This curriculum vitae outlines the educational and professional background of Emily A. Kelly. She received her Ph.D. in Neuroscience from SUNY Upstate Medical University in 2005 and has since held positions as a postdoctoral research associate and staff scientist at the University of Rochester, where she has conducted research on synaptic plasticity in the visual cortex and amygdala using techniques including two-photon microscopy, immunohistochemistry, and tract tracing in non-human primates. She has also mentored numerous undergraduate and graduate students in neuroscience research.
IADR Academy 2017 - In Focus: Correlative Imaging and Faculty Developmentsunitaho
Structure and function relationships at different length scales are frequently discussed in varied fields of science and engineering, since unique properties may only be understood at one or another of these length scales. These relationships are built using robust interfaces that permit correlating datasets from multiple microscopies and spectroscopies, including X-ray, electron and light imaging modalities. These relationships unfold the functional relevance of biological processes at multiple scales [from millimeter (10-3 m) to nanometers (10-9 m)] while gathering contextual information. While light microscopy, through immunolabelling and fluorescence, can provide localization of two or three proteins in a single image, electron microscopy can reveal exquisite detail of all cellular contents at a nanometer level as well as target proteins to which labels are attached. This allows extracting function within the context of larger landscapes of tissues. Imaging and thereby visualization of this foundation of structural biology will be detailed through various presentations within this symposium on bioimaging that will highlight correlative microscopy and spectroscopy to provide key insights into biofunction. In addition, in the afternoon session attendees will be able to choose further imaging discussions or a discussion on mentoring and faculty development.
A characteristic of the developing mammalian visual system is a brief interval of plasticity, termed the “critical period,” when the circuitry of
primary visual cortex is most sensitive to perturbation of visual experience. Depriving one eye of vision (monocular deprivation [MD]) during
the critical period alters ocular dominance (OD) by shifting the responsiveness of neurons in visual cortex to favor the nondeprived eye. A
disinhibitory microcircuit involving parvalbumin-expressing (PV) interneurons initiates this OD plasticity. The gene encoding the neuronal
nogo-66-receptor1(ngr1/rtn4r) is required to close the critical period.Herewecombinedmousegenetics, electrophysiology,andcircuitmapping
with laser-scanning photostimulation to investigate whether disinhibition is confined to the critical period by ngr1.We demonstrate that ngr1
mutant mice retain plasticity characteristic of the critical period as adults, and that ngr1 operates within PV interneurons to restrict the loss of
intracortical excitatory synaptic input following MD in adult mice, and this disinhibition induces a “lower PV network configuration” in both
critical-period wild-type miceandadult ngr1/mice.Wepropose that ngr1 limits disinhibition to close the critical period forODplasticityand
that a decrease in PV expression levels reports the diminished recent cumulative activity of these interneurons.
IADR Academy 2017 - In Focus: Correlative Imaging and Faculty Developmentsunitaho
Structure and function relationships at different length scales are frequently discussed in varied fields of science and engineering, since unique properties may only be understood at one or another of these length scales. These relationships are built using robust interfaces that permit correlating datasets from multiple microscopies and spectroscopies, including X-ray, electron and light imaging modalities. These relationships unfold the functional relevance of biological processes at multiple scales [from millimeter (10-3 m) to nanometers (10-9 m)] while gathering contextual information. While light microscopy, through immunolabelling and fluorescence, can provide localization of two or three proteins in a single image, electron microscopy can reveal exquisite detail of all cellular contents at a nanometer level as well as target proteins to which labels are attached. This allows extracting function within the context of larger landscapes of tissues. Imaging and thereby visualization of this foundation of structural biology will be detailed through various presentations within this symposium on bioimaging that will highlight correlative microscopy and spectroscopy to provide key insights into biofunction. In addition, in the afternoon session attendees will be able to choose further imaging discussions or a discussion on mentoring and faculty development.
