Carey Phillips

Bowdoin College

Affiliations

Bowdoin College

Neuroscience

NoneCarey Phillips is currently serving as a Bowdoin College faculty at Bowdoin College.

Honors

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Experiences

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Education

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Carey Phillips

Bowdoin College

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developmental biology embryology morphogenesis developmental cell embryonic development developmental system cell biology biology cellular differentiation developmental genetics ontogeny gene expression pattern formation zoology cell fate determination organ development xenopus laevis genetics developmental neurobiology central nervous system regeneration (biology) xenotransplantation reproductive immunology animal biotechnology cell research nucleic acids reproductive biology molecular cell biology cellular physiology computational intelligence machine learning research bio-inspired computation oocytes skin development rna processing rna biology mitochondrial dynamics evolutionary developmental biology structural morphology morphological evidence inductive inference neuronal networks symbolic machine learning planar induction anteroposterior pattern epidermis-specific marker xenopus laevis embryos lip region nonepidermal pathway study tissue induction epidermal antigen regional distribution total rna concentrations early embryogenesis spatial changes cerebellar gene regulation xenopus embryogenesis bioinformatics initiative

Notable Scholarly Works

Notable Federal Grants

Collaborators

CBGRITS: Cerebellar Gene Regulation in Time and Space. Developmental Biology (2014)

Thomas HaDouglas SwansonMatt LaroucheRandy GlennDave WeedenPeter ZhangKristin HamreMichael LangstonCharles PhillipsMingzhou SongZhengyu OuyangElissa CheslerSuman DuvvurruRoumyana YordanovaYan CuiKate CampbellGreg RickerCarey PhillipsRamin HomayouniDan Goldowitz

developmental biologycerebellar gene regulationgenetics

The Zebrafish Dvd Exchange Project: A Bioinformatics Initiative. Methods in cell biology (2004)

Mark S. CooperGreg Sommers-HerivelCara T. PoageMatthew B. McCarthyBryan D. CrawfordCarey Phillips

computational biologycell biologybioinformaticsbioinformatics initiative

Gravitational Effects on the Rearrangement of Cytoplasmic Components During Axial Formation in Amphibian Development. Advances in Space Research (1996)

morphologyembryologyevolutionary ecologydevelopmental biologydevelopmental systemgravitational effectsanatomybiologymorphogenesisaxial formationstructural morphologyzoologyembryonic developmentdevelopmental cellmorphological evidenceontogenyamphibian developmentpattern formationevolutionary developmental biologymorphology (biology)

Relocation of Mitochondria to the Prospective Dorsal Marginal Zone During Xenopus Embryogenesis. Developmental Biology (1995)

molecular and cellular biologycellular differentiationembryologydevelopmental cellembryonic developmentcell biologycellular physiologymitochondrial dynamicsdevelopmental biologymolecular cell biologycell fate determinationdevelopmental systemxenopus embryogenesismorphogenesisorgan development

Planar Induction of Anteroposterior Pattern in the Developing Central Nervous System of Xenopus Laevis. Science (1992)

Tabitha DoniachCarey R. PhillipsJohn C. Gerhart

planar inductiondevelopmental biologyanteroposterior patterndevelopmental neurobiologycentral nervous system

Chapter 18 Neural Induction. Methods in cell biology (1991)

neural computationsymbolic machine learningneurosciencechapter 18machine intelligenceneural network (machine learning)bio-inspired computationmachine learning researchcomputational intelligencecomputational neuroscienceneuronal networksinductive inferencemachine learning

Neural Induction.. PubMed (1991)

Signals From the Dorsal Blastopore Lip Region During Gastrulation Bias the Ectoderm Toward a Nonepidermal Pathway of Differentiation in Xenopus Laevis. Developmental Biology (1989)

embryologycellular differentiationzoologydevelopmental cellembryonic developmentcell biologylip regiondevelopmental biologycell fate determinationdevelopmental systemontogenygene expressiondevelopmental geneticsmorphogenesisnonepidermal pathwayxenopus laevis

Expression of Epi 1, an Epidermis-Specific Marker in Xenopus Laevis Embryos, is Specified Prior to Gastrulation. Developmental Biology (1988)

Cheryl LondonRebecca AkersCarey Phillips

developmental biologyxenopus laevis embryosepidermis-specific markerembryology

Expression of an Epidermal Antigen Used to Study Tissue Induction in the Early Xenopus Laevis Embryo. Science (1986)

tissue (biology)organ developmentembryologyembryonic developmentdevelopmental cellanimal biotechnologycell biologyxenotransplantationepidermal antigendevelopmental biologystudy tissue inductionskin developmentoocytescell researchmorphogenesisreproductive immunologyregeneration (biology)