骨骼蛋白 的英文怎麼說

中文拼音 [gǔgédànbái]
骨骼蛋白 英文
skeletin
  • 骨 : 骨名詞1 （骨頭） bone2 （物體內部的支架） framework; skeleton 3 （品質; 氣概） character; spirit ...
  • 蛋 : 名詞1. （鳥類或龜、蛇類所產的卵） egg 2. （像蛋形的東西） an egg-shaped thing 3. （辱罵之詞）
  • 白 : Ⅰ形容詞1 （似雪的顏色） white 2 （清楚; 明白; 弄明白） clear 3 （空的; 沒加他物的） pure; clear; ...
  • 骨骼 : skeleton; ossature
  • 蛋白 : 1. （卵中透明的膠狀物質） egg white; albumen; gary2. [生物化學] （蛋白質） protein
  1. Rich in calcium, protein, vitamin d and vitamin b complex, best for teeth and bones

    含豐富鈣質、蛋白質、維生素d及多種維生素b ，保持牙齒及骨骼健康
  2. Dairy products are rich in calcium, protein, vitamin d and b complex. they help to keep bones and teeth healthy and can prevent osteoporosis

    奶品類食物含豐富鈣質，蛋白質，維他命d及多種維他命b ，保持牙齒及骨骼健康，有助預防骨質疏鬆癥。
  3. High quality animal protein and appropriate calcium letting the dog skeleton more strong, the muscle more beefy

    高品質的動物性蛋白質和適量的鈣質，使愛犬骨骼健壯、肌肉結實，保持良好的體態。
  4. One of the first series of controlled laboratory studies providing translational evidence for a molecular reason to maintain high levels of daily low - intensity and intermittent activity came from examinations of the cellular regulation of skeletal muscle lipoprotein lipase ( a protein important for controlling plasma triglyceride catabolism, hdl - c, and other metabolic risk factors )

    最初的一系列對照性實驗室研究提供了一些來自於骨骼肌脂蛋白脂肪酶翻譯水平的證據，從分子機制解釋了每日低強度和間歇性運動的細胞調節機制。
  5. Researchers from the university of cambridge, the animal health trust in newmarket, and the bam federal institute of materials research and testing, berlin, have discovered that the characteristic toughness and stiffness of bone is predominantly due to the presence of specialized sugars, not proteins, as had been previous believed

    來自劍橋大學、紐馬克特動物健康信託投資基金和柏林德國聯邦材料研究與測試研究所的研究人員發現，骨骼的韌性和剛度主要取決于特定的糖類成分，而非以前認為的蛋白類成分。
  6. Nogo - 66 receptor, ngr, cloned in 2001, is a leucine - rich - repeat glycophosphatidylinositol - anchored membrane protein which mediates nogo - 66 inhibition of axonal outgrowth. both the long acidic amino - terminal domain and the nogo - 66 fragment have strong neurite growth inhibitory activity suggest that nogo - a has at least two inhibitory domains. northern blot, in situ hybridization, western blot and immunocytochemistry analyses show that in addition to oligodendrocytes, nogo - a mrna and nogo - a protein are also expressed in neurons in developing and adult brain and spinal cord, nogo - a is also found in peripheral organs such as heart and testis

    Northernblot 、原位雜交、 westernblot和免疫組化結果證明： nogo amrna和nogo蛋白除了在cns的寡突膠質細胞中表達，還表達于發育階段和成年的腦、脊髓和外周神經節的某些神經元中，在外周組織如睪丸和心臟也有表達； nogoe在cns和pns以及多種外周組織中有廣泛分佈； nogo （除表達于腦和心臟外，在骨骼肌中有較高表達。
  7. 1. because the taxonomic division is rather complex and has been much disputed and revised, in this part, we will review the classification and phylogeny of families, subfamilies and tribes of anseriformes based on morphology, ethology, osteology, mitochondrial and nuclear dna restriction fragment length polymorphism, single - copy nuclear dna hybridization and the sequences of mitochondrial gene analysis referring to the different definition, classification and phylogenetic relationships of the families, subfamilies and tribes of anseriformes. the controversial questions and deficiency in the systematic studies of anseriformes were pointed out

    具體包括以下幾個部分： 1 、針對雁形目鳥類異常復雜的分類狀況及分類上存在的爭議，根據雁形目鳥類的形態學、行為學、骨骼學、角蛋白、線粒體與核dna酶切片段長度多態、單拷貝核dna - dna雜交及線粒體基因dna序列分析等方面的研究，對雁形目鳥類分類中科、亞科和族的劃分及其相互間的系統發生關系進行綜述，分析系統學研究中存在的不足，提出了雁形目鳥類分類中急需解決的問題。
  8. Elevation of intracellular calcium ions may be partly induced by increased influx through sarcolemma l type - calcium channels. intracellular calcium elevation, on one hand, would activate calpain, a calcium - dependent cysteine protease that degrade the myofibrillar proteins and cause muscle atrophy ; on the other hand, result in activation of calcineurin which enhance the activity of mhc i promoter and inhibit a shift of mhc isoforms from slow to fast in soleus