A characteristic of the developing mammalian visual system is a brief interval of plasticity, termed the “critical period,” when the circuitry of
primary visual cortex is most sensitive to perturbation of visual experience. Depriving one eye of vision (monocular deprivation [MD]) during
the critical period alters ocular dominance (OD) by shifting the responsiveness of neurons in visual cortex to favor the nondeprived eye. A
disinhibitory microcircuit involving parvalbumin-expressing (PV) interneurons initiates this OD plasticity. The gene encoding the neuronal
nogo-66-receptor1(ngr1/rtn4r) is required to close the critical period.Herewecombinedmousegenetics, electrophysiology,andcircuitmapping
with laser-scanning photostimulation to investigate whether disinhibition is confined to the critical period by ngr1.We demonstrate that ngr1
mutant mice retain plasticity characteristic of the critical period as adults, and that ngr1 operates within PV interneurons to restrict the loss of
intracortical excitatory synaptic input following MD in adult mice, and this disinhibition induces a “lower PV network configuration” in both
critical-period wild-type miceandadult ngr1/mice.Wepropose that ngr1 limits disinhibition to close the critical period forODplasticityand
that a decrease in PV expression levels reports the diminished recent cumulative activity of these interneurons.
The video for this presentation is available on our Youtube channel:
https://youtube.com/allceuseducation A continuing education course for this presentation can be found at https://www.allceus.com/member/cart/index/index?c=
Emotion Regulation using ACT, DBT and Exposure techniques
Continuing education credits can be earned on this topic at https://www.allceus.com/member/cart/index/search?q=efficacy
The video for this presentation is available on our Youtube channel:
https://youtube.com/allceuseducation A continuing education course for this presentation can be found at https://www.allceus.com/member/cart/index/index?c=
Learn about vitamins, minerals and proteins essential to help you get restful sleep and have a good mood. Interventions for depression and anxiety
• Extensive research experience in ocular translational research in uveitis, retinal ischemia, glaucoma, neurodegenerative disease, and retrocorneal fibrosis.
• In-depth knowledge and wet laboratory experience from basic science to translational research: Cellular/molecular biology, Microbiology, Pathology, Biochemistry, Neuroimmunology, in vivo rodent translational research.
• Independent self-motivated scientist working for multiple research projects from perform experiments, analyze data, generate manuscripts, grant, or oral presentations
• Experience in managing lab, collaboration, supervising/mentoring students and fellows.
The video for this presentation is available on our Youtube channel:
https://youtube.com/allceuseducation A continuing education course for this presentation can be found at https://www.allceus.com/member/cart/index/index?c=
Emotion Regulation using ACT, DBT and Exposure techniques
Continuing education credits can be earned on this topic at https://www.allceus.com/member/cart/index/search?q=efficacy
The video for this presentation is available on our Youtube channel:
https://youtube.com/allceuseducation A continuing education course for this presentation can be found at https://www.allceus.com/member/cart/index/index?c=
Learn about vitamins, minerals and proteins essential to help you get restful sleep and have a good mood. Interventions for depression and anxiety
• Extensive research experience in ocular translational research in uveitis, retinal ischemia, glaucoma, neurodegenerative disease, and retrocorneal fibrosis.
• In-depth knowledge and wet laboratory experience from basic science to translational research: Cellular/molecular biology, Microbiology, Pathology, Biochemistry, Neuroimmunology, in vivo rodent translational research.
• Independent self-motivated scientist working for multiple research projects from perform experiments, analyze data, generate manuscripts, grant, or oral presentations
• Experience in managing lab, collaboration, supervising/mentoring students and fellows.
1. C.V.- Emily A. Kelly- Page 1 of 5
Curriculum Vitae
EMILY A. KELLY
PROFESSIONALADDRESS
Staff Scientist
University of Rochester Medical Center- School of Medicine and Dentistry
Departmentof Neuroscience
601 Elmwood Avenue, Box603, Rochester, New York 14642
(585)275-7952
Emily_Kelly@urmc.rochester.edu
EDUCATION
1998-2005 Ph.D., Neuroscience, SUNYUpstateMedicalUniversity, Syracuse, NY,
1991-1995 B.S., Biology/Psychology, BatesCollege, Lewiston, ME
RESEARCH EXPERIENCE
2015- Staff Scientist, University ofRochester, Rochester NY
Advisor:Dr. Julie L. Fudge
Analysisof the role of corticotropinreleasing factor (CRF)- mediatedsignaling in the non-human
primate ventralmidbrain.
