http://chineseinput.net/에서 pinyin(병음)방식으로 중국어를 변환할 수 있습니다.
변환된 중국어를 복사하여 사용하시면 됩니다.
임영재,정종기,정병곤,Lim Young-Jae,Jeong Jong-Gi,Jeong Byoung-Gon 대한수의사회 1992 대한수의사회지 Vol.28 No.5
Blood typing of the horses participated in Seoul Olympic Games were analysed through the electroporesis. Blood samples had been collected from the total 234 horses of 32 countries and analyses included albumin, esterase, Xk protein and transferrin types.
경주마 생산을 위한 혈액형 연구 II. 혈청 Transferrin형에 대하여
임영재,최귀철,Lim Young-Jae,Choi Gui-Chul 한국임상수의학회 1991 한국임상수의학회지 Vol.8 No.1
Transferrin type of stallions and their foals in total of 56 was analysed. Phenotype showed 8 types(AA, AB, AC, AD, AE, BB, BC, BD), while gene frequencies A ; 0.410, B ; 0.455, C : 0.063, D ; 0.063, E ; 0.09 There were not negative factors in the result of idenification of real paternity but showed AC type that is abscent in their parents.
국내에서 사육중인 펭귄의 Aspergillosis 발생과 치험례
임영재,Lim young Jae 대한수의사회 1982 대한수의사회지 Vol.18 No.1
1. The result that the author has been giving treatment for penguins for 5 years from April in 1976 upfill June of 1981 on young Farm L-and, three cases among eight cases of dead penguins were dead from Aspergillosis. 2. After aspergillus fumigutus isolat
경주마에 있어서 개체감별을 위한 Micro Chip의 이용에 대하여
임영재,이수득,이시영,박응복,Lim Young-Jae,Lee Soo-Deuk,Lee Shi-Young,Bak Ung-Bok 한국임상수의학회 1992 한국임상수의학회지 Vol.9 No.1
This trial is concerned with practical application of a M. C. that was injected Into the horse's muscle in order to make a effective identification by computer compatible. Following results were obtained through the study of histopathologic changes, migration of M. C. and possible problems about practical application. 1. Muscle romboideus cervicalis(site 'A') was thought to be the best Injection site of M. C. in the horse. 2. There were no the exact interface between the M. C. and surrounding tissue. It seemed to be why the implanted transponder was located in the muscle fascia. 3. No evidence of migration in the tissues was found through the radiographs taken after implantation 4. There were no clinical disorder and interference with racing performance. 5. ID 100 from Trovan, Co. had some advantages comparing with TX 1400 L from Destron, Co. These are, for instance, the long readout distance and the easy application of computer in the field practive.
경주마(競走馬) 생산(生産)을 위한 혈액형(血液型) 연구(硏究) I. 혈청(血淸) Albumin형(型)에 대(對)하여
임영재,엄영호,Lim, Young-jae,Eom, Young-ho 대한수의학회 1989 大韓獸醫學會誌 Vol.29 No.4
This work was carried out to get some informations about blood types and their researches, involved blood stock and genetic identification. Horses examined were total 55 heads of sire, mare and their progeny in Korean Horse Affairs Association. 1. Albumin phenotypes of 26 mare were examined. The appearance of phenotype AA, BB, AB, was 1, 18, 7 respectively. The gene frequency of albumin A was 0.17 and albumin B was 0.76. 2. The appearance of phenotype AA, BB, AB in 29 progeny was 1, 16, 12 respectively. The gene frequency of albumin A was 0.24 and albumin B was 0.76. The gene frequency of gene A was higher than their parents. 3. Identification of the relationship between parents and their progeny was also examined. 4 of type AB between AA & BB, 4 of type BB between BB & BB, 13 of type AB between BB & AB were borned. In third case, all of progeny was type AB. This results suggest positive relationship between them.
