Tolosa Hunt Syndrome--intractable pain treatment with acupuncture?

PURPOSE: The Tolosa Hunt Syndrome (THS) is a painful granular inflammation of the cerebral vessels followed by pain and disorders of the extrabulbar muscles. The therapy consists of corticosteroids and analgetics. There was a 70 year old woman who suffered from painful paresis of the abducent and oculomotor nerves following an infection with Borrelia Burgdorferi--but without ocular symptoms. The treatment with corticosteroids reduced the palsy but she complained of excessively painful attacks in the region of the first branch of the trigeminal nerve. Opiold analgetic therapy did not bring about any relief. Acupuncture is an irritative method with a physical effect on the nervous system: its pain-reducing effect is caused by the activation of transmitters like endorphins in thalamus and brain stem. Knowing this effect, the THS patient, after informed consent, was treated with acupuncture. To measure the extent of pain, a visual analog scale (0: no pain - 10: maximum pain) was used. Acupuncture was performed according to the empirical rules of the Traditional Chinese Medicine (TCM), during a period of 10 weeks and 12 weeks. There was a significant pain relief after acupuncture from VAS 10 to VAS 5. The effect vanished during the next four months. After a second series of 12 sessions pain reduction was reported from VAS 10 to 4. One year after the last Tolosa Hunt Syndrome - intractable pain pain strength ranged between VAS 4 - 6. Therefore acupuncture seems to be a good additional method for reduction of intractable pain.

[Effect of acupuncture in keratoconjunctivitis sicca]. / Akupunktureffekt bei Keratoconjunctivitis sicca.

BACKGROUND: Conjunctivitis sicca is a chronic disease of the ocular surface. The substitution of tear deficiency with artificial tears is not satisfying in many patients. In a series of patients successfully treated with acupuncture we observed very different effects on each patient. In this study we evaluate the correlation between the effect of acupuncture and the etiology of the dry eyes treated. PATIENTS AND METHODS: 102 patients (87 women, 15 men) with dry-eye syndrome have been needed 10 sessions, once per week, for 30 minutes. We recorded causal factors according to the traditional chinese medicine (TCM): external and internal factors. External factors were: toxic, allergic, drug-induced, ocular surface inflammation and infection, contact lens and generally external irritations. Internal factors were disorders of hormones, immune system, psychic, and vitamin-A deficiency. Ophthalmologic observation included the slit-lamp examination, Schirmers test II, break-up time of tear film (BUT) and a drop-frequency protocol--before and 1 week after acupuncture treatment. RESULTS: There was a statistically significant difference (p < 0.001) in Schirmers test, BUT and drop frequency between before and after acupuncture. There was no significant difference between internal and external factors, but the effect on external induced sicca was better. The best effect of acupuncture was found in external factors after inflammation and in patients with imbalance of the autonomic nervous system, the least effects in Sjögren Syndrome. The effect was better in younger then in patients over 50 years. CONCLUSION: The study demonstrate, according DeLa Fuye that the best effect of acupuncture is seen on functionally disorders.

Effect of trephination technique on the ultrastructure of corneal transplants: guided trephine system v posterior punch technique.

AIM: Different trephination methods may lead to differences in degree of tissue damage and endothelial cell loss, which both influence the outcome of penetrating keratoplasty. Light, transmission, and scanning electron microscopy were used to compare the ultrastructural appearance of the cut edges and the endothelial cell loss in 26 human corneal donor buttons obtained by trephination with the suction fixated guided trephine system (GTS) and with the free hand posterior punch technique (PPT). METHODS: Human corneas were stored between 5 and 14 days in Optisol. One cornea from each pair was used for each technique. Trephinations (7.5 mm) were performed either from the anterior direction with the GTS (n=13) or from the posterior direction with the PPT (n=13) using Pharmacia Superblade trephines. Light microscopy, transmission electron, and scanning electron microscopy were performed according to standard procedures. Widening of the cut edges and the extent of endothelial cell loss were measured at three different areas per corneal button and analysed statistically. RESULTS: In contrast with the PPT, the GTS trephine produced considerable fibrillar disorder at the cut edges of the corneal buttons. The distance to which the endothelial cell loss extended from the edges of the cuts was significantly (p<0. 001) lower for the GTS (42.2 (SD 50.8) microm from the edge) than for the PPT (109.3 (68.1) microm). Stromal widening at the edges (measured as percentage increase in stromal thickness, compared with the thickness of the central cornea) was observed with both techniques. However, the mean stromal widening produced by the GTS was significantly greater than that produced by PPT (106% (24%) v 69% (21%); p<0.002). CONCLUSION: Both trephination techniques produced only minor tissue damage. Nevertheless, there were distinct differences in the fine appearance of the cuts produced by the GTS and the PPT techniques. The extent of the fibrillar dislocation and stromal widening was greater at the edges of the GTS buttons. The GTS technique produced significantly less endothelial cell loss at the cut edges than did the free hand punching technique, PPT.