Determinationof afferent andefferent projection profiles in the non-humanprimateamygdala
following surgical implementationof tract tracers in the non-humanprimatebrain.
2014-2015 SeniorProjectsResearch Associate, University ofRochester, Rochester NY
Advisor:Dr. Ania K. Majewska
2007-2014 PostdoctoralResearch Associate, University ofRochester, RochesterNY
Advisor:Dr. Ania K. Majewska
Analysisof dendritic spine structuralchangesin visualcortex duringocular dominanceplasticity
after treatmentwith fluoxetine andin mice with altered protease signaling(tPA and MMP-9 KO)
usingintrinsic signaling and two-photonmicroscopy.
Analysisof extracellular matrix compositionandprotease activity following monoculardeprivation
in rodent primary visualcortex.
Analysisof intracellular adhesionmolecule 5 (ICAM-5;Telencephalin) expression using
immunoperoxidasereactivity andelectron microscopy.
Analysisof the effects of low-dose bisphenol-Aonocular dominanceplasticity in the mouseprimary
visualcortex.
2005-2007 PostdoctoralFellow, University ofRochester, Rochester NY
Advisor:Dr. DavidR. Kornack
Characterizationof doublecortinpositiveneuronsin a non-neurogenicregionof the adultrodent
brain usingthymidine-analogincorporationandhistochemicalanalysisof developmentalprotein
markers.
Analysisof Adendo-AssociatedVirus(AAV) serotypes1,2, and8 in adult rodentprogenitorcells
following stereotaxic injection of AAV intolateral ventricle or striatum.
2000-2005 Ph.D. Candidate, SUNYUpstateMedicalUniversity, Syracuse, NY
DissertationProject- Synaptogenesisin BarrelCortexof GAP-43 Deficient Mice
Advisor- Dr. JamesS. McCasland
Analysisof changesin synaptogenicproteinsand postsynapticcell morphology inresponse to
reduced levels of the growthassociated protein, GAP-43 (GAP-43 HZ) in the rodent somatosensory
cortex (barrel cortex).
2. C.V.- Emily A. Kelly- Page 2 of 5
1994-1995 UndergraduateThesis- “TheEffects of Adrenalectomy and Memory Trainingon SubsequentMemory
Deficits”, BatesCollege, Lewiston, ME
Advisor-Dr. JohnE. Kelsey
Performed adrenalectomieson anesthetizedSpragueDawley rats understerile conditions. Ratswere
subjected to workingand spatialmemory tasksto elucidate potential cognitive lossesfollowing
reductionsin glucocorticoid levels. Glucocorticoid reduction hasbeen shown tocause severe
degenerationof the dentategranule cells of the hippocampusresultinginsufficient memory
impairments.
TEACHING AND MENTORINGEXPERIENCE
2006-Present University of Rochester, Rochester, NY
University of Rochester Science Buddies After SchoolScience Club(2013)- Team Leader. Traveled to
local elementary schoolsand lead hands-onscience activities thatfocused on engagingreal-life
issues;including viral outbreaks, detectingcancer andapplicationsin nanoscience. The goal of this
programis to increase studentknowledgeandinterest in Science, Technology, Engineering, and
Math(STEM).
Brain Awareness Week (2013-14)- Traveledtomultiple local elementary schools(Grades K-3)to
teach children aboutthe brain. Children rotatedthroughmultiple hand-onactivities- focusingon
touch, vision, balance, taste and smell- and learned where these sensesare received andprocessed
in the humanbrain.
