Evolutionary Screening of Biomimetic Coatings for Selective Detection of Explosives. Jaworski, J. W., Raorane, D., Huh, J. H., Majumdar, A., & Lee, S. Langmuir, 24:4938-4943, May 1, 2008, 2008.
Paper abstract bibtex Susceptibility of chemical sensors to false positive signals remains a common drawback due to insufficient sensor coating selectivity. By mimicking biology, we have demonstrated the use of sequence-specific biopolymers to generate highly selective receptors for trinitrotoluene and 2,4-dinitrotoluene. Using mutational analysis, we show that the identified binding peptides recognize the target substrate through multivalent binding with key side chain amino acid elements. Additionally, our peptide-based receptors embedded in a hydrogel show selective binding to target molecules in the gas phase. These experiments demonstrate the technique of receptor screening in liquid to be translated to selective gas-phase target binding, potentially impacting the design of a new class of sensor coatings.
@article {565,
title = {Evolutionary Screening of Biomimetic Coatings for Selective Detection of Explosives},
journal = {Langmuir},
volume = {24},
year = {2008},
month = {May 1, 2008},
pages = {4938-4943},
abstract = {Susceptibility of chemical sensors to false positive signals remains a common drawback due to insufficient sensor coating selectivity. By mimicking biology, we have demonstrated the use of sequence-specific biopolymers to generate highly selective receptors for trinitrotoluene and 2,4-dinitrotoluene. Using mutational analysis, we show that the identified binding peptides recognize the target substrate through multivalent binding with key side chain amino acid elements. Additionally, our peptide-based receptors embedded in a hydrogel show selective binding to target molecules in the gas phase. These experiments demonstrate the technique of receptor screening in liquid to be translated to selective gas-phase target binding, potentially impacting the design of a new class of sensor coatings.},
isbn = {0743-7463},
url = {http://dx.doi.org/10.1021/la7035289},
author = {Jaworski, Justyn W. and Raorane, Digvijay and Huh, Jin H. and Majumdar, Arunava and Lee, Seung-Wuk}
}
Downloads: 0
{"_id":"nuw9gfL4MrvoSdTKL","bibbaseid":"jaworski-raorane-huh-majumdar-lee-evolutionaryscreeningofbiomimeticcoatingsforselectivedetectionofexplosives-2008","authorIDs":["37qgWpc3YZPf49ju3","3ojJB8g4vtk6SdQ9y","3uwbq7EYM6EDr8JuX","4MKwCG2wkEuepEJLt","4XGa6vMnXTgzDJ9f9","4atCiuSto3dDWYgPj","4zNf54DypDJyCJR5f","5chMBQz3LEj8D86Kf","5d073169deae75da01000078","5de71ecb97054edf01000030","5de80e5a9b61e8de010001e4","5deb395629c0bddf0100007d","5df00b45e128adde0100009b","5df10f8c092ae5df01000159","5df1e67378da84de01000035","5df3c74b580920de010000b2","5df6d2c4da9d91de0100001f","5df7bc0892a8e4df01000090","5df863d7b99bcff301000053","5df950fcccc001de01000149","5dfc03ccb371afde0100006f","5dfe4fc7bfbabdde0100002b","5dfe892026fad1de01000041","5e0763fa764d8ede010000c9","5e094baa72022bde0100001e","5e09adcb2203dedf010000cb","5e11033ad6a01ede0100004c","5e115a60b59632f201000070","5e122168440202de01000099","5e139118a212e1de01000148","5e15525bedfb1ede01000151","5e16505e28f1c0de0100034f","5e181ef309f388df0100001e","5e19291eeaca22df0100002a","5e1a30dc3a430ede01000001","5e1d085c633f2ade01000159","5e1f4d839ddd0fde0100013c","5e23b3c179cb6df201000065","