Faculty

Institution

Unit

Venue

James Monaghan

Chair & Full Professor Associate Professor of Biology

Northeastern University

Affiliations

College of Science

Biology

James Monaghan is currently serving as a Biology Chair & Full Professor Associate Professor of Biology at Northeastern University.

Honors

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Experiences

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Education

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James Monaghan

Northeastern University

Chair & Full Professor Associate Professor of Biology

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developmental biology molecular biology neuroscience genetics gene expression developmental neurobiology mammalian biology regenerative medicine transcription regulation developmental science spinal cord genomics bioinformatics membrane biology neurophysiology transcription (biology) gene function mexican axolotl genome biology animal science biomedical imaging fish biology molecular neurobiology plo biology animal physiology avian biology stem cell research bioenergetics microarray data analysis gene regulation metamorphism thyroid hormone comparative endocrinology cell cycle retina rna biology computational visualization angiogenesis nanosensors appendage regeneration limb regeneration ambystoma mexicanum axolotl limbs digestive diseases molecular gastroenterology zoology molecular ecology sequence analysis clinical gastroenterology pathway analysis mutagenesis neurochemistry animal genetics genetic diversity phylogenomics comparative genomics reproductive physiology cell regulation prognostic biomarkers development methodology tissue development cell culture embryonic development tissue imaging brain imaging cdna sequence analysis nerve-dependent limb regeneration scar-free healing adult axolotls skin regeneration combinatorial transcriptional profiling disparate subtypes gene expression patterns early gene expression est resources information transfer genetic engineering evolutionary developmental biology biology developmental system

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Spatial Distribution of Sost Mrna and Sclerostin Expression in Response to in Vivo Mechanical Loading. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Quentin A MeslierJacy HoffmanRobert OehrleinDaniel KurczyJames R MonaghanSandra J Shefelbine

biophysicssost mrnasclerostinsclerostin expressionmolecular biologyspatial distributionsystems biologygene expression

Retinoic Acid Breakdown is Required for Proximodistal Positional Identity During Amphibian Limb Regeneration. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Timothy Joseph DuerrMelissa MillerSage KumarDareen BakrJackson R. GriffithsAditya K. GauthamDanielle DouglasS. Randal VossJames R Monaghan

amphibian limb regenerationretinoic acid breakdownproximodistal positional identitybiologyregeneration (biology)

Wish ‐ Bone: Whole‐Mount in Situ Histology, to Label Osteocyte Mrna and Protein in 3D Adult Mouse Bones. The FASEB Journal (2024)

Quentin A. MeslierTimothy J. DuerrWebster GuanBrian NguyenJames R. MonaghanSandra J. Shefelbine

biologyhistopathologybone imagingbone research

Wish-Bone: Whole-Mount in Situ Histology, to Label Osteocyte Mrna and Protein in 3D Adult Mouse Bones. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Quentin A. MeslierTimothy J. DuerrBrian NguyenJames R. MonaghanSandra J. Shefelbine

adult mouse bonespathologyosteocyte mrnadermatologymolecular biologymammalian biologystructural biologybone research

Material Properties in Regenerating Axolotl Limbs Using Inverse Finite Element Analysis. Journal of the mechanical behavior of biomedical materials/Journal of mechanical behavior of biomedical materials (2023)

Vineel KondiboyinaTimothy J. DuerrJames R. MonaghanSandra J. Shefelbine

axolotl limbsmechanical behaviormechanical engineeringmechanical sciencebiomedical engineeringskeletal musclebiomechanical engineeringmaterials sciencebiomechanics

A Constitutively Expressed Fluorescent Ubiquitination-Based Cell-Cycle Indicator (Fucci) in Axolotls for Studying Tissue Regeneration. Development (2022)

Timothy J. DuerrEun Kyung JeonKaylee M. WellsAntonio VillanuevaAshley W. SeifertCatherine D. McCuskerJames R. Monaghan

cell cycletissue regenerationcell biologydevelopment methodologytissue developmentdevelopmental biologydevelopmental sciencemolecular biologyfluorescencetissue engineering

Click Chemistry-Enabled Conjugation Strategy for Producing Dibenzodiazepinone-Type Fluorescent Probes to Target M 2 Acetylcholine Receptors. Bioconjugate Chemistry (2022)

Hongrong YangNicholas MicovicJames R. MonaghanHeather A. Clark

biological engineeringdrug targetingprotein sciencebioconjugationsynthetic biologymedicinal chemistrymembrane biologypharmacologydrug discoveryfluorescenceclick chemistrybiomolecular engineeringdibenzodiazepinone-type fluorescent probes

