deletions | additions       diff --git a/Payam and DNA.tex b/Payam and DNA.tex  index b2a44c8..2eb6fe5 100644  --- a/Payam and DNA.tex  +++ b/Payam and DNA.tex 
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\item In \citet{2013PhRvE..87d2723R} page 5, it is claimed that DNA motion will occur in a superposition of longitudinal and transverse orientiations (i.e. along the longest dimension, and perpendicular to it). Is this true? I think one of them will be unstable (though at high $T$ the orientation will be frequently randomised).  %%-------------------------------------------------  \begin{itemize}  \item Reading: \citet{Binder_1939}, \citet{Burgers_1995} \citet{Binder_1939}  \item Drag resistances (for elongated/prolate bodies) from \citet{Burgers_1995}:\\  For a spherical particle: $F_{\rm drag}^{\rm sph}=6\pi\eta a V$.\\