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구한나,박인경,박하영,성초아,장다엘,홍은민 이화여자대학교 간호과학대학 2012 이화간호학회지 Vol.- No.46
Purpose: This study was to grasp women’s knowledge about Breast Self-examination. Methods: We collected data from 317 women who lives in certain city, Korea using structured questionnaire from 5th, August to 20th, September. The collected data was analyzed by SPSS 19.0. Results: The average score of women’ Breast Self-examination knowledge was 6.79±3.68 (of 17). There are three categories in knowledge about Breast Self-examination. Average score of category is 2.31 ± 0.71(of 4) for knowledge of breast cancer, 2.11 ± 0.57(of 5) for knowledge of breast cancer symptom, 2.37 ± 0.45(of 8) for knowledge of Breast Self-examination. Knowledge about Breast Self-examination according to general characteristics varied significantly for different age, marital status, education, and history of breast disease. Knowledge about Breast Self-examination according to characteristics related Breast examination was higher for women who received Breast Self-examination education, received Breast Self-examination education by lecture, performed Breast Self-examination, and who received Clinical Breast Examination Conclusion: People who are teenager and over sixties, their knowledge of Breast Self-examination was low. Therefore, effective Breast Self-examination education program should be provided for women who are teenager and over sixties to promote their Breast Self-examination practice regularly.
Ha, Hong Koo,Lee, Wan,Lee, Sang Don,Lee, Jeong Zoo,Chung, Moon Kee The Korean Urological Association 2010 Korean Journal of Urology Vol.51 No.2
<P>Adenocarcinomas arising in the female urethra have been rarely reported. Here we report a case of laparoscopic radical cystourethrectomy with incontinent urinary diversion in a patient with adenocarcinoma in the urethra and bladder. A 60-year-old female presenting with a history of recurrent cystitis and painless hematuria was referred to our facility with voiding difficulty and a urethral mass. Radiologic evaluation showed an enhanced mass in the urethra and bladder neck. Cystoscopic biopsy of the mass in the bladder neck revealed an adenocarcinoma. Laparoscopic radical cystourethrectomy with anterior vaginal wall excision followed by extracorporeal incontinent urinary diversion was performed.</P>
Total ozone characteristics associated with regional meteorology in West Antarctica
Koo, Ja-Ho,Choi, Taejin,Lee, Hana,Kim, Jaemin,Ahn, Dha Hyun,Kim, Jhoon,Kim, Young-Ha,Yoo, Changhyun,Hong, Hyunkee,Moon, Kyung-Jung,Lee, Yun Gon Elsevier 2018 Atmospheric environment Vol.195 No.-
<P><B>Abstract</B></P> <P>We investigated the characteristics of the total ozone column (TOC) around West Antarctica (near the Weddell Sea) compared with ambient meteorological factors. For this analysis, we used ground-based and satellite TOC measurements as well as meteorology (air temperature, potential vorticity and wind field) from reanalysis data. Long-term patterns of TOC show the large year-to-year variation (e.g., maximumly ∼200 DU at King Sejong) but a steady recovering trend recently. Despite a generally consistent pattern, the TOC around West Antarctica did not correlate well between high- and low-latitude regions during austral spring; this result implies that the ozone hole area had a spatial variation over West Antarctica. The TOC pattern around West Antarctica correlated well with air temperature but showed a vertical difference; high positive correlations appeared in the lower stratosphere (maximumly R > 0.9 at ∼50–100 hPa height) showing enhanced ozone depletion in colder conditions, but negative correlations appeared in the upper stratosphere (minimum R < −0.8 at ∼5–10 hPa height) associated with the temperature dependence of ozone chemistry. The TOC also showed an interesting relationship to the potential vorticity: high positive correlation in the upper stratosphere (maximumly R > 0.9 at ∼500–600 K height) during the austral spring but a moderately negative correlation in the lower stratosphere (minimum R < −0.6 at ∼300–350 K height) during the austral summer. This peculiar pattern probably relates to the polar vortex intensification in the stratosphere and the stratosphere-troposphere airmass exchange near the tropopause. There were also some correlations with wind field (R = ∼0.4–0.6) showing air-mass mixing effects. These findings indicate a large meteorological influence on the spatiotemporal pattern of the TOC in West Antarctica.</P> <P><B>Highlights</B></P> <P> <UL> <LI> Ground-based and satellite gridded TOCs are compared near the Weddell Sea. </LI> <LI> TOC variations differ among stations, contingent on the polar vortex effect. </LI> <LI> Correlations between the TOC and meteorology are spatiotemporally different. </LI> </UL> </P>