5e2442182fd95cde01000088","5e2548c0561b8fde010000e8","5e2607322368a7de01000152","5e265469b1a9eede01000078","5e27b35728f7a6de01000150","5e28d535a3df5bdf0100006d","5e2a08e62d6a3dde01000064","5e2b708c6f2b8ade01000006","5e2f625626e5cadf01000361","5e303cca46a666df010001da","5e30d89f5f9c1cf20100003a","5e31face7c8d24df010000f5","5e31fddd7c8d24df0100012e","5e33edcad41331de0100006c","5e34ea885978bef201000034","5e351b8389e3d9de01000001","5e354679ba591ddf0100007a","5e369bb685a47ade01000086","5e378560ac7fe8de01000175","5e3900acdc5b8ade0100008c","5e3c4ad3c798e0de0100009f","5e3cecaead8243de01000035","5e3d2813c405ecde0100006a","5e3f57c9cd8fe2de0100003b","5e44ec50ab9cedde01000117","5e458eda86f11cdf0100017a","5e46b17e8573d1de01000024","5e4dd36a682c99de01000190","5e4eda0d2962cadf010000a6","5e5364bb45815bf2010000a5","5e5481e97f0f44de01000123","5e5576ece11ab9df010000b4","5e583e3a1f3fc8de0100015a","5e5e7c1114f49fde01000135","5e5efad16ee7bddf0100004e","5e5fd4956b32b0f2010001dd","5e6027e8c064fcde010002d4","5e6054434a1c7edf0100009e","5e60702c9119f0de0100007c","5e619db4efeceddf01000027","5e647d05e89ef4df01000036","5e6568cede41b9df010000f0","5h6YC6S267BRwXhop","7Lb4XqW3PSbztmSeu","86BxcmYoJQhmbergs","8f6Bxqni7i5MZXM4N","8ieu2inBQDq8jcBMe","8jNvrrfiSYu6LuZbB","9FJ9huS2grtZogsgN","AXy5vzpAEtJnqdJFE","Au3GxbiZMDzWbPeyR","BGzcuFvhkDYBdNrpk","BQiDwvMpDbqnopy6n","CCx2887rDLT4cqMw2","CRwjcrc2yEvG3wDSu","CpWwizyTT2QpaeJ7k","DKxkR9QZG2hA7KpMu","DW4i6qfv6Rw4wPpqL","DWgMztjsbZhAwtEBh","DYWt9GBEjjkR2dTdF","GxHnf4hHWvaneTMKt","H4gXzcXzkAhm35AJQ","JPPJ7cuCvHxcpfcp7","JXQh6Mcn8sevCMk9w","JbkJootAvMhqesS6i","JdHTsPjzmTgLuFdvu","JdJWnWenKLYpE6tnu","LAXo29acGx8tpwM8e","NNdsGtbpbDS84jeYa","NoeipShu6xu8u7WFd","PHGcc6GQWRyfCqkfQ","PJJe6qxrfTuPBWjF6","PYMoMJE9b989kp3vr","PuZMxN5c6woRrHi36","QGh98r2xBWkBaB4ig","RMzFFjJjfLpXeBKs6","Rtg33G6bsJQ7csJy4","SHfaXZGaBvAcSym5r","WirdbqBwMPhi7iTrN","XMtrchbWB3SCzL5mK","XSu26RmGxvKikmyx6","XfwkQ4fdQzNTm99ef","XygspmyK6vs4cPGFZ","ZD3uQGK9YBr7drsvF","aSPQKGGgja62yefet","apT8LidQ4Rbv3gKeP","bGwcwjZNZJBCThWdu","bYJDmYug5v7jrvBjQ","bsyoboWG58hR6Gh7X","bvoEXp8yaufkxsJMk","cmLSpZE7W5m9AioBd","dYGE8WDp6ikDMXExL","dcpr8khTSvzCusQyM","drQEhLPPPkeSD6MR4","eEtmJvac4xysn7sEt","ehbxgaP9WiDKLFnAZ","gtQw7A2MkarT25TgK","hHM2vZoNxXFYcwW4i","hm3MWBmtb6P8ArTJp","i7wsAXGKDgGzgqvQD","iEAYkWfagFgzxcrGL","iHuuWmKpcBGKNY4HD","icyisHmb9r976SRvq","ipY795MCJBrn8xDsX","jN3r9hWJHAatTneNp","jtrs272pMMuZMGdiB","kTiS2KpF8z3xRu3Am","khiyoPxS6DK3G6aqk","m6Ma68Bz3HrDrWBvs","mjQ6Q4RGGednmQo3n","nRyfYbDnt4EYZ2Lw8","nujSWjvACankAg2K9","o2JeMHv4yqmR3k3AE","o5psiJBFZEWF3wBdA","oMLgX2izkpAPQQjsw","pCE7k4dJyGyHTAZem","pYmuyXxzuGfMy5PKA","rv2GeYRrsp4HdjKAn","sCciEPHWQTxcZtcfF","shzSXzCXRzPr4JkYw","tdArgato4LpMStkvW","tfYkerDEQ7zjGDeYs","tmpNNeo8iR4jnE7kq","tzQLNAZ9X3ZxtWspd","ueEbuhuq4hNT6jc39","upmw27FAxKczAuRk9","v4Tg2c84pqZqscjon","vGyywTpR2Yavs47mY","vbhPdZ47rsdqhLBMR","w5MNqoBXeuzfwDXQJ","wWGXPL9DahvaW828a","yQLZLF9cYFJYjB9HD","yqN3r47MG8BNAQKZa"],"author_short":["Jaworski, J. W.","Raorane, D.","Huh, J. H.","Majumdar, A.","Lee, S."],"bibdata":{"bibtype":"article","type":"article","title":"Evolutionary Screening of Biomimetic Coatings for Selective Detection of Explosives","journal":"Langmuir","volume":"24","year":"2008","month":"May 1, 2008","pages":"4938-4943","abstract":"Susceptibility of chemical sensors to false positive signals remains a common