行事曆
上個月2024年 6月下個月
1
2 3 4 5 6 7 8
9 10 11 12 13 14 15
16 17 18 19 20 21 22
23 24 25 26 27 28 29
30
今天
 主選單
 出版刊物
 訪問統計

 隨機小語
有充分準備的人,才有最佳機會。

[巴斯德]
 隨機文章
藍瑞斯採精照片 (1271)
藍瑞斯採精照片 (1318)
藍瑞斯完檢(英文) (895)
約克夏完檢(英文) (696)
藍瑞斯完檢(中文) (702)
 熱門連結網站


分頁目錄
1. 樂高模組化圖形應用於親屬關係之標示
2. 新引進美國盤克夏豬種之屠體性能
3. 盤克夏豬與藍瑞斯豬雜交一代之生長性能
4. 種公豬性能檢定資料庫網際網路化之研究
5. 豬肋骨數基因座定位於第一號染色體短臂上
6. 種豬多產基因之檢測
7. 早熟母豬的女兒豬為早熟母豬的機率
8. 迷彩豬種採全同胞配種後之產仔數
9. 蘭嶼豬GPI-PGD純合品系全同胞配種後之產仔數
10. 總乳體細胞數分級與高體細胞數個體分隔集乳策略模擬
11. 應用總乳檢測牛隻淋巴球黏力缺失症之基因型
12. 絲羽烏骨雞外表特徵之遺傳模式:I. 羽色、爪型與腳脛毛
13. 畜試土雞父系與母系生長性能和腳脛長度之關係
14. 白羅曼鵝逢機複製多態性DNA片段指印之分析
15. 梅山豬粒腺體DNA D-loop區域的單股構形多態性與繁殖性狀之相關性
第二十八卷(1999) 樂高模組化圖形應用於親屬關係之標示

李世昌 黃鈺嘉 吳明哲 張秀鑾

行政院農業委員會畜產試驗所

動物親屬關係之文字敘述表達困難,儲存個別的親屬關係圖時又需龐大的儲存空間或資料運算時間,為使親屬關係更簡易表達、快速讀取及網際網路化,本研究把兩代關係(雄─父,雌─父,雄─母,雌─母等四種)、三代關係(雄─祖父,雄─祖母,雄─外祖父,雄─外祖母,雌─祖父,雌─祖母,雌─外祖父,雌─外祖母等八種)、以及四代關係(雄─曾祖父,雄─曾祖母,雄─曾外祖父,雄─曾外祖母,雄─外曾祖父,雄─外曾祖母,雄─外曾外祖父,雄─外曾外祖母,雌─曾祖父,雌─曾祖母,雌─曾外祖父,雌─曾外祖母,雌─外曾祖父,雌─外曾祖母,雌─外曾外祖父,雌─外曾外祖母等十六種),以樂高模組化圖形檔來表達個體與祖先的關係。應用方形圖表示雄性個體,圓形圖表示雌性個體。被查詢的兩個體以藍色圖形標示,其餘親屬個體標以綠色圖形。每個模組化圖形檔約為 1 K (1024位元組)大小。樂高模組化之親屬關係圖等28個圖形檔,目前已應用在畜產種原資訊網 www.angrin.tlri.gov.tw 的登錄種豬系譜查詢系統。網路網頁呈現種豬基本資訊外,藉助本研究模組化圖形的排序與堆疊,改善了系譜資訊表達的視覺效果。

關鍵語:樂高模組、系譜、網際網路

 

GRAPHIC LEGO MODULES APPLIED IN RELATIONSHIP
BETWEEN RELATIVES

S. C. Lee, Y. C. Huang, M. C. Wu and H. L. Chang

Taiwan Livestock Research Institute, Council of Agriculture

Relative relationship described in words is not easy but also tedious in animal population, which requires identification of all relationship graphics among individuals involved and thus huge memory for storage and tremendous time are needed for graphic computation. In this study, male (M) and female (F) animals were represented in square and circle, respectively, in the graphic Lego modules. Graphic Lego modules used to represent parentage of M and F to its parents were M-Sire, M-Dam, F-Sire and F-Dam four modules. Following the rules for presentation, eight modules (M-SS, M-SD, M-DS, M-DD, F-SS, F-SD, F-DS and F-DD) were involved with SS and SD standing for grandsire and grandam of sire, respectively when three generations considered. Therefore, sixteen modules, M-SSS, M-SSD, M-SDS, M-SDD, M-DSS, M-DSD, M-DDS, M-DDD, F-SSS, F-SSD, F-SDS, F-SDD, F-DSS, F-DSD, F-DDS and F-DDD, were used in parentage identification involving four generations. The application of graphic Lego pedigree chart was not only useful in transition of web information but also had benefits on easy reading and display in the Internet. Two inquired individuals were highlighted in blue color along with other relatives in green ones. In general, each Lego file of 28 pedigree Legos accounts for 1 Kb (1024 bytes) of storage size. The graphic Lego modules is currently applied to pedigree inquiring system of registered stocks for Formosa pigs which can be accessed in internet (http://www.angrin.tlri.gov.tw). On the web page, the browser presents the lineage data of the inquired pig with the corresponding graphic Lego modules in pedigree order. In addition, the visualization efficacy of pedigree inquiry can be significantly improved by Lego modules’ stacking and sorting functions.

Key Words: Lego modules, Pedigree, Internet.



友善列印轉寄好友 輸出為 PDF 格式

  << List | Home | Top >> 第二十八卷(1999) © Copyright 2024 shuYing & 台灣畜產種原知識庫
 visiter

 搜尋

進階搜尋

 電子相簿
中央畜產會201110期L0460-12拍賣照片

 隨機好書

 夥伴網站

http://www.angrin.tlri.gov.tw

http://www.naif.org.tw/

http://www.coa.gov.tw

http://www.tlrihc.gov.tw/

http://minipigs.angrin.tlri.gov.tw