小虫两套生殖器 安能辨我是雄雌

当一只雄性非洲蝙蝠虫Afrocimex constrictus（封2彩图Ⅵ）——一种吸食蝙蝠血液的寄生虫——想要交配时，它只要将自己尖利的雄性生殖器刺入雌性同伴的腹部即可，而根本无需考虑后者的感受。为了保护自身免受这种所谓外伤型授精的伤害，雌性蝙蝠虫进化出了一套特殊的生殖器。如今，一项新的研究表明，这些生殖器能够变化出2种形式——其中的一种甚至能够帮助雌蝙蝠虫化身为雄性。进化生物学家表示，这一发现将性别大战提升到了一个全新的境界。     

西藏蚤类二例生殖器官畸形

本报道西藏蚤类二例生殖器官畸形：(1)斯氏新蚤Neop sylla stettensi Rothsschild，1915雄性阉割畸形．(2)人蚤Pulex irritans Linnaeus，1758雌性受精囊畸形。     

裸腹小白巢蛾雌性记述(英文)

The female of Thecobathra partinuda Fan,Jin et Li,2008 is described for the first time,with illustration of the genitalia.A comparison is made between the females of this species and T.kappa(Moriuti,1963).     

Female Cone Development in Fokienia, Cupressus, Chamaecyparis and Juniperus （Cupressaceae）

The ontogeny and vascular systems of female cones of the Fokienia, Oupressus, Ohamaecyparis and Juniperus were investigated in detail using scanning electron microscopy (SEM) and conventional light microscopy. In the species examined, in the axils of the bracts, the first recognizable structure was a broad meristematic swelling, from which ovules developed. No ovuliferous scales developed during the ontogeny of the female cones. The number of ovules and ovule developing sequence displayed considerable variation in different species. However, development of the bracts was similar in all of the investigated species. Following pollination, the foliage-like bracts became peltate bract scales due to intercalary expansion, and global cones formed. In addition, the vascular system in the bract scales became intricate, and inverted vascular bundles emerged in the adaxial of the mature bracts. Based on these observations, a morphological interpretation and possible evolutionary trend of the Cupressaceae female reproductive structures was discussed.     

杆形柳氏蚤雌性的记述和雄性特征补充

对杆形柳氏蚤雌性首次进行了记述，并对雄性的一些形态特征进行了补充。标本保存于云南省流行病研究所。