毛形科 的英文怎麼說

There are many adaptive changes in the two research subjects ( artemisia. songarica schrenk. and seriphidium. santolinum ( schrenk ) polijak. ) in morphology and anatomy, such as with the increase of the daily age, the root - shoots ratio increased ; the root became stronger ; the ratio of leaf volume and leaf area increased ; the volume of epidermic cell decreased ; the cut - icle and phellem layer on the surface of root thickened. stoma caved in leaf ; epidermal hair of leaf and stem well - developed, palisde tissue developed well, the cell gap decreased ; the spongy tissue disappeared ; leaf is kinds of isolateralthat is the typical xeromorphic structure ; crystal cell and fibric cell increased ; conducting tissue and mechanical tissue developed well ; bundle sheath appeared

實驗研究的兩種菊科（ compositae ）植物（準噶爾沙蒿（ artemisiasongaricaschrenk ）和沙漠絹蒿（ seriphidiumsantolinum （ schrenk ） poljak . ） ） ，形態解剖方面的變化表現為：隨日齡增加，根長/株高比值日益增大；根系逐漸發達；體積與葉面積比逐漸增大；表皮細胞體積變小；角質層增厚；根外部出現加厚的木栓層；氣孔下陷；葉、莖部的表皮毛密布，柵欄組織日益發達；而細胞間隙日漸變小；海綿組織逐漸消失；葉面結構常為典型旱生結構? ?等葉面；晶細胞及纖維細胞數目增多；輸導組織、機械組織日漸發達；具有維管束鞘等等。

We trial - produced knitting with high velour yarn, silk yarn, mixed camel and sheep spinning, and formed main product is rabbit fur and wool mixed spinning, the technology research and manufacture base of knitting and spinning with manifold accessorial zoic fibre

相繼試製成功針織用高支絲絨紗、絲毛紗、駝羊毛混紡紗，形成了以兔、羊毛混紡為主，多種動物纖維為輔助的化針織用紗的科研、生產基地。

A review on classification and the species " distribution of the three families of spiders in china are also presented in the paper. scanning electroscopy is used for study of the morphology of silk spigots and trichobothrial base in 32 species

本文較詳細地介紹了三科的研究概況、形態特徵和地理分佈概況，首次利用掃描電鏡對10屬32種蜘蛛紡器的紡管和聽毛窩的細微結構進行觀察。

In this report, we mainly covered the following aspects of " tissue organ regeneration and replication in situ " : 1 ) procedures of tissue organd regeneration and replication and replication in clnical practice ; 2 ) the discover and existence of potentiald regenerative cell ( prc ) ; 3 ) the proliferation, differentiation and regeneration law of potential law of potential regenerative cells ; 4 ) study procedure on tissue organ regeneration and replication from prcs in vitro based on the model of full skin organ regeneration in situ after extensive in vitro, set up the method and technology of searching life regenerative substance required in tissue organ regeneration and replication in situ. in this study, first, the whole human body is divided into 206 function units, which are the " tissue organ " in regeneration study. then the histology foundation of tissue organ regeneration and replication in situ is set up. in ordre to prove the existence of the potential regenerative cells and their potential baility and function, we established clinical tracking rechnique of skin organ regeneration in situ ; meanwhile, several tissue organ regeneration and replication in vitro models which represent different kinds of runctions were sucessfully set up, with all these techniques and models, we confirmed : 1 ) the existence, function and ability of pptemtoa regenerative cells ; 2 ) the importance of life regenerative substance ; 3 ) the feasibility of tissue organ regeneration and replication in situ ; 4 ) the big value of tissue organ regeneration and replication in situ in life science and medicine progerss. we also showed the possible foreground of capture cancer with this method and technologh. in this report, nearly 200 photographs of several tissue organ regeneration and replication in situ or in vitro demonstrated the whole process of tissue organ and big organ entities regeneration and replication from cells. the results of tissue organ regeneration and replication in situ mainly include : 1 ) whole skin organ regeneration and replication in situ ; 2 ) gastrointestinal mucosa tissue organ regeneration in vitro ; 3 ) hair follicle tissue organ regeneration in situ or in vitro ; 4 ) never tissue organ regeneration in situ ; 5 ) pancreas tissue organ regeneration and replication in vitro ; 5 ) marrow tissue regeneration in vitro ; 6 ) renal glomerulus and tubule tissue organ tugeneraation in vitro ; 7 ) heart muscle regeneration in vitro, etcl. in order to let more and more people know and understand this technology of tissue organd regeneration and replication in situ, herein, for the first time, we publicize the key points of actualizing this technology. also, we publicized the technology procedures and the frame constitute of life substances. we bilieve this is a big contribution to human science

