Carmichaelnulls Concise Renullew
Let the Light Shine nullronullhnull
Coming nullents
Stephen WnullCarnullchael
nullnull
nullaynull nulllinicnull nullnullchesternull nullnull 55905
nullVS nullth IntnullSynullosinull nullnullhinulltion
carmichael.stephen@maynull.edu
November. 8nullnull 2009, nulln Jose, CA
nullnullnull2.avs.nullrgnullsympnullsium
nullnull Mnull Fall Meeting
November nullnullecember null Boston, MA
unullnull rescent prnullteins have nulleen used tnullgreat nullenenull t in studies nullnullcell nullinulllnully.
nullnullnull.mrs.nullrg e null nullnullthe limiting nullctnullrs in their utility has nulleen that the vnull elengths (null emitted
nully mt null null unullrescent prnullteins are in the visinullle spectrum and cannnullt penetrate r null
nullerican Society of Cell Biology
nullcember null9, 2009, nulln nullenull, CA
thrnullugh tissues nullecause nullnullanull rnullance nully hemnulllnullnullinnulltnull ernulland lipidsnullas nullell as
nullnullnull.ascnull.nullrg light-scattering. nullnullnger nullcan penetrate tissues nulletternull ut up until nnullnullnullprnullteins that
nullnull
have enullcitatinulln and emissinulln spectra nullnulllnullnger nullhave nnullt nulleen availanullle. nullecentlynull
Mnulltiphoton Microscopy at SPInull
nullianullnullun nullhunullnullntnulline nullnullyantnullnullichael nullinnullnullnulldd nullguileranullnullarda nullev-nullamnullnullaul
Photonics West nullteinnullachnulland nuller null nullsien nullnullnullhave engineered a nenullnull unullrescent prnulltein that can
Januarnull2null28, 20null, nulln nullancisco, CA
nulle enullcited at 684 nm and has an emissinulln manullmum nullnull708 nm. nullnullr renullerencenullvisinullle
nullnullnull.spie.nullrg
red has a null nullanullnullut 650 nmnullthus lnullnger nullthat enullend intnullthe innullrared are generally
PInullCnull nullnull
nnullt visinullle tnullthe eye nullut can nulle visualinulld nullith apprnullpriate detectnullrs.
nullbruarnull28nullarcnullnull 20null, nulllando, null
nullhu et al. thnullught phytnullchrnullmes (pigments in plants that detect lightnullalsnull nullund
nullnullnull.pittcnulln.nullrg
in snullme nullacteria) derived nullrnullm nullacteria nullere prnullmising nullecause they incnullrpnullrate
nullerican Chenullcal Society
nulliliverdin (nullnullnull null)nulla nullile pigment invnulllved in heme catanullnulllism and cnullmmnullnly nullnullund
Marcnull2null2null 20null, nulln nullancisco, CA
nullnullnull.acs.nullrg
in mammals. null e mt null prnullmising s null a phytnullchrnullme nullrnullm Deinococcus radiodurans.
nullnterestinglynullthis nullacterium is listed in the Guinness Book of World Records as nullthe
Focnull on Microscopy nullnull
nullnullrldnulls tnullughest nullacterium.null null ey re-engineered this phytnullchrnullme thrnullugh nullnullur
Marcnull28nullnull 20null, nullannullai, Cnullna
nullnullnull.nullnullcusnullnmicrnullscnullpy.nullrg
generatinullns nullnull evnulllutinullntnull mnull anullminull desiranullle characteristics (such as nullrightness nullnull
emissinulln signal) and miniminull undesiranullle nulleatures (such as rapid phnulltnullnullleaching).
SPInullScanning Microscopy nullnull
null e nullnullurth-generatinulln nullnnullrared unullnull rescent nullrnulltein s null dunullnulled nullnull.4. nullt is anullnullut
Manullnullnull9, 20null, Monterenull, CA
nullnullnull.spie.nullrg
nullnullur times nullrighter than the null rst generatinulln dye and it is stanullle nullver a nullide pnullrange.
nullnull.4 cnulluld nulle enullressed in cultured cellsnulland enullennull nullusly added nullnullnullurther
nullectron Bacnullcatter Diffraction
nullopical Conference
increased innullrared null unullrescence nullnulltransnullected cells. null is demnullnstrated that nullnullcan
Manull2null2null 20null, Madison, WI permeate memnullranes. nulls a demnullnstratinulln that nullusing nullnull.4 nullith nullther prnullteins
nullnullnull.micrnullnulleamanalysis.nullrgnullenullsd-2010
can nulle nullunctinullnalnullnullnull.4 s null nullused tnulla prnulltein that is nullnnullnulln tnullnullecnullme active and
Microscience nullnull
nullinds tnullmemnullranes anull er stimulatinulln nullith grnullnullh nullctnullrs. nullnstimulated cultured
June 29nullulnullnull 20null, nullndon, null
cells enullressing nullnull.4 nullused nullith this prnulltein shnullnulled a signal dinull usely distrinulluted in
nullnullnull.rms.nullrg.unull
the cytnull l. nullithin 10 minutes anull er stimulatinulln nullith insulinnullthis signal s null lnullcated
Microscopy nullMicroanalysis nullnull
in the plasma memnullranenulldemnullnstrating that nullnull.4 can highlight the tranull cnulling nullnull
Aunullst nullnull 20null, nullrtland, null
nullusinulln prnullteins.
nullnullnull.micrnullscnullpy.nullrg
nulllsnullnullnullhu et al. used rnullutine recnullmnullinant technnulllnully tnullcnullmnulline a null unullrescent
nullnull dye they develnullped tnullan adennullvirus that specinull cally innullects the liver in mice. nulleanull
Microscopy nullMicroanalysis nullnull
innullrared null unullrescence nullnull the
Aunullst nullnull, 20null, Nasnullille, TN
liver s null detected null ve days
nullnull
anull er this engineered virus s null
Microscopy nullMicroanalysis nullnull innullected intravennulluslynulland the
Julnull29nullunullst 2, nulloeninull Anull
nullhnullle liver s null easily detected
nullnull
anull er nullnull s null innullected intnull
Microscopy nullMicroanalysis nullnull
the mnulluse. nullsing snullnull rnull e tnull
Aunullst null8, Indiananulllis, IN
manipulate the imagesnull the
three-dimensinullnal distrinullutinulln
nullnull null unullrescence cnulluld nulle seen
nullease cnullcnulltnull nullalendar onull
Meetinnull and Courses in tnull Mnull
in the liver. nulls a cnullntrnulllnull nullnull
nullurnal Microsconull and Microanalnullis
did nnullt generate innullrared
nullr more details and a mucnulllonnullr list
null unullrescence in mice innullected
onullmeetinnull and courses.
Fignulle null
nullith a virus nnullt cnullmnullined nullith
Intact mouse liver innullcted nulltnullan Inullnullnullnullsed virsus.
nullnull.4 and uninnullected mice.
6
doinullnull.nullnullnullnullnull929null99909null www.microscopy-today.com null nullnull nullly
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