PC 4), no significantly increase was found on above three points during and after acupuncture. When pressing Daling (PC 7), there was still significant (P<0.05) increase at Quz～ (PC 3) and point during acupuncture and significant increase (P<0.05) at point b after acupuncuture while pressing was kept. Conclusion: Acupuncture can enhance the energy metabolism expressed by TCE along meridians and this effect can be eliminated by mechanical pressing along meridians on the way between acupuncture point and measured point.