本?案是由
Maksim
從
en.wikipedia
轉移到維基共享資源。
原始描述頁面位於
這裡
。下列使用者名稱均來自en.wikipedia。
摘要
Synthetic chemist Julie Perkins works to link two molecules, each of which binds to two protein binding sites. The new molecule will bind more strongly and securely to a specific toxin protein than the individual molecules can.
Lawrence Livermore National Laboratory photo,
http://www.llnl.gov/pao/news/news_releases/2005/images/Perkins289x232s.jpg
from:
http://www.llnl.gov/pao/news/news_releases/2005/SF-05-03-02.html
?可??
Public domain
Public domain
false
false
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https://creativecommons.org/publicdomain/mark/1.0/
PDM
Creative Commons Public Domain Mark 1.0
false
false
date/time
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username
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edit summary
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15:18, 18 January 2006
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en:User:Nrcprm2026
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(<span class="autocomment"><a href="/wiki/Image:Julie_Perkins_at_LLNL.jpg#Summary" title="Image:Julie Perkins at LLNL.jpg">→</a>Summary -</span> source text page)
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15:16, 18 January 2006
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en:User:Nrcprm2026
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(Synthetic chemist Julie Perkins works to link two molecules, each of which binds to two protein binding sites. The new molecule will bind more strongly and securely to a specific toxin protein than the individual molecules can. Lawrence Livermore Nation)
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原始上?日志
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- (del) (cur) 15:16, 18 January 2006 . .
en:User:Nrcprm2026
Nrcprm2026 (
en:User_talk:Nrcprm2026
Talk) . . 289x232 (26430 bytes) (Synthetic chemist Julie Perkins works to link two molecules, each of which binds to two protein binding sites. The new molecule will bind more strongly and securely to a specific toxin protein than the individual molecules can. Lawrence Livermore Nation)