Professor Pietro Cicuta

1. Samuel McDermott, Richard Bowman, Kerrianne Harrington, William Wadsworth and Pietro Cicuta
   Controlling and scripting laboratory hardware with open-source, intuitive interfaces: OpenFlexure Voice Control and OpenFlexure Blockly
   Link arXiv
   
   
2. Viola Introini, Gururaj Rao Kidiyoor, Giancarlo Porcella, Marco Foiani, Pietro Cicuta and Marco Cosentino Lagomarsino
   Centripetal nuclear shape fluctuations associate with chromatin condensation towards mitosis
   Link bioRxiv
   
   
3. Jing Han, Tong Xia, Dimitris Spathis, Erika Bondareva, Chloe Brown, Jagmohan Chauhan, Andreas Grammenos, Apinan Hasthanasombat, Andres Floto, Pietro Cicuta, Cecilia Mascolo
   COVID-19 Disease Progression Prediction via Audio Signals: A Longitudinal Study
   
   
4. Golnaz Najafi Gol-Vandani, Simone Di Leo, Jurij Kotar, Pietro Cicuta and Seyyed Nader Rasuli
   Two Microspheres in an External Flow: a Dance of Cause and Effect
   Link arXiv
   
   

Book Chapters and Outreach

• Sarah L. Veatch and Pietro Cicuta
  Critical Lipidomics: The Consequences of Lipid Miscibility in Biological Membranes
  chapter 4 in Physics of Biological Membranes; eds. P. Bassereau and P. Sens
  Springer, pp 141-168, 2018
  Link
• Pietro Cicuta
  Digging the trenches of biological physics
  a book review of `Some Critical Questions in Biological Physics: A Guided Tour Around the Bugbears', by Thomas Waigh, Physics Today 71 (12) 2018
  Link
• Avelino Javer, Marco Cosentino Lagomarsino and Pietro Cicuta
  Bacterial Chromosome Dynamics by Locus Tracking in Fluorescence Microscopy
  chapter 13 in Chromosome Architecture - Methods in Molecular Biology 1431; ed. Mark C. Leake.
  Springer, pp 161-174, 2016
• Aidan T. Brown and Pietro Cicuta
  Interfaces and Membranes
  chapter 13 in The Oxford Handbook of Soft Condensed Matter; ed. Eugene M. Terentjev and David A. Weitz.
  Oxford University Press, pp 535-588, 2015
• Alex J. Crick, Eugenia Cammarota, Katie Moulang, Jurij Kotar and Pietro Cicuta
  Advances in single cell experimental design made possible by automated imaging platforms with feedback through segmentation
  chapter 26 in Methods in Cell Biology - Biophysical Methods in Cell Biology 125, 471-88 (2015), ed. Ewa Paluch.
  
• P.Cicuta
  Critical Fluctuations in Lipid Mixtures
  entry in the Encyclopedia of Biophysics, Springer, pp 387-390, 2013
  Link
• P.Cicuta
  Tackling Malaria
  CavMag (Cavendish Laboratory Newsletter), July 2012
  Link
• P.Cicuta
  various lectures at undergraduate level within the
  Institute of Physics' (IoP) project on Biological Physics, (2011)
  Link
• P.Cicuta
  Measuring cells with light
  Physics Review (a Physics journal aimed at high school students), April 2010
  Link
• P.Cicuta
  Rheology of bi-dimensional systems. Part I: Examples of interfacial films and rheometers
  Panta Rei (bulletin of the Italian Society of Rheology), vol. 4 (2005)
  
• P.Cicuta
  Rheology of bi-dimensional systems. Part II: Rheology of protein and polymer layers.
  Panta Rei (bulletin of the Italian Society of Rheology), vol. 5 (2006)