The authors examined the effect and concentration dependency of bromocriptine on the inhibition of axial length elongation in the experimentally induced myopic chicken. Two day-old white Leghorn chicken was monocularly deprived of form vision by lid suture. We measured the axial length of chicken's eye by ultrasonography at 2 day, 2 week, 4 week, and 6 week following repeated ophthalmic dosing beginning at 2 day. The first group was instilled with 0.1 cc of Tris buffer solution, whereas the second, third, and fourth groups were instilled with 0.1cc of 0.01 %, 0.02%, 0.04% bromocriptine solution respectively. All solutions were instilled twice daily for 6 weeks. In the inhibition of axial length elongation, the third group (0.02% bromocriptine) was most effective at 2 week (p<0.05), whereas the second group (0.01% bromocriptine) was most effective at 4 and 6 week (p<0.05). In summary, the axial length elongation of eyeball was effectively retarded by bromocriptine with the best efficacy at 0.02% in short-term dosing while at 0.01% in long-term dosing.
Bromocriptine* ; Chickens* ; Sutures ; Tromethamine ; Ultrasonography

BACKGROUND: In spite of frequent nasal surgery, the importance of preoperative medication has not been examined carefully(CAREFULLY). OBJECTIVE: To identify the effect of premedication, we investigated the effect of premedication on postoperative pain in nasal surgery under local anesthesia. MATERIALS AND METHOD: We studied 120 cases, composed of 60 cases of unilateral sinus surgery and 60 cases of septoplasty. The patients were divided into four groups. We analysed 4 groups each consisted of 30 patients(N=120). The first group consisted of patients who received atropine preoperatively. The second group received atropine and ketolorac tromethamine. The third group received atopine and diazepam. The fourth group received atropine, ketorolac trimethamine and atropine. To evaluate the postoperative pain, we made the protocol listed according to Verbal Rating Pain Scores(VRP), Visual Analogue Pain Scores(VAS), -2, 4, 6, 12, 24 and 48 hours- and a global postoperative pain using the VAS. RESULTS: In septoplasty group, pain-relief effects showed postoperative pain of ketorolac tromethamine during postoperative 6-hours in the second & fourth groups. In sinus surgery group, Ketorolac tromethamine was effective on postoperative pain at postoperative 2-hour. CONCLUSION: We concluded that preoperative ketorolac tromethamine was effctive on septoplasty group than sinus surgery group.
Anesthesia, Local ; Atropine ; Diazepam ; Humans ; Ketorolac ; Ketorolac Tromethamine ; Nasal Surgical Procedures* ; Pain, Postoperative* ; Premedication* ; Tromethamine

Today's orthodontic treatment goals lie in functional esthetics, and the importance of the latter is increasing gradually in trend. Considering such, study on growth and development of soft as well as hard tissues becomes inevitable. Early studies emphasize mainly plays a critical role in determining data. However, more recent studies report that maxillofacial soft tissue, which plays a critical role in determining facial eathetics, is influenced by underlying hard tissue, and yet close relationship between them was not noticed. Cephalometric x-rays were taken of 137 Korean boys and 106 girls with no systemic disease, fair developmental status and normal occlusion for two consecutive years; afterwards, soft tissue analysiss, which was divided into four parts, facial form, lip position & posture, nose, and thickness, was done to correlate tham with general growth.
Child* ; Esthetics ; Female ; Growth and Development* ; Humans ; Lip ; Nose ; Posture ; Tromethamine