本研究報告，重點報道了組織器官的原位再生復制的臨床程序，報道了組織潛能再生細胞的發現和存在，以及該細胞的增殖分化和形成組織器官的變化規律.以燒傷后皮膚組織器官的原位再生復制為模型，研究出了體外組織潛能再生細胞復制組織器官的培養方法;以體外組織器官的復制為模型，建立了尋找原位組織器官再生復制所需生命物質的方法和技術.本研究，首先按人體的器官功能，分解為206個功能單位，確立了所復制的人體器官中的組織功能單位為組織器官，從而建立了原位組織器官再生復制的組織學基礎.為了驗證組織潛能再生細胞的再生潛能，建立了皮膚器官原位再生的實體臨床跟蹤技術，同時又建立了能代表有關器官功能類別的代表組織器官的原位和體外復制模型，以多組織器官的成功復制確定潛能再生細胞的作用，確定生命研究再生物質的重要性，確定組織器官原位再生復制的可行性，確定了組織器官原位再生復制的生命科學研究和醫學進步的重大應用價值，同時展示了用此方法和技術攻克癌癥的前景.本研究報告，以近二百幅多個組織器官原位和體外再生復制的實體圖片，展示了潛能再生細胞復制的組織器官和大器官司實體;展示了細胞再生復制器官的全過程.真實的報告了組織器官原位再生復制的成果.所公布的主要成果為:皮膚器官的原位再生復制;胃腸黏膜組織器官的原位和體外再生復制;毛囊組織器官的原位和體外再生復制;神經組織器官的原位復制;胰腺組織器官的體外復制;骨髓組織的體外復制;腎小球小管組織器官的體外復制;心肌的體外復制等.為了讓更多的人學會和掌握組織器官原位再生復制技術，本報告首次公布實施技術的重要環節和技術流程;首次公布了生命再生物質的框架和組成.作者自費研究成果對人類生命科學的一大貢獻

The gesneriads are so variable in foliage, texture, growth, and flowering habits that one would have to be a specialist to realize mat all were member of the same plant group

該科植物多具有披滿絨毛的葉片，整株植物外形多為座蓮狀，具有顏色鮮艷的管狀或鈴狀花。各種苦苣苔常具有獨特的開花習性。

Using the calculation method of the tolerance value provided by lenat ( 1993 ), eighty - one tolerance values of macro - invertebrate taxa were acquired. among them, two genera in 2 families in coleoptera, 2 genera inl family in megaloptera, 14 genera in 7 families in ephemeroptera, 2 genera in 2 families in plecoptera, 6 genera in 5 familes in trichoptera, 1 geneus and 3 families in odonata, 12 genera and 3 sub - families in 3 families in diptera, 5 species in 2 genera in mollusca, 4 species in 1 genus in annipula and others 1 geneus

其中，依據lenat計算耐污值的方法，確定了81個分類單元的耐污值，包括鞘翅目3科2屬，廣翅目1科2屬，蚌游目7科14屬，精翅目2科2屬，毛翅目6科7屬，靖蜒目3科1屬， t翅目3科3亞科12屬，軟體動物2屬5種，環節動物1屬4種，扁形動物1屬。

Mallgrave, harry francis, and eleftherios ikonomou. empathy, form and space : problems in german aesthetics, 1873 - 1893. santa monica, ca : getty center for the history of art and the humanities, 1994

16哈里法蘭西斯毛格瑞和艾里弗特里歐斯伊肯歐姆。 《移情、形式和空間德國美學的問題， 1873 - 1893 》 。聖摩尼卡，加利福尼亞州蓋提藝術史和人文科學研究中心出版， 1994 。

They are harmful to agricultural plant. in the taxonomic study of aphidiodea insects, there are some questions about them. in order to clarify the arguments for the phylogenetic relationships of aphidinea insects, we determined a partial ( hoobp ) sequence of the 18s ribosomal dna for 13 aphid species ( 4 subfamilies, 6 families ) at the first time

例如，刺蚜亞科cervaphidinae屬于毛管蚜科greenideidae還屬于群蚜科thelaxidae ；粉毛蚜亞科pterocommatinae目前暫放在蚜科aphididae內，但無論從形態學還是生物學、寄主植物等方面該亞科與毛蚜科chaitophoridae有許多相似之處

Wool jet print rug is our another new item, it is a unique and innovation style product of perfect combination of high technology and very traditional technique

羊毛采印地毯是由我公司最新研發的新品，將最先進的科學技術與極其古老的傳統工藝融合在一起，形成獨特新穎的風格。

But there is ambiguously taxonomic position between chaitophoridae and aphidinae. the genetic distance of aphididae and macrosiphinae in aphididae is more diverged than that of between chaitophoridae and aphididae. the 600bp - 1700bp region of issrdna gene maybe unsuitable to aphididae, it includes a helix e21

1數據分析軟體中構建的upgma 、 nj 、 me和mp分子系統樹一致支持群蚜科和毛管蚜科形成一單系群，這二者相聚后與刺蚜亞科互為姐妹群。

Ophthalmologists also follow up the growth of hair residue of patients in combination of evaluation of psychiatric evaluation

同時眼科方面也能進一步追蹤斷裂睫毛的生長情形，來評估心理科治療的成效，如此才能讓家屬及病患本身得到最好的照顧。