壁虎科 的英文怎麼說
中文拼音 [bìhǔkē]
壁虎科
英文
gecko-
According to the cladistic analysis, which has been introduced since the middle period of 20 century, eublepharidae was the most primiteve clade and gekkonidae was differentiated latest
20世紀中葉以後，在研究中引入了支序分析方法，提出幾種系統發生假說，觀點雖不盡一致，但一般認為瞼虎科最為原始，壁虎科分化較晚。( 3 ) the position ofcoleonyx as the sister group of the other genera, holodactylus and eublepharis is different from most of previous results ; ( 4 ) our results support the hypothesis that the early eladogenesis of the gekkota was associated with the split of eastern gondwanaland from western gondwanaland. divergences within living genera in the eublepharidae. and the eastern gondwana lineages ( diplodactylidae, pygopodidae and carphodactylidae ) may be older than those in the gekkonidae
Dpctylidae人（ 3 ） g金虎科三個屬之間的關系為（ oleol7n （ mlo由ctrlus十伽7郵ar d ） ，與此前大部分研究結果不同； k ）支持壁虎類蝴蝎早期分化與東、西岡瓦納古陸的分裂相關的假說，現存瞼虎科和東部岡瓦納分支（刺尾虎科、鱗腳虎科和基趾虎科）的分化時間可能較壁虎科為早。The most famous examples include the gorilla in 1847 ( and the mountain gorilla in 1902 ), the giant panda in 1869, the okapi ( a short - necked relative of the giraffe ) in 1901, the komodo dragon in 1912, the bonobo ( or pygmy chimpanzee ) in 1929, the megamouth shark in 1976 and the giant gecko in 1984
最著名的例子包括1847年的大猩猩（與1902年的山地大猩猩） 、 1869年的大貓熊、 1901年的歐卡皮鹿（長頸鹿的一種短頸親戚） 、 1912年的科莫多巨蜥、 1929年的巴諾布猿、 1976年的巨嘴鯊，以及1984年的巨型壁虎。( 2 ) the result from combind data sets of c - mos and 12s rrna gene sequences indicates sphaerodactylus has a close relationship to ptenopus and narudasia, but it is in the basal position of gekkonids based on c - mos data alone
（ 2 ） c n 。 os和12srrna合併數據的分析結果表明球趾虎與壁虎科的ptenopus和narudasia等有較近的親緣關系但單用c 。The aligned length of 378 base pair ( bp ) partial sequences was available for the c - mos dna. sequences of an additional 11 gekkotan genera retrieved from genbank were also used in the analysis. ( 1 ) gekkota as well as eublepharidae, gekkonidae, pygopodidae, pygopodinae, diplodactylini ( sensu kluge, 1987 ) are monophyletic ; ( 2 ) diplodactylinae and carphodactylini are not monophyletic, and we propose to recognize three families within the pygopodidae sensu kluge ( 1987 ) : pygopodidae, carphodactylidae and diplodactylidae
系統發生分析的結果提示： （ 1 ）壁虎類以及瞼虎科、壁虎科、鱗腳虎科、鱗腳虎亞科（ pygopodinae ）和刺尾虎族（ diplodactylini ） （ kluge ， 1987 ）各自都是單系的； （ 2 ）刺尾虎亞科（ diplodactylinae ）和藁趾虎族（ carphodactylini ）不是單系? ?的，建議將ki嗆e ）的鱗腳虎科改訂為以下三個科：鱗腳虎科（ pygopodidae ） ，鼓趾虎科（ carphodactylidae ）和刺尾虎科（ dipl 。Geckos possess extraordinary ability to move on both smooth and rough ground, walls and ceilings. it ’ s demonstrated by scientists that this special adhesion ability is arose by the van der walls interaction between the “ hairy ” system on the gecko foot and the contacted surface. if a similary synthetic “ hairy ” system is fabricated and applied on the robot foot, the robot ’ s capability will be greatly enhanced
壁虎在光滑或粗糙的地面、墻面和天花板上均能自如運動，科學家autumn等通過實驗驗證這種特殊的粘著能力是由壁虎腳底大量的細毛與物體表面分子之間產生的「范德華力」累計而成的。2. phylogenetic relationships of the gekkonid lizards the gekkonidae was the most heterogeneous and unwieldy of all gekkotan lizards
壁虎科晰間的系統發生關系壁虎科是壁虎類蝴蝎中種類最多、變異最大、系統發生關系最不清楚的一個科。The higher order status of the sphaerodactyls will require more intensive sampling of this group
S基因序列分析顯示它可能是壁虎科最原始的一支，該類群的系統發生地位需要增加樣本進一步研究。分享友人