PURPOSE: An adequate pain control is one of important factors for obtaining good outcomes in the ambulatory basis of hemorrhoidectomy. There have been many methods for pain control after hemorrhoidectomy such as narcotics, various kinds of analgesics, etc. The aim of this study is to compare intraoperative internal anal sphincter injection of Ketorolac tromethamine and other two conventional methods for pain control. METHODS: A total of 56 patients with hemorrhoid grade III or IV underwent surgery between May and October 1999, and prospectively assigned to three groups in the consecutive order. The group was divided in Group 1: [Ketorolac tromethamine (Tarasyn) 60 mg intrasphincteric injection intraoperatively and 30 mg IM/prn?10 mg po/6hrs], Group 2: [No intraoperative injection and maintain pain control with Tarasyn 30 mg IM/prn/10 mg po/6hrs], and Group 3: [No intraoperative injection and maintain pain control with Pethidine (Demerol) 50 mg IM/prn and Ibuprofen 400 mg/Paracetamol 500 mg/Codeine 20 mg (Myprodol) po/8hrs]. The post operative data and pain scoring was performed on the questionnaire with Point box scale (BS-11) and Behavioral rating scale (BRS-6) each 24 hours during 5 days after surgery. RESULTS: There are 22 patients in the Group 1, 16 in the Group 2 and 18 patients in the Group 3. The median age of the Group 1 is 42.5, Group 2, 44.5 and Group 3, 45 years. The pain score on the first day after surgery in group 1 was significantly lower than group 2 (p<0.05) in the both pain scoring scale but was no differences between group 1 and 3. On the fifth day after surgery group 3 was significantly lower than both group 1 and 2 in the point box scale (p<0.05). The urinary retention rate and the day of first bowel movement after surgery show no differences among three groups (p>0.05). CONCLUSIONS: Intraoperative internal anal sphincter injection of Ketorolac tromethamine shows a better pain control than conventional methods in early postoperative period. Therefore it might be helpful for patients to go home on the day after surgery, and strong pain killer to control pain after discharge will be needed.
Anal Canal* ; Analgesics ; Hemorrhoidectomy* ; Hemorrhoids ; Humans ; Ibuprofen ; Ketorolac Tromethamine* ; Ketorolac* ; Meperidine ; Narcotics ; Postoperative Period ; Prospective Studies ; Surveys and Questionnaires ; Tromethamine ; Urinary Retention

PURPOSE: To present the T1 and T2 relaxation times of the major cerebral metabolites at 1.5T and 3.0T and compare those between 1.5T and 3.0T. MATERIALS AND METHODS: Using the phantom containing N-acetyl aspartate (NAA), Choline (Cho), and Creatine (Cr) at both 1.5T and 3.0T MRI, the T1 relaxation times were calculated from the spectral data obtained with 5000 ms repetition time (TR), 20 ms echo time (TE), and 11 different mixing time (TM)s using STEAM (STimulated Echo-Acquisition Mode) method. The T2 relaxation times were obtained from the spectral data obtained with 3000 ms TR and 5 different TEs using PRESS (Point-RESolved Spectroscopy) method. The T1 and T2 relaxation times obtained at 1.5T were compared with those of 3.0T. RESULTS: The T1 relaxation times of NAA were 2293 +/- 48 ms at 1.5T and 2559 +/- 124 ms at 3.0T (11.6% increase at 3.0T). The T1 relaxation times of Cho were 2540 +/- 57 ms at 1.5T and 2644 +/- 76 ms at 3.0T (4.1% increase at 3.0T). The T1 relaxation times of Cr were 2543 +/- 75 ms at 1.5T and 2665 +/- 94 ms at 3.0T (4.8% increase). The T2 relaxation times of NAA were 526 +/- 81 ms at 1.5T and 468 +/- 74 ms at 3.0T (11.0% decrease at 3.0T). The T2 relaxation times of Cho were 220 +/- 44ms at 1.5T and 182 +/- 35 ms at 3.0T (17.3% decrease at 3.0T). The T2 relaxation times of Cr were 289 +/- 47 ms at 1.5T and 275 +/- 57 ms at 3.0T (4.8% decrease at 3.0T). CONCLUSION: The T1 relaxation times of the major cerebral metabolites (NAA, Cr, Cho), which were measured at the phantom, were 4.1%-11.6% longer at 3.0T than at 1.5T. The T2 relaxation times of them were 4.8%-17.3% shorter at 3.0T than at 1.5T. To optimize MR spectroscopy at 3.0T, TR should be lengthened and TE should be shortened.
Aspartic Acid ; Choline ; Creatine ; Magnetic Resonance Spectroscopy ; Protons ; Relaxation ; Steam ; Tromethamine

