Search results for: FRET

• FREE RADICAL BIOLOGY AND MEDICINE

  Journals

  ISSN: 0891-5849 , eISSN: 1873-4596

• FREE RADICAL RESEARCH

  Journals

  ISSN: 1071-5762 , eISSN: 1029-2470

• INTERFACES AND FREE BOUNDARIES

  Journals

  ISSN: 1463-9963 , eISSN: 1463-9971

• Long-Distance FRET Analysis: A Monte Carlo Simulation Study

  Publication

  • P. Sas-Bojarski
  • L. Kułak
  • K. Walczewska-Szewc
  • J. Synak
  • V. M. Marzullo
  • A. Luini
  • S. D'Auria

  - JOURNAL OF PHYSICAL CHEMISTRY B - Year 2011

  Zaproponowano nową metodę na rozszerzenie zakresu stosowalności rezonansowego transferu energii (FRET) przetestowaną przy pomocy metody Monte Carlo. Otrzymane rezultaty dowodzą, że wydajność procesu FRET może być znacząco zwiększona w porównaniu z wydajnością pojedynczego akceptora, gdy dla ustalonej od donora umieścimy układ blisko siebie położonych akceptorów na makromolekule. Z drugiej strony metoda ta umożliwia zwiększenie...

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• Isocyanate-Free Polyurethanes

  Publication

  • M. Włoch
  • K. Rohde

  - Year 2021

  Isocyanate-free polyurethanes (also called non-isocyanate polyurethanes, or NIPUs) are alternatives to the conventional (commercially used) polyurethanes synthesized using di- or polyisocyanates, polyols, and chain extenders with low molecular weight. The major routes of NIPUs’ synthesis involve polyaddition of cyclic carbonates and di- or polyamines, polycondensation of carbamates, and diols. The most important intermediates are...

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• Structural Model of the Bilitranslocase Transmembrane Domain Supported by NMR and FRET Data

  Publication

  • A. Choudhury
  • E. Sikorska
  • J. van
  • P. Bayer
  • Ł. Popenda
  • K. Szutkowski
  • S. Jurga
  • M. Bonomi
  • A. Sali
  • I. Zhukov... and 2 others

  - PLOS ONE - Year 2015

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• Collision-Free Network Exploration

  Publication

  • J. Czyzowicz
  • D. Dereniowski
  • L. Gąsieniec
  • R. Klasing
  • A. Kosowski
  • D. Pająk

  - Year 2014

  A set of mobile agents is placed at different nodes of a n-node network. The agents synchronously move along the network edges in a collision-free way, i.e., in no round may two agents occupy the same node. In each round, an agent may choose to stay at its currently occupied node or to move to one of its neighbors. An agent has no knowledge of the number and initial positions of other agents. We are looking for the shortest possible...

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• Collision-free network exploration

  Publication

  • J. Czyzowicz
  • D. Dereniowski
  • L. Gąsieniec
  • R. Klasing
  • A. Kosowski
  • D. Pająk

  - JOURNAL OF COMPUTER AND SYSTEM SCIENCES - Year 2017

  Mobile agents start at different nodes of an n-node network. The agents synchronously move along the network edges in a collision-free way, i.e., in no round two agents may occupy the same node. An agent has no knowledge of the number and initial positions of other agents. We are looking for the shortest time required to reach a configuration in which each agent has visited all nodes and returned to its starting location. In...

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• Revista de Llengua i Dret

  Journals

  ISSN: 0212-5056 , eISSN: 2013-1453

• Revista Catalana de Dret Public

  Journals

  ISSN: 1885-5709 , eISSN: 1885-8252