As a scientist, I appreciate the detail of this work and the multiple adhesive mechanisms that biology evolved. As a homeowner, I must now come to terms with the ivy pads that with ALWAYS be on the siding. https://t.co/ApIqU56QUQ
This paper explains how this process occurs https://t.co/aMg3RWC0oV #holidaybotany
Nanospherical arabinogalactan proteins key 2 high-strength adhesive secreted by English ivy https://t.co/K53jZtvAZN https://t.co/W6nNyhYMps
RT @NaturePlants: How can the English Ivy bind so strongly to walls? Nanospherical glycoproteins ! https://t.co/cbXiyyQMNZ @PNASNews
Could a plant be a natural adhesive- Nanospherical arabinogalactan proteins are a key component of the high-strength…https://t.co/XPtUieC8jL
How can the English Ivy bind so strongly to walls? Nanospherical glycoproteins ! https://t.co/cbXiyyQMNZ @PNASNews
つる性植物のヘデラ、よじ登りに使う粘着剤は糖タンパク質とな。こういう、一芸に秀でた生物の一芸遺伝子発見!みたいな仕事はとても好きだ。最高のロマンを感じる。 https://t.co/6pAex6LXxb
Pubmed Nanospherical arabinogalactan proteins are a key component of the high-strength adhesive secreted by English… https://t.co/OYxP1rNQ3w
RT @markahubbard: Nanospherical AGproteins...component of the high-strength adhesive secreted by English ivy https://t.co/yXUalxxnZF https:…
Nanospherical AGproteins...component of the high-strength adhesive secreted by English ivy https://t.co/yXUalxxnZF https://t.co/1SNglPOAqg
RT @plantsciences: Nanoballs of sugar-coated proteins give English ivy one of nature’s strongest glues https://t.co/TO11FWPnvc
Nanoballs of sugar-coated proteins give English ivy one of nature’s strongest glues https://t.co/TO11FWPnvc