[A new reading chart for simultaneous determination of reading vision and reading speed]. / Eine neue Lesetafel zur gleichzeitigen Bestimmung von Lesevisus und Lesegeschwindigkeit.

BACKGROUND: Reading acuity as well as reading speed are good predictors of everyday visual function. As visual acuity tests are poor predictors of the real-world function, performance-based tests, e.g., reading speed measurements, can be used for the determination of visual function. Thus, a German reading chart was developed in order to evaluate reading acuity as well as reading speed. METHODS: Print size is defined as the height of a lower case x and progresses logarithmically from one phrase to another (factor: 1.25). Reading acuity is determined in LogRAD (Reading Acuity Determination). 32 short German phrases were created, comparable concerning grammatical difficulty as well as in number (n = 14), length and position of words. The reading speed parameters measured with a stop-watch in 160 persons (aged: Phi = 21a +/- 3.8a) were calculated in words per minute (w/min). Out of the 32 phrases the 24 most similar ones were selected statistically and used for the reading charts (Radner Reading Charts). With these reading charts a reading acuity score (LogRAD-score) can be calculated considering reading errors in words of different length. Reading speed can be determined at the same time. Reading acuity (LogRAD-Score) was measured in 32 normal eyes of 16 students and compared to the angular visual acuity (LogMAR). RESULTS: The mean reading speed of the test persons was 211.8 +/- 34.1 w/min. 24 phrases fulfilled the test item criteria for the reading chart: mean +/- 0.25 x SD. The reliability analyses yielded an overall Cronbach's alpha coefficient of 0.98! The mean visual acuity measured in 32 eyes was -0.115 +/- 0.097 LogMAR and the mean reading acuity score was +0.026 +/- 0.091 LogRAD. The mean difference was +0.104 +/- 0.066 and the correlation between LogMAR and LogRAD was good (r = 0.59). CONCLUSIONS: With these reading charts it is for the first time possible to simultaneously determine reading acuity as well as reading speed in German. The high reliability of the 24 phrases and the high correlation between LogMAR and LogRAD leads us to expect a good reproducibility of the reading acuity evaluations. For the "Radner Reading Charts" we have shown that print size is the main reason for changes of reading speed.

Ultrastructure of clear corneal incisions. Part II: Corneal trauma after lens implantation with the Microstaar injector system.

PURPOSE: To examine the ultrastructure of clear corneal incisions (CCIs) after implantation of a plate-hepatic intraocular lens (IOL) with the Microstaar injector system through two incision widths. SETTING: University Eye Clinic and Institute of Histology and Embryology II, University of Vienna, Austria. METHODS: Fourteen human cadaver eyes without prior ocular surgery were obtained from the University Eye Bank, Vienna. Single-plane CCIs were performed with 3.0 and 3.2 mm steel keratomes. Using the Microstaar injector system, a foldable silicone plate-haptic IOL (23 diopters) was implanted in the anterior chamber. During the entire procedure, the eye pressure was kept between 26 and 30 mm Hg by infusing balanced salt solution into the anterior chamber. Specimens for light microscopy and scanning electron microscopy were prepared according to standard procedures. RESULTS: After IOL implantation, the 3.0 mm steel blade incisions exhibited distinct distensions at their lateral ends. Adjacent to these distensions, the collagen lamellae were pressed apart, displaced, and torn. In 3.2 mm tunnels, the corneal trauma at both lateral ends was considerably less severe. These incisions also showed a better primary adaptation of the wound lips after implantations. CONCLUSIONS: Implantation performed with the Microstaar injector system through 3.0 mm steel blade CCIs led to considerably more severe corneal trauma than implantation through 3.2 mm incisions.