Studies on the Blood Protein Polymorphisms of Deer: Cervus nippon, Cervus unicolor
임영재,송영의,스즈키 쇼조,타나카 카즈,아마노 타카시,쿠로사와 야츠,카츠마타 마코토,Lim, Young-jae,Song, Yung-yi,Suzuki, Shozo,Thanaka, Kazue,Amano, Takashi,Kurosawa, Yaetsu,Katsumata, Makoto The Korean Society of Veterinary Science 1985 大韓獸醫學會誌 Vol.25 No.1
한국(韓國), 대만(臺灣), 일본(日本)에서 사육(飼育)하고 있는 꽃사슴(Cervus nippon) 129두(頭)와 물사슴(Cervus unicolor) 7두(頭)에서 hemoglobin, transferrin, albumin carbonic anhydrase, slow-${\alpha}_2$ 및 amylase형(型)을 전기영동(電氣泳動)에 의(依)하여 분석(分析)한 결과(結果) 다음과 같은 결론(結論)을 얻었다. 1. cellulose acetate에 의(依)한 전기영동(電氣泳動)이 starch gel에 의(依)한 전기영동(電氣泳動)보다 hemoglobin형(型) 분리(分離)에 있어서 더 간편하며 시간이 적게 걸리고, 선명(鮮明)할 뿐만 아니라 영구보존(永久保存)이 가능(可能)하다. 2. 꽃사슴의 hemoglobin형(型)은 $Hb^F$, $Hb^{FS}$, $Hb^S$형(型)으로 분리(分離)되었으나 물사슴에 있어서는 전부(全部) $Hb^F$형(型)으로 나타났다. 3. hemoglobin ${\beta}$ chain은 4가지형(型) 즉 ${\beta}$-1, ${\beta}$-2, ${\beta}$-3 및 ${\beta}$-4로 분리(分離)되었다. 4. hemoglobin ${\alpha}$ chain은 ${\alpha}_1$과 ${\alpha}_1{\alpha}_2$형(型)으로 분리(分離)되었다. 5. slow-${\alpha}_2$형(型)은 A형(型)과 AB형(型)으로 분리(分離)되었으며, 꽃사슴에 있어서는 AB형(型)이 12% 출현(出現)하였으나 물사슴에서는 전부(全部) A형(型)으로 AB형(型)은 없었다. 6. albumin형(型)에서는 F형(型)과 S형(型)으로 분리(分離)되었으며 꽃사슴은 전부(全部) F형(型)이였고, 물사슴은 전부(全部) S형(型)이였다. 7. transferrin형(型), carbonic anhydrase형(型) 및 amylase형(型)은 전부(全部) 각각(各各) 1종류(種類)의 형(型)이였다.
꽃사슴(Formosan deer)의 Hemoglobin형(型)에 관한 연구(硏究)
임영재,스즈키 쇼조,Lim, Young-jae,Suzuki, Shozo 대한수의학회 1984 大韓獸醫學會誌 Vol.24 No.1
The hemoglobin phenotype and the gene frequencies of 44 Formosan deer(Cervus nippon) in Kyung-Gi area were examined by using cellulose acetate and starch gel electrophoresis. 1. The method of cellulose acetate electrophoresis was simplier, more clear and preserative than starch gel electrophoresis. 2. The hemoglobin phenotype was appeared 3 types as $Hb^F$ $Hb^{FS}$ and $Hb^S$. The frequencies of appearance were $Hb^F$ 47.7%, $Hb^{FS}$ 47.7% and $Hb^S$ 4.5%, respectively. 3. The genetic factors of hemoglobin were observed as $Hb^F$ and $Hb^S$ and the rates of gene frequencies were 71.6% and 28.4%, respectively.
꽃사슴의 혈액형(血液型)에 관한 연구(硏究) I. 면역반응(免疫反應)에 의한 꽃사슴의 혈액형분류(血液型分類)(제일보(第一報))
임영재,스즈키 쇼조,Lim, Young-Jae,Suzuki, Shozo 대한수의학회 1983 大韓獸醫學會誌 Vol.23 No.1
The present study was conducted to clarify the presence or absence of isohemagglutinin and isohemolysin and, if present, to classify blood types in the Formosan deer. It was found that, though the titers were relatively low, isohemagglutinin and isohemolysin were present in the deer sera. Results obtained before and after heat treatment of the deer sera at $56^{\circ}C$ for 30 minutes were variable, some stable and some unstable to the treatment and still some showing the activities only after the heat treatment. Rabbits, when immunized with deer blood cells, responded with very high titers both in agglutination and hemolysis tests and the activities were not inactivated by the treatment of the immune sera at $56^{\circ}C$ for 30 minutes. Using four rabbit immune sera to different deer blood cells following blood types were recognized among 30 heads of deer; 1. by hemagglutination test A : positive to all four immune sere (13 heads). B : positive to the immune sera of 7BS and 8BS but negative to those of 1BS and 3BS (8 heads). C : positive to the sera of 3BS, 7BS and 8BS but negative to that of 1BS (9 heads). 2. by hemolysis test A : positive to all four immune sera (24 heads). B : positive to the immune sera of 7BS and 8BS but negative to those of 1BS and 3BS (3 heads). C : positive to the sera of 3BS, 7BS and 8BS but negative to that of 1BS (3 heads).