Graduate StudentResearch Mentor(2007-Present)- Advisedandtrainedgraduate level studentsin
a variety of technical skillsas needed, including histology, molecularbiology preparationsand
microscopic analysis. Guided studentsinindependent-based projects. Graduatestudentswere
mentoredand trained with the goal thatthey wouldmentor in-comingstudentsaswell.
UndergraduateStudentResearchMentor. (2010-Present)Advisedandtrainedundergraduate
studentin all aspectsof histologicalanalysis- includingimmunocytochemistry, brightfield
microscopy andimage processing. Senior level (University of Rochester) studentsoften aspire
towardsa Distinctionin Research HonorsThesis. Studentsare trained towork independently, to
think critically and troubleshootproblemswhennecessary.
UndergraduateSummerFellowshipProgramin Visual Sciences. (2008-2013). Mentored, advised
andtrained undergraduatestudentstoperform independentresearch projects. Studentsattended
neuroscience classes andseminars andpresented research material at the endof the session.
Studentswere trainedin all aspects of histological analysis- includingimmunocytochemistry,image
acquisition(confocal andbrightfield microscopy)andimage analysis(Zen 2010, ImageJ). Students
were trained to eventually work independently, tothink critically andtroubleshootproblemswhen
necessary.
High School BioengineeringSummer Research Program. (2007-2009)Mentoredhighschool
studentsin summerresearch project. Discussed histologicalapproachesand protocoldesign.
SummerUndergraduateResearch Fellowship(SURF) Program. (2006, 2010-2011) Servedinan
advisory capacity for undergraduatestudentresearchproject. Trained studentsin all aspectsof
histological analysis- includingimmunocytochemistry, fluorescentmicroscopy andimage
processing.
2000- SUNYUpstateMedicalUniversity, Syracuse, NY
HumanNeuroanatomy. Actedasteaching assistantfor 1st
year medical school course. Duties
included runningsmall groupspecimen analysisandreview of neuroanatomicalstructure and
function.
3. C.V.- Emily A. Kelly- Page 3 of 5
TECHNICAL EXPERIENCE
Stereotaxic injections of varioustract tracers in the non-humanprimatebrain:involvingaseptic
neurosurgery.
Two PhotonMicroscopy- foranalysisof dendritic spine morphology andplasticity
Optical Imaging- assessingtheintrinsic signalfollowing visualstimulationin rodent visualcortex
In Situ andGel Zymography- foranalysisof MMP andtPA enzymeactivity
Electron Microscopy- experience in pre-embeddingimmunocytochemistry andsamplepreparation
for electron microscopy;ultramicrotomy andelectron microscopy
Immunohistochemistry/multi-immunofluorescence, CresylViolet, CytochromeOxidase
Histochemistry
Gold and Silver Enhancementfor immunohistochemistry
Small animal transcardialperfusion andbrain extraction
Freezing Microtomesectioning
Vibratome Sectioning
CryostatSectioning
Confocal Microscopy (Lasersharp2000-2001, BioRad, Fluoview,ZeissLSM):z-seriesimage
acquisitionand analysis(Laserpix Software, MicroBrightField,Fluoview,Zen2010)
PCRgenotypingandelectrophoretic gels
Microarray analysis, including micro-dissection, RNAextraction
Western Blot Analysis
Sample preparationfor Proteomics analysis
In situhybridization(includingprobe andprimer design, autoradiography)
Assisted with IV catheter drug administrationinnon-humanprimate
Assisted with stereotaxic virus administrationinadult rat brain
Powerpointpresentationdesign
Experienced in image processingusing PhotoshopandCanvasprograms
SpreadsheetanalysisusingMicrosoft Excel and GraphpadPrism
COMMITTEES
2001-2002 President- Graduate Student Association
2000-2001 Treasurer- Graduate StudentAssociation
1999-2000 PresidentNeuroscience JournalClub
SOCIETYMEMBERSHIPS
1999- Society for Neuroscience
1995- Sigma Xi, The Scientific Research Society
SUPPORT
2014 FASEB/MARC ProgramsTravel Award
Award to attend the 2014 PostdoctoralPreparationInstituteWorkshopinBethesdaMD.
