Implementation of Adaptive Optics in Nonlinear Microscopy for Biological Samples Using Optimization Algorithms - Adaptive Optics for Biological Imaging - page 207

Göppert-Mayer.M..1931..Ueber.Elementar.akte.mit.zwei.Quantenspruengen.[Elementary.Events.with.two.
quantum.jumps]. Ann. Phys. ,.9,.273-278.
Gualda. E.. J.,. Bueno. J.. M.,. and. Artal. P.. 2010.. Wavefront. optimized. non-linear. microscopy. of. ex-vivo.
human.retinas.. J. Biomed. Opt. ,.15,.026007.
Jesacher. A.,. hayil. A.,. Grieve. K.,. Débarre. D.,. Watanabe. T.,. Wilson. T.,. Srinivas. S.,. and. Booth. M.. 2009..
Adaptive.harmonic.generation.microscopy.of.mammalian.embryos.. Opt. Lett. ,.34,.3154-3156.
Kautsky.J.,.Flusser.J.,.Zitov.B.,.and.Simberov.S..2002..A.new.wavelet-based.measure.of.image.focus.. Pattern
Recognit. Lett. ,.23,.1785-1794.
Langlois.M.,.Saunter.C.,.Dunlop.C.,.and.Love.G..2004..Multiconjugate.adaptive.optics:.Laboratory.experi-
ence.. Opt. Express ,.12,.1689-1699.
Marsh. P.,. Burns. D.,. and. Girkin. J.. 2003.. Practical. implementation. of. adaptive. optics. in. multiphoton.
microscopy.. Opt. Express ,.11(10),.1123-1130.
Neil.M..A.,.Juskaitis.R.,.Booth.M..J.,.Wilson.T.,.Tanaka.T.,.and.Kawata.S..2000b..Adaptive.aberration.cor-
rection.in.a.two-photon.microscope.. J. Microsc. ,.200,.105-108.
Neil.M..A.,.Wilson.T.,.and.Juskaitis.R..2000a..A.wavefront.generator.for.complex.pupil.function.synthesis.
and.point.spread.function.engineering.. J. Microsc. ,.197,.219-223.
Nelder.J..A..and.Mead.R..1965..A.simplex.method.for.function.minimization.. Comp. J. ,.7,.308-313.
Olivier. N.,. Débarre. D.,. and. Beaurepaire. E.. 2009.. Dynamic. aberration. correction. for. multiharmonic.
microscopy.. Opt. Lett. ,.34,.3145-3147.
Poland.S..P.,.Wright.A..J.,.Cobb.S.,.Vijverberg.J..C.,.and.Girkin.J..M..2010..A.demonstration.of.the.efective-
ness.of.a.single.aberration.correction.per.optical.slice.in.beam.scanned.optically.sectioning.micro-
scopes.. Micron ,.38,.200-206.
Poland.S..P.,.and.Wright.A..J.,.and.Girkin.J..M..2008..Evaluation.of.itness.parameters.used.in.an.iterative.
approach.to.aberration.correction.in.optical.sectioning.microscopy.. Appl. Opt. ,.47,.731-736.
Sherman.L.,.Ye.J..E.,.Albert.O.,.and.Norris.T..B..2002..Adaptive.correction.of.depth-induced.aberrations.in.
multiphoton.scanning.microscopy.using.a.deformable.mirror.. J. Microsc. ,.206,.65-71.
Subbarao.M.,.Choi.T.,.and.Nikzad.A..1993..Focusing.techniques.. J. Opt. Eng. ,.32,.2824-2836.
Walker.K..N.,.and.Tyson.R..K..2009..Wavefront.correction.using.a.Fourier-based.image.sharpness.metric..
SPIE ,.7468,.74680O.
Wright.A..J.,.Patterson.B..A.,.Poland.S..P.,.Girkin.J..M.,.Gibson.G..M.,.and.Padgett.M..J..2006..Dynamic.
closed-loop.system.for.focus.tracking.using.a.spatial.light.modulator.and.a.deformable.membrane.
mirror.. Opt. Express ,.14,.222-228.
Wright.A..J.,.Poland.S..P.,.Girkin.J..M.,.Freudiger.C..W.,.Evans.C..L.,.and.Xie.X..S..2007..Adaptive.optics.for.
enhanced.signal.in.CARS.microscopy.. Opt. Express ,.15(26),.18209-18219.
Zumbusch.A.,.Holtom.G..R.,.and.Xie.X..S..1999..hree-dimensional.vibrational.imaging.by.coherent.anti-
Stokes.Raman.scattering.. Phys. Rev. Lett. ,.82,.4142-4145.