BACKGROUND: In patient-controlled analgesia (PCA), ketorolac tromethamine has been mixed with nalbuphine HCL in the same PCA balloon or syringe. The compatibility of mixed drugs is an important factor in determining the effects of the administered drugs, so we examined the compatibility of the mixed solution of the both drugs in various dilutions. METHODS: Ketorolac tromethamine (K1, 3, 7, 19 group; n = 10/group) or nalbuphine HCl (N1, 3, 7, 19 group; n = 10/group) was diluted 1: 1, 3, 7, or 19 with normal saline and then the other drug was added. The presence of precipitates, turbidity by visual and spectrophotometric methods, and the pH of the mixed solutions were evaluated 0, 1, 6, 12 and 24 hours later. RESULTS: Precipitates were observed in all studied solutions except in solutions of nalbuphine HCl diluted 1 : 19 with normal saline plus ketorolac tromethamine at the observed intervals. Turbid changes were observed in N1, 3, K1, 3, and 7, but significantly decreased from 6 hours after mixing. The pH of the K groups were significantly lower than those of the N groups. CONCLUSIONS: The mixed solutions of ketorolac tromethamine with nalbuphine HCl were visually incompatible in almost all studied cases, so careful considerations are needed in mixing ketorolac tromethamine with nalbuphine HCl.
Analgesia, Patient-Controlled ; Hydrogen-Ion Concentration ; Ketorolac Tromethamine* ; Ketorolac* ; Nalbuphine* ; Passive Cutaneous Anaphylaxis ; Syringes

The authors compared the intraocular pressure(IOP) after excimer laser photorefractive keratectomy(PRK) and laser-assisted in situ keratomileusis(LASIK) and examined the factors that affected the intraocular pressure following the surgery. One hundred twenty-three patients(184 eyes) park of the cornea with microkeratome(SCMD, USA) and STAR laser(VISX, USA)and 55 patients*76 eyues) who underwent PRK with the sam laser were examied retrospectively. The IOP was meaured in the central part of the cornea with non contact tommeter(NCT, Topcon CT-20, Japan) at 7 day, 2, 6, and 12 months after PRK and LSSIK. the patiehts were divided into two groups: PRK group and LASIK group. There was no difference bvwtween the proparative IOPs in the two groups(0.11). Each IOP measure 7 days, 2, 6, and 12 months after PRK and LASIK was significantly lower than that measured before operation(P<0.05). The IOP measured 7 days after PRK or LASIK was significantly lower tham that measured 2.6. and 12 months after PRK or LASIK and , respectively (P<0.05). There were no difference among the IOPs measured 2,6, and 12 month after PRK or LASIK, respectively(P<0.05). The postoperative Change of IOP between PRK and LASIK was significant at 2, 6, and 12 months(P<0.05) except 7 days after surgery(p=0.066). The difference between the properative IOP and the IOP at 6 months after the surgery had the low correlation with the changes of the spherical equivalents and keratomertry readings and total ablation depth in both groups. In conclusion, the decrease of IOP after LASIK was severer than that after PRK and so the IOP measurement is ought to be interpreted carefully after LASIK.
Cornea ; Intraocular Pressure* ; Keratomileusis, Laser In Situ* ; Lasers, Excimer ; Reading ; Retrospective Studies ; Tromethamine

We evaluated the performance of activities of daily living by using Barthel ADL index and the factors affecting the quality of life were also analyzed in 82 survivors who suffered from single cerebral infarction in MCA territory and followed for more tham 3 months. The results were as follows: 1. Among the patients, 56(68.3%) patients regained functional indepeadency.but they were not necessarily normal or socially independent. 2. They improved markedly in first 4 weeks after onset of the stroke. 3. Functional recovery in the left hemiplegic patients was better than the right, but there was no difference in functional recovery related to sex and etiologic factors. 4. There was no correlation between age and ADL score 5. The major determinants for long term quality of life were the initial neurologic signs and the size of infarcted area demonstrated by Computed Tomography.
Activities of Daily Living* ; Cerebral Infarction ; Humans ; Neurologic Manifestations ; Quality of Life ; Stroke* ; Survivors ; Tromethamine

OBJECTIVETo investigate the protective effect of high-pressure carbon monoxide for preservation of ex vivo rabbit heart graft in comparison with the conventional HTK cardioplegic solution preservation.