2011-2013 Toxicology Training Grant, NIHfunded, T32 ES 7026-34
Title: The effects of postnatalBPAexposureon MMP-9 inducedsynapticplasticity in mousevisual
cortex
2010 BurroughsWellcome FundTravel Award #1009101
ApplyingEnzymeActivity Assaysto Visual Plasticity with Dr. NicholasSeeds
2007-2008 Vision Training Grant, NEI funded, EY013319
Title: MechanismsofLaminarPlasticity in theVisualSystem
4. C.V.- Emily A. Kelly- Page 4 of 5
PRESENTATIONS
Kelly, E.A., Rittenhouse, C., Majewska, A.K. (2013)“The effects of postnatalexposureto low-dosebisphenol-A
on ocular dominanceplasticity in the mouseprimary visualcortex”.
AWARDS
The MacGregor PresentationAward (2013)for bestoverall presentation: Departmentof Environmental
Sciences: Toxicology Training ProgramRetreat.
The JohnBartlett PosterPresentationAward (2011)for bestposter presentationby a Postdoctoral Fellow.
PUBLICATIONS
Manuscripts
Fudge, J.L., Kelly, E.A., Pal, R., Bedont, J.L., Park, L., Ho, B. (2017). Beyondtheclassic VTA: extendedamygdala
projections tothe DA-striatal pathsin the primate. Journalof Neuropharmacology. Submitted.
Sipe, G.O., Lowery, R.L., Tremblay, M.E., Kelly, E.A., Lamantia, C.E., Majewska, A.K. (2016). MicroglialP2Y12 is
necessary for synapticplasticity in mousevisualcortex.
Kelly, E.A., Russo, A.S., Jackson, C.D., Lamantia, C.E., Majewska, A.K. (2015). Proteolyticregulationofsynaptic
plasticity in the mouseprimary visual cortex: analysisof matrix metalloproteinase 9 deficient mice. FrontCell
Neurosci., Sept22;9:369.
Kelly, E.A., Opanashuk, L.A., Majewska, A.M. (2014). Theeffects of postnatalexposureto low-dosebisphenol-
A onactivity dependentplasticity in the mouse sensory cortex. Front. Neuroanat. Oct22, 8:117.
Shapovalov, Y., Zettel, M., Kelly, E.A., Sipe, G.O., Dickerson, I., Brown, E.B., Majewska, A.K. (2014). Fluoxetine
ModulatesBreastCancer Metastasistothe Brain. BMCCancer, Aug 16;14:598.
Kelly, E. A., Tremblay, M. E., Gahmberg, C. G., Tian, L., Majewska, A. K. (2014)Subcellular localization of
intercellular adhesionmolecule-5 (telencephalin) in the visualcortex is notdevelopmentally regulated in the
absence of matrix metalloproteinase-9. J. Comp. NeurosciFeb15;522 (3): 676-88.
Kelly, E. A., Tremblay, M. E., Gahmberg, C. G., Tian, L., Majewska, A. K. (2013). Interactionsbetween
intercellular adhesionmolecule-5 positive elements andtheir surroundingsinthe rodent visualcortex.
Communicativeand IntegrativeBiology;Nov 1;6(6):e27315.
Kelly, E. A. andMajewska, A. K. (2010)Chronicimaging of mousevisual cortex using a thinned-skull
preparation. J Vis Exp. Oct 25;(44).
Kelly, E. A., Tremblay, M.E., McCaslandJ.S., Majewska, A.K. (2010)PostsynapticDeregulationin GAP-43
HeterozygousMouseBarrel Cortex. CerebralCortex20(7)1696-1707.
Lowery, R., Zhang, Y., Kelly, E.A., Lamantia, C., Harvey, B., Majewska, A. (2009) Rapid, long-termlabeling of
cells in the developingand adultrodent visualcortex usingdouble-strandedadeno-associatedviralvectors.
Dev Neurobiol69(10)674-88.