    這樣，可能使得萎縮比目魚肌細胞內鈣離子水平升高，細胞內鈣離子靜息濃度的增加一方面激活calpain ，增加收縮蛋白的降解，使肌肉萎縮；草四軍醫大月卜祠成士學位論文另一方面通過激活鈣調神經磷酸酶，增加快型mhc基因的表達，使骨骼肌肌球蛋白重鏈（ mhc ）發生由慢型向快型的轉化。
  9. Research interest : skeletal development and the growth plate, extracellular matrix and cartilage tissue engineering, mechanical regulation of cartilage and bone, osteoarthritis and other joint degenerative diseases during aging

    研究方向：主要涉及骨骼發育和生長板，細胞外基質蛋白，軟骨組織工程，軟骨和骨骼的機械調控，骨關節炎和其它關節退行性疾病的機制研究。
  10. Human bone morphogenetic protein 3 is a member of tgf - b superfamily. lt can induce the differentiation of cartilage and bone tissue in mesenchymal cell. and is important to bone self - repairment and bone development during embryo morphogenesis. in addition, some other biological activities of hbmp - 3 have also been found. such as inducing development of embryo and stimulating differentiation of neural and blood cells. therefore, there is a great prospect in the use of hbmp - 3. there is trace content of hbmp - 3 in human body. it has been expressed in the expression system of eukaryotes and prokaryotes respectively, but its application is restricted because of defects in the process and modification after translation in prokaryotic cells and higher costs and lower yields existed in eukaryotic expression system

    人骨形成蛋白3 （ hbmp - 3 ）屬于tgf -超家族的一員，可以誘導間充質細胞分化為軟骨和骨，在胚胎時期骨骼發育和骨再生修復中起著重要的作用，而且對胚胎發育過程中中胚層的誘導和分化、造血組織的發育以及神經系統的發育和修復等都起著重要作用，因而hbmp - 3有廣闊的市場前景。它在人體內含量極微，盡管研究人員已經在原核細胞和真核細胞表達系統中分別進行了表達，但是由於原核表達系統缺乏翻譯后的加工修飾，真核表達系統存在成本高、產量低等特點，限制了其在臨床上的應用。
  11. For the identification of deer species with body parts like bone, skin, hair, muscle, visceral organ, antler, blood, embryo, and their various products, the traditional methods are not likely powerful enough to discriminate these involved samples. for establishing an effective identification methodology, keratin and mtdna polymorphisms were studied and taken as genetic markers of deer species. the methods established here were proved effective for any deer primary products

    對于鹿類動物骨骼、皮張、被毛、肌肉、內臟等組織、茸片、血液、胎兒及這些材料制備的各種產品的種屬鑒定，傳統的方法難以滿足識別鑒定的需要，本文針對這一問題，從角蛋白和dna水平上設計和建立了鹿類動物物種識別方法體系，幾乎可以用於任何鹿類初級產品的鑒別。
  12. Molecular structures of various materials of biological origin, including collagen, silk, bone, protein adhesives, gfp, self - assembling peptides

    不同生物材料的分子結構，包括膠原蛋白、絲蛋白、骨骼、蛋白質附著物、綠色螢光蛋白質、自組裝肽。
  13. At this moment the complaint only involves saddles for bicycles made in china and not those made in taiwan. " on 7 april the legally official notice setting the first deadline for all turnover records, accounts and commercial information from all bike saddle makers in china to arrive in two specified formats in english at the european commission s offices was set

    除了飲食方面須注意外，要留住骨本，也要同時注意體重不要過輕不要大量飲酒不要抽菸不要攝取過量的蛋白質飲食，並且須配合適度的運動，適度的曬太陽也才能讓鈣留存在骨骼中。
  14. Medical evidence has proved that bmps, a series of proteins found in the bone s organic matrix, can stimulate bone growth and can be of extensive and important use in bone surgery

    骨骼的組成百分之六十五至七十為礦物質，百分之三十至三十五為有機基質。醫學研究證實：有機基質中存在著多種蛋白質，可誘使骨骼形成或生長，總稱為bmps 。
  15. Skeletal muscular transformation in osteogenetic process of bone defect repaired with compound vascularized muscle flap with bone morphogenetic protein

    骨形態發生蛋白復合帶血供肌瓣修復骨缺損成骨過程中骨骼肌的轉歸
  16. Relationship of exercise - induced skeletal muscle damage and myocardial damage to troponin

    運動性骨骼肌和心肌損傷與肌鈣蛋白的關系
  17. Mmp1 is an enzyme that degrades collagen, a protein found in bone and cartilage

    Mmp1是一種可以降解膠原的酶，而膠原是一種存在於骨骼和軟骨的蛋白質。
  18. Milk products are rich in protein, calcium, and vitamin d. other calcium - rich foods include cheese, sesame, almonds, sardines, and so on. these foods are very important for the maintenance of the health of bones and teeth

    牛奶含有豐富的蛋白質、鈣質及維他命d ，其他含鈣質的食物包括芝士、芝麻、杏仁和沙甸魚等，對于保持骨骼及牙齒的健康有很大的幫助。
  19. Some studies suggest that too much protein heightens fracture risk, in part by causing calcium to leach from the bones

    有些研究顯示過多的蛋白質使骨折發生的危險性增加，部分原因是蛋白質過多會導致骨骼脫鈣。
  20. In 1965, dr. marshall urist of university of california at los angeles ( ucla ) discovered that he could promote new bone formation by demineralizing the bone and placing only the organic matrix part into the muscle of rats

    骨骼的有機基質中存在著多種可誘使成骨的蛋白質的研究始於1965年，美國加州大學洛杉磯分校（ ucla ）的dr
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