Combined medial and lateral malleolus operative treatment for severe fracture of ankle / 中国骨伤

<p><b>OBJECTIVE</b>To explore the clinical effects of combined medial and lateral malleolus in treating severe fracture of ankle.</p><p><b>METHODS</b>From May 2007 to January 2011,89 patients with ankle fracture who underment surgical treatment and had complete follow-up, the data were retrospectively analyzed. In this study, there were 66 males and 23 females with an average age of 30.9 years (ranged, 26 to 62 years). Cause of injury included road accidents in 52 cases,sprains from fall down in 17, construction injury in 16 and other injuries in 4. According to type of Denis-Weber, type A were in 13 cases, type B in 24, type C in 52. Operative technique was as follows. Chosen two-incision of combined medial and lateral malleolus, and reduced lateral malleolus fracture firstly, fixed it with 1/3 tubular armor plate or rebuilt-titanium plate. To chose one or two hollow screws according to the size of fracture block. If fracture of fibula was syntripsis,it can be multi-segmental fixed. If fracture line of posterior malleolus was no more than 1/3 articular surface of ankle or the bone displacement was not serious, it can be disregarded. And if the lesion level was over 1/3, or shift position more than 3 mm,it can be fixed with lag screw after reduction. Either front-to-back or back-to-front fixed direction was OK. At the third day after operation, the patients were instructed to exercise with affected limb, weight training after 6 weeks.</p><p><b>RESULTS</b>Eighty-nine patients were followed up from 6 to 24 months with an average of 16 months. Healing time of the fracture was 10 to 12 months. According to standard of the Baird-Jackson scoring system, 68 cases got excellent results, 18 good and 3 fair.</p><p><b>CONCLUSION</b>Surgical treatment is quite effective for severe fracture of ankle. It should be chosen correctly according to types of the fracture and degree of ligament injury. At the same time, damage degree of the ligament around the ankle should be considered and properly treated.</p>

Preliminary study of gemstone spectral imaging in measuring thyroid iodine content / 中国地方病学杂志

ObjectiveTo measure the iodine content of normal thyroid and the sternocleidomastoid muscle with gemstone spectral imaging (GSI),in order to offer diagnostic reference for iodine excess or iodine deficiency disorders.MethodsA total of 226 cases of patients with suspected neck or cervical disease underwent GSI of the neck,the thyroid and the sternocleidomastoid muscle.One hundred and nineteen cases were male and 107 female,aged 18 to 77 years,average age(46 ± 17) years.Data were transmitted to AW 4.4 workstation and processed using GSI Viewer software to obtain the best contrast-to-noise ratio(CNR) of thyroid to sternocleidomastoid muscle and corresponding singe-energy images.Iodine content of left and right thyroid lobes and both sides of sternocleidomastoid muscle as well as iodine content ratio of thyroid to sternocleidomastoid muscle were calculated in the iodine-based images.ResultsTotal iodine content of the left and the right lobes of the thyroid was (1.5233 ±0.4318)mg/cm3,of the left lobe was (1.5230 ± 0.4271 )mg/cm3,of the right lobe was (1.5236 ± 0.4365 )mg/cm3,there was no significant difference statistically between the two(t =0.0084,P ＞ 0.05).The iodine content of the male was (1.6395 ± 0.4105)mg/cm3,and of the female was (1.4238 ± 0.3832)mg/cm3,there was statistically a significant difference between the two(t =3.4743,P ＜ 0.01 ).Iodine content ratio of thyroid to sternocleidomastoid muscle was 96.6271 ± 33.2442,the ratio in male was 94.6250 ± 37.3621 and in female was 98.0000 ± 29.0737,there was no statistical difference between the two(t =0.3817,P ＞ 0.05).The iodine content of thyroid decreased gradually with age,the difference between groups was statistically significant(F =9.66,P ＜ 0.01 ).The iodine content in ＜ 40 age group[(1.7256 ± 0.4631)mg/cm3] was higher than that in 40 - 60 age group[(1.4517 ±0.3643)mg/cm3] and ＞ 60 age group [(1.4368 ± 0.3465)mg/cm3; q =5.6195,5.4158,all P ＜ 0.01).Conclusions It is easy to calculate thyroid iodine content with gemstone spectral imaging,which can reflect the iodine level of our body,and is helpful for the diagnosis of iodine excess or iodine deficiency disorders.