ManuscriptsinPreparation
Kelly, E.A., Fudge, J.L. (2017). Distributionof Corticotropin-ReleasingFactor(CRF) Immunoreactivity inRodent
andNon-humanPrimate:ImplicationstoSignalingin the Ventral Midbrain.
Abstracts
Fudgelab studentabstracts
Kelly, E.A., Rittenhouse, C., Majewska, A.K. (2013)The effects of postnatalexposureto low-dosebisphenol-A
on ocular dominanceplasticity in the mouseprimary visualcortex. DepartmentofEnvironmentalScience:
Toxicology Training ProgramRetreat.
Kelly, E. A., Tremblay, M.-E., Tian, L, Gahmberg, C., Majewska, A.K. (2011)UltrastructuralDistributionof
ICAM-5 (Telencephalin) in mousevisualcortex. University of RochesterNeuroscienceRetreat.
5. C.V.- Emily A. Kelly- Page 5 of 5
Kelly, E. A., Tremblay, M.-E., Tian, L, Gahmberg, C., Majewska, A.K. (2011)UltrastructuralDistributionof
ICAM-5 (Telencephalin) in mousevisualcortex. Soc. Neurosci. Abstr.
Kelly, E. A., Tremblay, M.-E., Tian, L, Gahmberg, C., Majewska, A.K. (2011)UltrastructuralRelationship
between ICAM-5 (Telencephalin) labeled dendrites andglial elements in mouse visual cortex. Synapses:From
Moleculesto Circuits and Behaviormeeting.
Kelly, E. A., Tremblay, M.-E., Tian, L, Gahmberg, C., Majewska, A.K. (2010)UltrastructuralRelationship
between ICAM-5 (Telencephalin) labeled dendrites andglial elements in mouse visualcortex. Soc. Neurosci.
Abstr.
Kelly, E. A., Majewska, A. (2009)MonocularDeprivationInducesChangesin SynapticStructurein Adult
RodentVisual Cortex following MonocularDeprivation. Soc. Neurosci. Abstr.
Kelly, E. A., Majewska, A. (2008)Changesin Extracellular Matrix CompositionduringExperience-Dependent
Plasticity in the DevelopingVisual Cortex. Soc. Neurosci. Abstr.
Kornack, D.R., Kelly, E. A., Shannon, D.E. (2005)PersistentDoublecortinExpressionIdentifies a Novel
NeuronalPopulationinAdult Primate Neocortex. Soc. Neurosci. Abstr.
Kelly, E. A., McCasland, J.S. (2004)GAP-43 HeterozygousMicefail to ShowNormalSynapticReorganizationin
DevelopingBarrel Cortex. Somatosensory andMotorResearch 21(1):45-64
Kelly, E. A., McCasland, J. S. (2002)Elevated MetabolismandColocalizationof PostsynapticReceptorsin
Barrel Cortex of GAP-43 HeterozygousMice: Evidence for HomeostaticCompensation. Somatosensory and
MotorResearch 20(1):93-110
Kelly, E.A., Blue, M. E., McCasland, J. S. (2001)PatternedNMDAR1 immunostaininginmousebarrel cortex
requires GAP-43 expression. Somatosensory and MotorResearch 18(2):150-174.
REFERENCES
Available upon request
Ania K. Majewska, Ph.D. AssociateProfessor, Departmentof Neurobiology andAnatomy, University of
Rochester Medical Center. Ania_Majewska@urmc.rochester.edu
DavidR. Kornack, Ph.D. AssociateProfessor, Departmentof Neurobiology and Anatomy, University of
Rochester Medical Center. David_kornack@urmc.rochester.edu
JamesS. McCasland, Ph.D., Professor, DepartmentofCell andDevelopmentalBiology, SUNYUpstateMedical
University. mccaslaj@mail.upstate.edu
Dennis J. Stelzner, Ph.D., InterimChair, Departmentof Cell and DevelopmentalBiology, SUNYUpstateMedical
University. stelznerj@upstate.edu