多吃黑豆益处多

<正>黑豆,又名乌豆、橹豆、料豆,民间多称之为黑小豆或马科豆,为豆科植物大豆的黑色种子,是大豆的一种。主要产于印度、缅甸和巴基斯坦等国家,我国各地也均有种植,秋季采收成熟荚果,晒干,除去荚壳,备用。自古以来黑豆在民间就有"豆中之王"的美誉,深受人们的青睐。黑豆有极高的营养价值,是饮食养生的一种佳品。有关研究显示,黑豆具有高蛋白、低热量的特性,是营养最丰     

多探头SPECT

重点介绍了多探头ＳＰＥＣＴ的现状、特点、性能和临床应用的价值，包括影响影像质量的因素，如信号－噪音比、散射、精确度、准直器的选择、定量处理和临床应用的优缺点等。     

战时多机种、多批次卫勤保障问题探讨

战时多机种、多批次卫勤保障因战斗行动频繁、组织协同复杂、伤员救治任务重,对卫勤保障提出了更高的要求。对未来局部战争中的卫勤保障,应把握以下几个方面的问题。 1 卫勤保障应做到人员编组和装备物资的落实 战时航空兵部队场站一方面要保障多机种、多批次的飞机起降,另一方面又要随时准备     

夏季避暑误区多

误区一:穿得越少越凉快赤膊只会让皮肤所受到的辐射增加,反而会吸收更多的外部热量,因而使人感觉更热。误区二:夏季喝啤酒能解暑夏季里人更易疲乏,如果再喝啤酒,只会让口渴出汗更加严重,不会达到解暑目的。误区三:夏季晨练越早越好夏季空气污染物在早晨6时前不易扩散,此时是污     

多层螺旋CT诊断多脾综合征6例

多脾综合征指多脾伴有先天性心血管和内脏发育异常的多系统联合畸形.本文回顾性分析2007-08～2011-09共6例多脾综合征患者的CT表现,探讨CT对多脾综合征的诊断价值.     

科学补钙益处多

钙是人体内含量最多的一种元素,也是人体最容易缺乏的元素之一。现代人普遍缺钙,原因有三:一是现代人饮食不均衡,饮食偏酸,大鱼大肉是酸性物质,得需要碱性物质来中和,钙就首当其冲,长期这样,就容易缺钙;二是现在的食物营养不如以前,催熟剂、化肥等导致食物生长期缩短,食物中的钙含量大大减少;三是碳酸饮料惹的祸。人们需要正确地认识钙、科学地补钙,这样才能保持身体健康。     

面神经管多层螺旋CT成像的多平面重组

本文报告多层螺旋CT多平面重组(Multi-pla-nar reformation,MPR)成像在面神经管的临床应用,以期为面神经管成像提供经验和方法技巧.     

食用红糖益处多

红糖中蔗糖的含量占95％左右,颜色呈暗黄色或红棕色,是用我国传统工艺生产的糖。红糖按结晶颗粒大小的不同,可分为赤砂糖、红粉糖、碗糖等。因没有经过高度精炼,红糖几乎保留了蔗汁中的全部成分,除了具备糖的营养成分外,还含有维生素和矿物质,如铁、锌、锰、铬等。据分析,1千克红糖中含钙质900毫克、铁质40毫克,比1千克白糖所含的钙质多2倍、铁质多1倍。     

康德养生妙言多

康德住在德国的格尼斯堡,每天的生活极有规律。他每天下午非常准时地在一条街道(它后来被命名为"康德小道",上散步,以至当地居民可以按照他出来的时间校正手表。但是,他那刻板和平静的表面生活与他的丰富多彩而又充满着革命思想的内心世界形成了强烈的反差。他活到80岁高龄(1724～1804)。他一生不仅为人类做出了卓越贡献,而且在养生方面也给后人留下了许多哲理名言,值得现代人借鉴。"不学会幽默和风趣,人就太苦了。"康德的这句话是说,人要学会乐观。     

经常泡脚益处多

我自生了宝宝后,体质就比较虚,经常感冒不说,还由于工作压力大而失眠,白天没精神,晚上睡不着,本来就有些遗传性眼袋,如此一来,更成"熊猫眼"了.于是我请教了当医生的老姐,她告诉我一个养生"秘方"——用热水泡脚. 俗话说:"热水洗脚,胜吃补药."起初我也就抱着试试看的心态,每天睡觉前用脚盆盛点冷水和热水,调至大约40℃～50℃左右,旁边再备着一热水瓶,把双脚浸入到水里,然后拿本喜欢的书很悠闲地看着.过几分钟后,如果水冷了一点,我就从热水瓶里倒进一些热水,如此循环几次,泡至15～20分钟左右,热气由脚底一直到全身,慢慢地泡到后背感觉有点湿,额头也开始出汗了.     

肿块深度对乳腺超声弹性成像检查结果的影响分析

目的 探究超声弹性成像(UE)中肿瘤深度对于判断乳腺肿物的良、恶性影响.方法 选取本院2017年1月～2018年10月间收治的178例因乳腺肿块行手术切除患者为观察对象,纳入病灶200个.依据肿瘤深度不同分4组.对所有的患者在术前均予以常规超声检查以及超声弹性成像检查,对比不同深度肿瘤的UE成像情况、分析诊断效能(准确...     

Evaluation of the usefulness of the limited cone-beam CT (3DX) in the assessment of the thickness of the roof of the glenoid fossa of the temporomandibular joint

OBJECTIVES: The purpose of this study was to evaluate the usefulness of the limited cone-beam X-ray CT (3DX) (Morita Co., Japan) in measuring the thickness of the roof of the glenoid fossa (RGF) of the temporomandibular joint (TMJ). MATERIALS AND METHODS: Twenty-one TMJs removed at autopsy from 21 cadavers were investigated macroscopically using dissection and 3DX imaging. A Digimatic Outside Micrometer and a 3DX-image tool were used to measure the minimum thickness of the RGF. Multiple measurements were made to identify the thinnest area. Once the thinnest areas had been identified, three linear measurements were made and the average value was used for statistical analysis. RESULTS: The average macroscopic examination measurement was 1.37 mm (range 0.55-3.6 mm) and the average 3DX image measurement was 1.22 mm (range: 0.51-3.0 mm). There was no significant difference between these two groups using the Mann-Whitney U-test (P < 0.05). The Spearman's correlation coefficient by rank between these two groups was r = 0.93(P < 0.001). CONCLUSION: These results suggest that bone thickness measurements of the RGF by 3DX imaging was effective.     

Tendinopathy of the tendon of the long head of the biceps

Pathologies of tendon of the long head of the biceps (LHB) are an important cause of shoulder pain. They include tendinopathy, rupture, superior labrum anterior and posterior lesions, pulley tears, and tendon instability. Conservative management of symptomatic LHB tendinopathy is commonly accepted as the first-line treatment. It consists of rest, nonsteroidal anti-inflammatory drugs, corticosteroid injections, and physical therapy. Biceps tenotomy and tenodesis are the most common surgical procedures to manage both isolated LHB pathology and biceps-glenoid complex tears combined with rotator cuff tears. However, controversy persists about the superiority of one of them because there is no evidence of significant differences in functional scores or patient satisfaction between the 2 techniques. This article provides an overview on biomechanical function of the LHB and current strategies for treatment of LHB disorders.