[17] 沈琰,畢書增,朱定軒,等.林麝泌香盛期前麝香腺囊電鏡結構的初步研究[J].動物學雜誌,1984(3):11.
[18] 畢書增,沈琰,朱定軒,等.麝泌香盛期麝香囊超微結構和麝香分泌研究[J].獸類學報,1985,5(2):81.
[19] 畢書增,張治國,賈林征,等.麝泌香盛後期麝香腺囊的顯微與超微結構和麝香分泌研究[J].獸類學報,1987,7(2):96.
[20] 畢書增,關強,安根錄,等.麝試驗泌香香腺超微結構和麝香分泌研究[J].電子顯微學報,1988(3):29.
[21] 畢書增,賈林征,關強,等.麝年周期麝香腺囊超微結構和麝香分泌形成研究[J].中國藥學雜誌,1993,28(11):653.
[22] 畢書增,顏於宏,金紹忠,等.下丘腦-垂體-睾丸係統調節麝香分泌和提高麝香產量的初步研究[J].中藥材科技,1980(4):18.
[23] 汪建隆,黃新民,朱定軒.促性腺激素對林麝泌香的影響[J].獸類學報,1981,2(1):105.
[24] 洪沂生,李複東,鄧文明,等.麝泌香與雄性激素的關係[J].中藥材科技,1981(1):19.
[25] 洪沂生,李複東,鄧文明,等.用雄性激素誘導麝泌香對增產麝香的意義[J].中藥材科技,1981(2):11.
[26] 洪沂生,李複東,鄧文明,等.用雄性激素誘雄麝泌香在生產上應用的探討[J].中藥材科技,1981(3):16.
[27] 汪建隆,黃興湖,楊昌金,等.促黃體生成素釋放激素類似物對林麝泌香的影響[J].特產研究,1986(4):1.
[28] 尹淑媛,戴衛國.雄激素生理誘導雄麝第二次泌香中試實驗研究[J].成都科技大學學報,1990(54): 29.
[29] 白康,任戰軍,王永奇,等.林麝泌香期性激素變化及其與泌香量的關係[J].中國獸醫學報,2013,33(6):956.
[30] 鄒方東.林麝細胞遺傳學及分子標記微衛星的研究[D].成都:四川大學,2005.
[31] 張述超,嶽碧鬆,鄒方東.林麝微衛星座位的分離與鑒定[J].動物學研究,2007,28(1):24.
[32] 彭紅元,陳偉才,嶽碧鬆,等.麝屬分子係統進化地位的再分析[J].四川動物,2011,30(4):530.
[33] Huang J,Li Y Z,Li P,et al.Genetic quality of the Miyaluo captive forest musk deer(Moschus berezovskii)population as assessed by microsatellite loci[J].Biochem Systemat Ecol,2013, 47: 25.
[34] 陳軒.林麝AFLP的多態性研究及產麝性能的標記分析[D].杭州:浙江大學,2007.
[35] 趙莎莎.圈養林麝遺傳多樣性及泌香性能關聯標記的分析研究[D].杭州:浙江大學,2009.
[36] 鄒方東,張義正,楊楠,等.林麝、馬麝及梅花鹿活化素基因βA亞基成熟肽序列的克隆和分析[J].動物學雜誌,2004,39(3):22.
[37] 王勤,張修月,王中凱,等.林麝促卵泡激素和促黃體激素基因的克隆及其序列分析[J].四川動物,2012,31(1):77.
[38] 尹淑媛,戴衛國,王樹炳,等.外源性雄激素連續三年生理誘導雄麝二次泌香的研究[J].成都科技大學學報,1990(5):41.
[39] 白康.林麝雄性激素受體多態性和性激素水平與其泌香量關係的研究[D].楊淩:西北農林科技大學,2012.
[40] 張義正,鄧正已,李正昌.林麝的馴化及異地移養[J].中藥材,1985(2):14.
[41] 鄧鳳鳴.林麝的馴化與控製放牧[J].野生動物,1986(4):35.
[42] 胡周強,封孝蘭.林麝幼仔集群習性培育試驗初報[J].特產研究,2009(3):5.
[43] Bruford M W, Bradlley D G, Luikart G. DNA markers reveal the complexity of livestock domestication[J]. Nat Rev Genet, 2003, 4: 900.
[44] Zeder M A, Emshwiller E, Smith B D, et al. Documenting domestication: the intersection of genetics and archaeology[J]. Trends Genet, 2006, 22: 139.
Research progress on musk secretion mechanism of forest musk deer
JIE Hang, FENG Xiao-lan, ZHAO Gui-jun, ZENG De-jun, ZHANG Cheng-lu, CHEN Qiang*
(Chongqing Institute of Medicinal Plant Cultivation, Chongqing 408435, China)
[Abstract] Forest musk deer (Moschus berezovskii), a rare wild medicinal animal, is listed under the category of the state key protected wildlife list of China. Musk, secreted by the musk glands, is with high economic and medicinal value and used as precious traditional medicine in China. In order to meet the needs of musk in Chinese traditional medicine, forest musk deer farming was conducted in 1950s, but the research progress on musk secretion mechanism was slow. Therefore, by reviewing the histological and anatomical structure of forest musk deer musk gland, the relationship between sex hormones and the musk secretion process, and the molecular mechanism of the musk secretion, the existing problems in investigating the musk secretion mechanism were analyzed and the development trends in this field were also discussed, in order to provide a reference for further studies on the musk secretion mechanism and improve musk production of forest musk deer.
[Key words] forest musk deer; cultivation; musk secretion mechanism
doi:10.4268/cjcmm20142309
[責任編輯 丁廣治]