
n. 噬菌體(phage 的複數)
These phages will each contain one single-stranded member of the phagemid library.
這些噬菌體将各自包含噬菌粒文庫的一個單鍊成員。
Neither are phages retroviruses.
噬菌體反轉錄病毒也是一樣。
These bacteria soon burst open, spilling out enzymes and new phages.
這些細菌很快就被脹爆,釋放酶和新的噬菌體。
New phages can develop by acquiring restriction enzymes from plasmids.
通過從質粒獲得的限制性酶,新的噬菌體能夠生長。
The normal versions of Dr Turner's phages are able to parasitise four types of bacteria.
特納博士所用的噬菌體能夠寄生于四種細菌中。
The specificity of phages combined with CTGF was identified by direct and indirect-ELISA.
用直接和間接ELISA方法檢測噬菌體陽性克隆與CTGF結合的特異性。
These lified phages again become lytic , establishing a new equilibrium in the population.
這些噬菌體重新溶解, 并在各菌群中建立了一個新的平衡。
Morphology of 8 strains of phages of Bacillus thuringiensis was examined with electronic microscopy.
借用電子顯微鏡,對分離得到的8株蘇雲金芽孢杆菌噬菌體進行了形态學研究。
Stained with PAS, red bo***s were observed in the cytoplasm of macro - phages and multinuclear giant ells.
經pas染色,巨噬細胞和多核巨細胞内可見pas陽性紅染小體。
It is the phages' ability to channel through bacterial cell membranes that boosts antibiotic effectiveness.
這是因為噬菌體能夠穿透細菌的細胞膜,從而增強抗生素的作用。
The viral DNA is injected through the tail into the host cell, where it directs the production of progeny phages.
該病毒DNA通過尾巴注入宿主細胞,在這裡指導後代噬菌體的産生。
Results 500?fold enrichments were observed by tittering phages in the cell lysate after five rounds of selection.
結果經過5輪篩選,細胞裂解液中洗脫出噬菌體效價有500倍以上增長;
Three pullulanase positive recombinant phages were obtained from this library using the amylopectin and pullulan plate.
酶切分析證明這三個重組噬菌體含有相同的酶切片段。
Bacteriophage lysins are lytic agents used by double-stranded DNA(dsDNA) phages to coordinate bacterial cell wall lysis.
噬菌體裂解酶是雙鍊DNA噬菌體所特有的細胞壁水解酶。
Phages are a special kind of virus because they only infect and kill bacteria. They don't infect humans or other animals.
噬菌體是一種特殊的病毒,它隻會感染和殺死細菌,不會感染人類或其它動物。
Both these are virulent phages, meaning that whenever a phage particle attacks a bacterial cell that cell is inevitably killed.
它們都是烈性噬菌體,也就是說這種病毒顆粒一旦侵襲細胞,細胞就必然死亡。
The competition between bacteria and phages is not only the result of their own selection pressure, but also the dynamics of their co-evolution.
細菌與噬菌體間的競争,不僅是自身選擇壓力的結果,也是彼此共進化的動力。
A small injection of phages into a water pipe, however, could clean an entire system, with the phages replicating themselves as they consume the biofilm.
然而,往管道内注入少量的噬菌體,就可以清理整個管道系統,因為噬菌體在消耗生物膜的同時可以自我複制。
So we think that if we could use these phages and how they stick to mucosal surfaces and potentially protect against some of these food-borne outbreaks.
因此我們認為,如果我們可以利用這些噬菌體以及它們如何粘附在黏膜表面,預防一些食源性疾病的爆發。
Typical phages have hollow heads that store their viral DNA and tunnel tails with tips that bind to specific molecules on the surface of their target bacteria.
典型的噬菌體有存儲它們病毒DNA的空心頭部和帶有尖端的隧道式尾巴,此尖端表面有它們的目标細菌的分子。
Phages(噬菌體)是感染細菌的病毒,其核心特征和相關信息如下:
如需進一步了解噬菌體的具體類型或應用案例,可參考上述來源的完整内容。
Phages(音标:feɪdʒ)是指噬菌體,是一種能夠感染和殺滅細菌的病毒,其大小約為細菌的1/10,形狀像一顆子彈。Phages是由分離自自然環境中的細菌或其他噬菌體中的病毒,并經過培養、篩選和純化而獲得的。
Phages可以作為治療細菌感染的一種替代方法,因為它們僅感染和殺滅特定的細菌,不會傷害人體正常細胞。Phages也可以用于控制細菌在食品、水和環境中的生長和繁殖。
近義詞:bacteriophage
反義詞:bacterium
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