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Nemoura phasianusa, a New Species of Nemouridae (Insecta: Plecoptera) from Korea
Soon Ah Ham 한국동물분류학회 2009 Animal Systematics, Evolution and Diversity Vol.25 No.1
Nemoura phasianusa n. sp. is similar to Nemoura jezoensis in general morphology especially lateral view, but can be distinguished by the combination of the characters of the epiproctal shape whose apex is depressed medially, and sclerites of epiproct, which look like question marks without dots.
Ham, Soon-Ah The Korean Society of Systematic Zoology 2008 Animal Systematics, Evolution and Diversity Vol.24 No.2
Two species of the chloroperlid stonefly, Alloperla medlata and Sweltsa illiesi, are reported for the first time in Korea. Alloperla mediata can be distinguished by the smaller epiproct and the presence of a median sclerite under epiproct in male, and by the modified subgenital plate in female. Sweltsa illiesi can be distinguished by the presence of a pair of ridges on tergum 9 in male and upward V-shaped pattern on the center of head in adults. The line drawings of diagnostic characters and taxonomic remarks of the two species are provided with keys and comparative characters for adults of Korean Chloroperlidae.
Nemoura phasianusa, a New Species of Nemouridae (Insecta: Plecoptera) from Korea
Ham, Soon-Ah The Korean Society of Systematic Zoology 2009 Animal Systematics, Evolution and Diversity Vol.25 No.1
Nemoura phasianusa n. sp. is similar to Nemoura jezoensis in general morphology especially lateral view, but can be distinguished by the combination of the characters of the epiproctal shape whose apex is depressed medially, and sclerites of epiproct, which look like question marks without dots.
Soon Ah Ham 한국동물분류학회 2008 Animal Systematics, Evolution and Diversity Vol.24 No.2
Two species of the chloroperlid stonefly, Alloperla mediata and Sweltsa illiesi, are reported for the first time in Korea. Alloperla mediata can be distinguished by the smaller epiproct and the presence of a median sclerite under epiproct in male, and by the modified subgenital plate in female. Sweltsa illiesi can be distinguished by the presence of a pair of ridges on tergum 9 in male and upward V-shaped pattern on the center of head in adults. The line drawings of diagnostic characters and taxonomic remarks of the two species are provided with keys and comparative characters for adults of Korean Chloroperlidae.
함순아 ( Soon Ah Ham ) 한국환경생물학회 2009 환경생물 : 환경생물학회지 Vol.27 No.1
한국산 강도래목의 연구는 1921년에 시작되어 1980년대 이후부터 최근 20년간 연구가 가장 활발하였고, 과별로 종수는 Nemouridae가 가장 많고, 다음이 Chloroperlidae였다. 한편 북한산 강도래목의 연구는 1938년에 시작되었고, 외국인에 의해 1970년대에 많은 진전이 있었고, 그 이후 적은 수의 종들이 추가적으로 보고되고 있으며, 과별 종수를 보았을 때 Perlidae가 가장 많고, 다음이 Nemouridae였다. 한국산 강도래목은 총 10과 25속 43종이었고, 북한산 강도래목은 총 10과 26속 37종이었으며, 남북한 공통으로 보고된 종은 13종이었다. 그리고 강도래목 국명표기는 한국은 우리말식과 한자식이 혼용되었으며, 북한은 우리말식 종명 표기가 많았지만 대부분의 종의 명명이 안 되어 있었다. 특히 국내 생물자원으로서 강도래목은 환경부가 지정한 `국외반출 승인대상 생물자원` 822종 중에 강도래목 9종이 포함되어 있으며, 한국 고유 생물종 2,322종 중 강도래목은 11종이 지정되어 있었다. 그리고 추가적으로 2속의 국명 신칭, 즉 Megaleuctra 속은 큰꼬마강도래속, Haploperla 속은 한녹색강도래속으로 신칭을 붙였고, 4종 국명 신칭 즉, Nemoura brevicercia는 민강도래, Nemoura espera는 꽃민강도래, Amphinemura baei는 제주아가미민강도래, Amphinemura rai는 아가미민강도래로 신칭을 붙였다. Korean Plecopteran research was started in 1921, and it has advanced greatly during last 20 years. Among families the family Nemouridae and Chloroperlidae are composed of plentiful species. Since North Korean Plecopteran research was begun in 1938, it made good progress by foreigners not North Korean in the 1970`s. Subsequently a few species has been added up recently, and among families the family Perlidae and Nemouridae contain most abundant species. Totally Korean Plecoptera consists of 43 species in 25 genera in 10 families, and North Korean 37 species in 26 genera in 10 families. Among them 13 species are common in both. And Korean names of Plecopteran species were mixed in Hangeul-type and Chinese-type, on the other hand in North Korean names there were some cases of Hangeul-type, but most of species have no Korean names. In Korea, particularly Ministry of Environment designated and controlled domestic biological resources as Korean Species that Require Approval when shipping abroad and Korean endemic species, which include 9 species and 11 species in Plecoptera respectively. Finally two genera and four species gained new Korean names as follows: genus Megaleuctra (Keun-Kkoma-Gang-Do-Rae-Sok), genus Haploperla (Han-Nok-Saek-Gang-Do-Rae-Sok), Nemoura brevicercia (Min-Gang-Do-Rae), Nemoura espera (Kkot-Min-Gang-Do-Rae), Amphinemura baei (Je-Ju-A-Ga-Mi-Min-Gang-Do-Rae) and Amphinemura rai (A-Ga-Mi-Min-Gang-Do-Rae).
( Dhan-ah Chae ),( Yeo-jin Lee ),( Soo-ji Ham ),( Jin-a Oh ),( Ji-hye Kim ),( Bo-ra Lee ),( Hyun-jin Choi ),( Soon-chul Myung ),( Eun-ju Lee ) 대한산부인과학회 2020 대한산부인과학회 학술대회 Vol.106 No.-
For ureteral substitution, ileum is commonly used. Appendiceal interposition often has been performed for right ureteral defects, but not commonly for left ureteral defects because of long anatomical distance. Herein we report a case of appendiceal interposition for a long left ureteral defect, caused by surgical resection of a locally recurrent cervical cancer involving the left mid-ureter. A 49-years old woman with cervical squamous cell carcinoma stage Ib1 underwent robot assisted radical hysterectomy, salpingectomy, right ovarian transposition, and pelvic and paraaortic lymphadnectomy. After 2 years, CT scan showed both ureter obstruction with hydronephrosis, and she received right ureteroneocystostomy and left distal ureteral end-to-end anastomosis after partial resection. Recurrent squamous cell carcinoma was confirmed by postoperative pathologic examination, and palliative chemoradiation was done. At 8 months after finishing treatment, serum SCC level was elevated to 2.1ng/ml and a 1.7cm sized solitary recurrent nodule around left mid-ureter and psoas muscle was found by PET-CT and MRI. We removed the recurrent mass with involved ureter and peri-ureteral tissue, and obtained negative resection margin. Because ileum was not suitable for ureteral replacement due to radiation-induced changes, appendix was used as a substitute for the 7cm left ureteral defect. After separating appendix from the cecum, mesoappendix was elongated by several cutting of superficial layer and stretching. We passed the appendix through the established window at descending mesocolon, irrigated the lumen and spatulated both ends. Finally, we anastomosed the tip of appendix to the proximal ureter, inserted D-J stent, and anastomosed the base of the appendix to the distal ureter. There has been no evidence of disease and the double-J ureteral stent has been placed for 4 months. In conclusion, appendix could be a suitable alternative to substitute the left ureteral defect.