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π–π stacked DNA G-wire nanostructures formed by a short G-rich oligonucleotide containing a 3′–3′ inversion of polarity site

机译：π-π堆叠DNA G线纳米结构由含有3'-3'极性位点的3'-3'逆变的短g富核苷酸形成

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Maria Marzano; Andrea P. Falanga; Principia Dardano; Stefano DErrico; Ilaria Rea; Monica Terracciano; Luca De Stefano; Gennaro Piccialli; Nicola Borbone; Giorgia Oliviero;
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1. pi-pi stacked DNA G-wire nanostructures formed by a short G-rich oligonucleotide containing a 3 '-3 ' inversion of polarity site [J] . Marzano Maria, Falanga Andrea P., Dardano Principia, Organic Chemistry Frontiers . 2020,第16期

机译：PI-PI堆叠DNA G-Wire纳米结构由含有3'-3'极性部位的3'-3'的富含富核寡核苷酸形成的
2. Self-Assembly of G-Rich Oligonucleotides Incorporating a 3?￠???2?￠????3?￠???2 Inversion of Polarity Site: A New Route Towards G-Wire DNA Nanostructures [J] . Qiujie Zhang, Bin Zhang, Junjie Xu, ChemistryOpen . 2017,第4期

机译：G富集的寡核苷酸的自组装，并结合了3′→2′→2′→3′′→2极性位点的反转：一条通向G-Wire DNA纳米结构的新途径
3. A novel equilibrium relating to the helix handedness in G-quadruplexes formed by heterochiral oligonucleotides with an inversion of polarity site [J] . Antonella Virgilio, Veronica Esposito, Alfonso Mangoni, Chemical Communications . 2013,第72期

机译：一种新型平衡，涉及由杂手性寡核苷酸形成的G-四链体的螺旋操纵性，极性位点反转
4. Minimizing DNA microarrays to a single molecule per spot: using zero-mode waveguide technology to obtain kinetic data for a large number of short oligonucleotide hybridization reactions [C] . Jens Sobek, Hubert Rehrauer, Gerrit Kuhn, Conference on frontiers in biological detection: from nanosensors to systems . 2016

机译：将每个点的DNA微阵列最小化为单个分子：使用零模式波导技术获得大量短寡核苷酸杂交反应的动力学数据
5. G-wires: The growth and characterization of a G4-DNA nanostructure. [D] . Marsh, Thomas Cosgrove. 1994

机译：G-wires：G4-DNA纳米结构的生长和表征。
6. Self‐Assembly of G‐Rich Oligonucleotides Incorporating a 3′–3′ Inversion of Polarity Site: A New Route Towards G‐Wire DNA Nanostructures [O] . Prof. Dr. Giorgia Oliviero, Dr. Stefano DErrico, Dr. Brunella Pinto, 2017

机译：包含3–3极性位点倒置的G富集寡核苷酸的自组装：通往G-Wire DNA纳米结构的新途径
7. Self-Assembly of G-Rich Oligonucleotides Incorporating a 3′-3′ Inversion of Polarity Site: A New Route Towards G-Wire DNA Nanostructures [O] . Oliviero, Giorgia, D'Errico, Stefano, Pinto, Brunella, 2017

机译：G-Rich寡核苷酸的自组装结合3'-3'极性位点反转：走向G-Wire DNa纳米结构的新途径

π–π stacked DNA G-wire nanostructures formed by a short G-rich oligonucleotide containing a 3′–3′ inversion of polarity site

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