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b'\\u30ca\\u30ce\\u30ec\\u30d9\\u30eb\\u306e\\u5206\\u5b50\\u69cb\\u9020\\u3092DNA\\u30b7\\u30fc\\u30b1\\u30f3\\u30b7\\u30f3\\u30b0\\u304b\\u3089\\u518d\\u69cb\\u6210\\u3059\\u308b\\u300cDNA Nanoscope\\u300d\\u3068\\u547c\\u3070\\u308c\\u308b\\u6280\\u8853\\u306b\\u3064\\u3044\\u3066\\u3001\\u539f\\u8457\\u8ad6\\u6587\\u3068\\u5206\\u91ce\\u306e\\u5468\\u8fba\\u3092\\u7d39\\u4ecb\\u3057\\u307e\\u3057\\u305f\\u3002

Show notes

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• A DNA nanoscope that identifies and precisely localizes over a hundred unique molecular features with nanometer accuracy. (BioRxiv 2020)\\u2026\\u4eca\\u56deSoh\\u304c\\u7d39\\u4ecb\\u3059\\u308b\\u8ad6\\u6587\\u306f\\u3053\\u308c\\u3002
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• \\u7814\\u30a8\\u30f3\\u306e\\u4ef2\\u2026\\u201c\\u7814\\u7a76\\u8005\\u3068\\u30a8\\u30f3\\u30b8\\u30cb\\u30a2\\u306e\\u30ab\\u30c3\\u30d7\\u30eb\\u304c\\u3001\\u69d8\\u3005\\u306a\\u8a71\\u984c\\u306b\\u3064\\u3044\\u3066\\u6642\\u306b\\u3086\\u308b\\u304f\\u6642\\u306b\\u767d\\u71b1\\u3057\\u305f\\u8b70\\u8ad6\\u3092\\u3059\\u308bPodcast\\u201d
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• \\u8ad6\\u7406\\u56de\\u8def (Wikipedia)
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• Peng Yen
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• Toehold switch (Wyss Institute)
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• \\u539f\\u5b50\\u9593\\u529b\\u9855\\u5fae\\u93e1/AFM (Wikipedia)\\u2026DNA Origami\\u306e\\u69cb\\u9020\\u3082AFM\\u306b\\u3088\\u308b\\u89b3\\u5bdf\\u304c\\u884c\\u308f\\u308c\\u3066\\u3044\\u308b\\u3002
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• Researchat.fm ep16\\u2026\\u5149\\u5b66\\u9855\\u5fae\\u93e1\\u3092\\u4f7f\\u308f\\u306a\\u3044\\u65b0\\u3057\\u3044\\u30a4\\u30e1\\u30fc\\u30b8\\u30f3\\u30b0\\u306e\\u65b9\\u6cd5DNA Microscopy\\u3084\\u67d3\\u8272\\u4f53\\u306e\\u69cb\\u9020\\u3092\\u89e3\\u6790\\u3059\\u308bHi-C\\u306b\\u3064\\u3044\\u3066\\u306fep16\\u3067\\u8a71\\u3057\\u307e\\u3057\\u305f\\u3002
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• Design and self-assembly of two-dimensional DNA crystals. (Nature 1988)\\u2026Seeman\\u306b\\u3088\\u308bDNA Nanotechnology\\u306e\\u5927\\u672c\\u306e\\u8ad6\\u6587\\u3002
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• Folding DNA to create nanoscale shapes and patterns. (Nature 2006)\\u2026Paul W. K. Rothemund\\u306b\\u3088\\u308bDNA Origami\\u306e\\u5143\\u8ad6\\u6587\\u3002
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• Primer Exchange Reaction\\u2026\\u3053\\u306e\\u30d3\\u30c7\\u30aa\\u306b\\u3088\\u308b\\u89e3\\u8aac\\u304c\\u3068\\u3066\\u3082\\u308f\\u304b\\u308a\\u6613\\u3044\\u3002
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• Programmable autonomous synthesis of single-stranded DNA. (Nature Chemistry 2018)\\u2026Primer Exchange Reaction\\u306e\\u5143\\u8ad6\\u6587\\u3002
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• A DNA nanoscope via auto-cycling proximity recording. (Nature Communications 2017)\\u2026Auto-cycling proximity recording\\u306e\\u5143\\u8ad6\\u6587\\u3002
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• Determination of bacteriophage lambda tail length by a protein ruler. (Nature 1987) \\u2026 \\u81ea\\u7136\\u754c\\u306b\\u304a\\u3051\\u308bmolecular ruler\\u306e\\u7814\\u7a76\\u3002\\u30d5\\u30a1\\u30fc\\u30b8 \\u306etail\\u306e\\u9577\\u3055\\u3068\\u305d\\u308c\\u3092\\u8abf\\u6574\\u3059\\u308b\\u30bf\\u30f3\\u30d1\\u30af\\u8cea\\u306b\\u95a2\\u3059\\u308b\\u8ad6\\u6587\\u3002
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• Flap endonuclease (Wikipedia)
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• Oxford Nanopore\\u2026\\u9577\\u9396DNA\\u3092\\u30b7\\u30fc\\u30b1\\u30f3\\u30b9\\u3059\\u308b\\u3053\\u3068\\u304c\\u3067\\u304d\\u308b\\u30b7\\u30fc\\u30b1\\u30f3\\u30b5\\u30fc\\u306e\\u4e00\\u3064\\u3002
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Editorial notes

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• \\u3082\\u3046\\u3061\\u3087\\u3044\\u3046\\u307e\\u304f\\u8aac\\u660e\\u3067\\u304d\\u305f\\u6c17\\u304c\\u3059\\u308b\\u2026(soh)
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• DNA\\u3092\\u4f7f\\u3063\\u305f\\u8a66\\u307f\\u306f\\u4f55\\u304b\\u30ef\\u30af\\u30ef\\u30af\\u3057\\u307e\\u3059\\u306d (tadasu)
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• \\u5168\\u7136\\u95a2\\u4fc2\\u306a\\u3044\\u3067\\u3059\\u304c\\u3001\\u6f2b\\u753b\\u3068\\u304b\\u3067\\u6298\\u308a\\u7d19\\u3067\\u6226\\u3046\\u30ad\\u30e3\\u30e9\\u3063\\u3066\\u826f\\u3044\\u3067\\u3059\\u3088\\u306d(coela)
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