drawback due to insufficient sensor coating selectivity. By mimicking biology, we have demonstrated the use of sequence-specific biopolymers to generate highly selective receptors for trinitrotoluene and 2,4-dinitrotoluene. Using mutational analysis, we show that the identified binding peptides recognize the target substrate through multivalent binding with key side chain amino acid elements. Additionally, our peptide-based receptors embedded in a hydrogel show selective binding to target molecules in the gas phase. These experiments demonstrate the technique of receptor screening in liquid to be translated to selective gas-phase target binding, potentially impacting the design of a new class of sensor coatings.","isbn":"0743-7463","url":"http://dx.doi.org/10.1021/la7035289","author":[{"propositions":[],"lastnames":["Jaworski"],"firstnames":["Justyn","W."],"suffixes":[]},{"propositions":[],"lastnames":["Raorane"],"firstnames":["Digvijay"],"suffixes":[]},{"propositions":[],"lastnames":["Huh"],"firstnames":["Jin","H."],"suffixes":[]},{"propositions":[],"lastnames":["Majumdar"],"firstnames":["Arunava"],"suffixes":[]},{"propositions":[],"lastnames":["Lee"],"firstnames":["Seung-Wuk"],"suffixes":[]}],"bibtex":"@article {565,\n\ttitle = {Evolutionary Screening of Biomimetic Coatings for Selective Detection of Explosives},\n\tjournal = {Langmuir},\n\tvolume = {24},\n\tyear = {2008},\n\tmonth = {May 1, 2008},\n\tpages = {4938-4943},\n\tabstract = {Susceptibility of chemical sensors to false positive signals remains a common drawback due to insufficient sensor coating selectivity. By mimicking biology, we have demonstrated the use of sequence-specific biopolymers to generate highly selective receptors for trinitrotoluene and 2,4-dinitrotoluene. Using mutational analysis, we show that the identified binding peptides recognize the target substrate through multivalent binding with key side chain amino acid elements. Additionally, our peptide-based receptors embedded in a hydrogel show selective binding to target molecules in the gas phase. These experiments demonstrate the technique of receptor screening in liquid to be translated to selective gas-phase target binding, potentially impacting the design of a new class of sensor coatings.},\n\tisbn = {0743-7463},\n\turl = {http://dx.doi.org/10.1021/la7035289},\n\tauthor = {Jaworski, Justyn W. and Raorane, Digvijay and Huh, Jin H. and Majumdar, Arunava and Lee, Seung-Wuk}\n}\n","author_short":["Jaworski, J. W.","Raorane, D.","Huh, J. H.","Majumdar, A.","Lee, S."],"key":"565","id":"565","bibbaseid":"jaworski-raorane-huh-majumdar-lee-evolutionaryscreeningofbiomimeticcoatingsforselectivedetectionofexplosives-2008","role":"author","urls":{"Paper":"http://dx.doi.org/10.1021/la7035289"},"metadata":{"authorlinks":{"majumdar, a":"https://web.stanford.edu/group/magiclab/publications.html"}},"downloads":0,"html":""},"bibtype":"article","biburl":"https://web.stanford.edu/group/magiclab/Biblio-Bibtex.bib","creationDate":"2019-06-17T06:21:29.555Z","downloads":0,"keywords":[],"search_terms":["evolutionary","screening","biomimetic","coatings","selective","detection","explosives","jaworski","raorane","huh","majumdar","lee"],"title":"Evolutionary Screening of Biomimetic Coatings for Selective Detection of Explosives","year":2008,"dataSources":["gdJGyArc3xb5ekC5e","fmwcugs5KZsQWukEh"]}