  Following a 7-year run with the MINOS experiment from 2005 to 2012, the
MINOS+ long-baseline neutrino experiment started operations in September 2013.
Utilizing the MINOS Near and Far Detectors at Fermilab and northern Minnesota,
respectively, and measuring the new medium-energy NuMI neutrino beam over
baseline of 735 km, MINOS+ has accumulated an exposure of $1.7\times 10^{20}$
protons-on-target. In this paper, we present preliminary results from the
MINOS+run. In addition, we report on improved results from a three-neutrino
flavor analysis of the full $14\times 10^{20}$ MINOS-era beam sample, and the
combined full MINOS and MINOS+ atmospheric neutrino samples, corresponding to
an exposure of 48.7 kiloton-years increased by 28% with respect to previously
published MINOS measurements. The analysis combines the measurements of muon
neutrino disappearance and appearance into electron neutrinos in the beam and
atmospheric samples. Furthermore, we present results from a new search for
sterile neutrinos in the complete MINOS NuMI sample. A 3+1 neutrino mixing
model with one sterile neutrino is assumed. Neutrino mixing at the ND baseline
($\sim 1$ km), relevant for values of the additional mass eigenstate
$m_4\gtrsim 1$ eV, is included for the first time in the analysis of Far and
Near Detector data from a long-baseline neutrino experiment. Finally, new
limits on non-standard neutrino interactions are obtained from measurements of
electron neutrino appearance in the full MINOS beam sample.