A Mutation in <i>PMP2</i> Causes Dominant Demyelinating Charcot-Marie-Tooth Neuropathy
Hong, Young Bin,Joo, Jaesoon,Hyun, Young Se,Kwak, Geon,Choi, Yu-Ri,Yeo, Ha Kyung,Jwa, Dong Hwan,Kim, Eun Ja,Mo, Won Min,Nam, Soo Hyun,Kim, Sung Min,Yoo, Jeong Hyun,Koo, Heasoo,Park, Hwan Tae,Chung, Ki Public Library of Science 2016 PLoS genetics Vol.12 No.2
<▼1><P>Charcot-Marie-Tooth disease (CMT) is a heterogeneous group of peripheral neuropathies with diverse genetic causes. In this study, we identified p.I43N mutation in <I>PMP2</I> from a family exhibiting autosomal dominant demyelinating CMT neuropathy by whole exome sequencing and characterized the clinical features. The age at onset was the first to second decades and muscle atrophy started in the distal portion of the leg. Predominant fatty replacement in the anterior and lateral compartment was similar to that in CMT1A caused by <I>PMP22</I> duplication. Sural nerve biopsy showed onion bulbs and degenerating fibers with various myelin abnormalities. The relevance of <I>PMP2</I> mutation as a genetic cause of dominant CMT1 was assessed using transgenic mouse models. Transgenic mice expressing wild type or mutant (p.I43N) <I>PMP2</I> exhibited abnormal motor function. Electrophysiological data revealed that both mice had reduced motor nerve conduction velocities (MNCV). Electron microscopy revealed that demyelinating fibers and internodal lengths were shortened in both transgenic mice. These data imply that overexpression of wild type as well as mutant <I>PMP2</I> also causes the CMT1 phenotype, which has been documented in the <I>PMP22</I>. This report might expand the genetic and clinical features of CMT and a further mechanism study will enhance our understanding of <I>PMP2</I>-associated peripheral neuropathy.</P></▼1><▼2><P><B>Author Summary</B></P><P>Isolation of causative mutation is still challenging in genetic diseases with a variety of genetic causes. We discovered a mutation in a novel gene from a family exhibiting a peripheral neuropathy by virtue of next-generation sequencing. Although the family shows characteristic clinical features of hereditary motor and sensory neuropathy, we could not find a mutation from well-known genes. To demonstrate the clinical relevance of the novel gene, we generated transgenic mice, which carry the patients’ mutation within their chromosome. The transgenic mice exhibited the same phenotype as the patients including peripheral neuropathic symptoms and reduced locomotor function. We also observed the affected peripheral nervous system through electron microscopy. It seems that the expression of the mutant protein impairs the myelin of peripheral nervous system. These data might expand the genetic, clinical, and pathophysiological features of the peripheral neuropathy and a further investigation will enhance our understanding of disease in the peripheral nervous system.</P></▼2>
New approach to synthesis of carbon nanotubes
Ha, Jong Keun,Choi, Kyo Hong,Cho, Kwon Koo,Kim, Ki Won,Nam, Tae Hyun,Ahn, Hyo Jun,Ahn, Jou Hyun,Cho, Gyu Bong Royal Swedish Academy of Sciences 2007 Physica scripta Vol.2007 No.t129
<P>Carbon nanotubes (CNTs) have been synthesized through chemical vapor deposition in argon gas atmosphere using Fe–2.5%Mo alloyed nanoparticles as a catalyst and H<SUB>2</SUB>/CH<SUB>4</SUB> gas mixture as a reaction gas. Fe–2.5 wt.%Mo alloyed nanoparticles with average diameter of 7, 20, 45 and 85 nm are prepared by the chemical vapor condensation process using the pyrolysis of iron pentacarbonyl (Fe(CO)<SUB>5</SUB>) and molybdenum hexacarbonyl (Mo(CO)<SUB>6</SUB>). The morphologies of the CNTs are controlled by adjusting the nanoparticle size, reaction gas ratio and reaction temperature. With decreasing nanoparticle size under the same experimental conditions, the degree of crystalline perfection increases gradually and the morphologies of the carbon nanotubes vary from multi wall carbon nanotubes to single wall carbon nanotubes. Also, the ratio of reaction gas has an effect on the morphology and the degree of crystallinity of CNTs. In this work, it is suggested that morphology, diameter and degree of crystallinity of CNTs could be controlled by adjusting the reaction gas ratio, reaction temperature and catalyst size.</P>