METHODSHeart grafts isolated from 85 New Zealand rabbits were randomly divided into Naive group (n=5), HTK group (n=40) and CO group (n=40). The grafts underwent no preservation procedures in Naive group, preserved at 4 degrees celsius; in HTK cardioplegic solution in HTK group, and preserved at 4 degrees celsius; in a high-pressure tank (PO2: PCO=3200 hPa: 800 hPa) in CO group with Krebs-Henseleit solution perfusion but without cardioplegic solution. After preservation for 2, 4, 6, 8, 10, 14, 18, and 24 h, 5 grafts from the two preservation groups were perfused for 30 min with a modified Langendorff apparatus and examined for left ventricular systolic pressure (LVSP), left ventricular diastolic pressure (LVDP), arrhythmia score (AS), myocardial ultrestructure, and cardiac enzyme profiles.

RESULTSAfter preservation for 6 to 24 h, the cardiac enzyme profiles and systolic and diastolic functions were significantly better in CO group than in HTK group, but these differences were not obvious between the two groups after graft preservation for 2 to 4 h. Significant changes in the myocardial ultrastructures occurred in the isolated hearts after a 24-h preservation in both CO and HTK groups, but the myocardial damages were milder in CO group.

CONCLUSIONPreservation using high-pressure carbon monoxide can better protect isolated rabbit heart graft than the conventional HTK preservation approach especially for prolonged graft preservation.

Animals ; Carbon Monoxide ; Cardioplegic Solutions ; Glucose ; Heart ; physiology ; Heart Transplantation ; Myocardium ; ultrastructure ; Rabbits ; Tissue Preservation ; methods ; Tromethamine

BACKGROUND: The aim of this study was to examine the cardiac function and transcriptional response of the heart to propofol after ischemia-reperfusion. METHODS: Rat hearts were Langendorff-perfused using the modified Krebs-Henseleit buffer, and took 20 min stabilizing periods, 40 min ischemia periods, and then 120 min reperfusion period. The hearts were divided into 5 groups; Control: 180 min perfusion after stabilization, Ischemic: 40 min global ischemia after stabilization, followed by 120 min reperfusion, Pre: 2 micrometer propofol treatment was preformed only before ischemia, Post: 2 micrometer propofol treatment was performed only during reperfusion after ischemia, Pre/Post: 2 micrometer propofol treatment was performed both before and after ischemia. The measurement for cardiac performances, such as left ventricular developed pressure (LVDP), rate of left ventricular pressure generation (dP/dt), heart rate, and coronary flow were obtained. The expression profiles of isolated mRNA were determined by using Agilent microarray and real time-polymerase chain reaction (RT-PCR) was used to confirm the microarray results for a subset of genes. RESULTS: The Post group showed better LVDP and dP/dt than the Ischemic group. But there were no significant differences in heart rate and coronary flow among the groups. On the results of RT-PCR, the expressions of Abcc9, Bard1, and Casp4 were increased, but the expressions of Lyz, Casp8, and Timp1 were decreased in the Post group compared with the Ischemic group. CONCLUSIONS: This study suggests that 2 micrometer propofol may provide cardioprotective effect, and modulate gene expression such as apoptosis, and K(ATP) ion channel related-genes during reperfusion in the isolated rat hearts.
Animals ; Apoptosis ; Gene Expression ; Glucose ; Heart ; Heart Rate ; Ion Channels ; Ischemia ; Perfusion ; Propofol ; Rats ; Reperfusion ; RNA, Messenger ; Tromethamine ; Ventricular Pressure