Establishing a New Research Axolotl Colony. Methods in molecular biology (2022)

Anastasia S. YandulskayaJames R. Monaghan

molecular biology

Hybridization Chain Reaction Fluorescence in Situ Hybridization (Hcr-Fish) in Ambystoma Mexicanum Tissue. Methods in molecular biology (2022)

Alex M. LovelyTimothy J. DuerrDavid F. SteinEvan T. MunJames R. Monaghan

fish biologydevelopmental biologymolecular biologymolecular biotechnologygeneticstissue engineering

Local Mechanical Stimuli Correlate With Tissue Growth in Axolotl Salamander Joint Morphogenesis. Proceedings of the Royal Society B Biological Sciences (2022)

Ester ComellasJohanna E. FarkasGiona KleinbergKatlyn LloydThomas MuellerTimothy J. DuerrJose J. MuñozJames R. MonaghanSandra J. Shefelbine

biophysicsdevelopmental biologybiologylocal mechanical stimulitissue growthmorphogenesisbiomechanics

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James Monaghan

Chair & Full Professor Associate Professor of Biology

Northeastern University

Affiliations

College of Science

Biology

James Monaghan is currently serving as a Biology Chair & Full Professor Associate Professor of Biology at Northeastern University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Monaghan

Northeastern University

Chair & Full Professor Associate Professor of Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

3D Spatial Distribution of Sost Mrna and Sclerostin Expression in Response to in Vivo Mechanical Loading. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Quentin A MeslierJacy HoffmanRobert OehrleinDaniel KurczyJames R MonaghanSandra J Shefelbine

biophysicssost mrnasclerostinsclerostin expressionmolecular biologyspatial distributionsystems biologygene expression

Retinoic Acid Breakdown is Required for Proximodistal Positional Identity During Amphibian Limb Regeneration. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Timothy Joseph DuerrMelissa MillerSage KumarDareen BakrJackson R. GriffithsAditya K. GauthamDanielle DouglasS. Randal VossJames R Monaghan

amphibian limb regenerationretinoic acid breakdownproximodistal positional identitybiologyregeneration (biology)

Wish ‐ Bone: Whole‐Mount in Situ Histology, to Label Osteocyte Mrna and Protein in 3D Adult Mouse Bones. The FASEB Journal (2024)

Quentin A. MeslierTimothy J. DuerrWebster GuanBrian NguyenJames R. MonaghanSandra J. Shefelbine

biologyhistopathologybone imagingbone research

Wish-Bone: Whole-Mount in Situ Histology, to Label Osteocyte Mrna and Protein in 3D Adult Mouse Bones. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Quentin A. MeslierTimothy J. DuerrBrian NguyenJames R. MonaghanSandra J. Shefelbine

adult mouse bonespathologyosteocyte mrnadermatologymolecular biologymammalian biologystructural biologybone research

Vineel KondiboyinaTimothy J. DuerrJames R. MonaghanSandra J. Shefelbine

axolotl limbsmechanical behaviormechanical engineeringmechanical sciencebiomedical engineeringskeletal musclebiomechanical engineeringmaterials sciencebiomechanics

A Constitutively Expressed Fluorescent Ubiquitination-Based Cell-Cycle Indicator (Fucci) in Axolotls for Studying Tissue Regeneration. Development (2022)

Timothy J. DuerrEun Kyung JeonKaylee M. WellsAntonio VillanuevaAshley W. SeifertCatherine D. McCuskerJames R. Monaghan

cell cycletissue regenerationcell biologydevelopment methodologytissue developmentdevelopmental biologydevelopmental sciencemolecular biologyfluorescencetissue engineering

Click Chemistry-Enabled Conjugation Strategy for Producing Dibenzodiazepinone-Type Fluorescent Probes to Target M 2 Acetylcholine Receptors. Bioconjugate Chemistry (2022)

Hongrong YangNicholas MicovicJames R. MonaghanHeather A. Clark

Establishing a New Research Axolotl Colony. Methods in molecular biology (2022)

Anastasia S. YandulskayaJames R. Monaghan

molecular biology

Hybridization Chain Reaction Fluorescence in Situ Hybridization (Hcr-Fish) in Ambystoma Mexicanum Tissue. Methods in molecular biology (2022)

Alex M. LovelyTimothy J. DuerrDavid F. SteinEvan T. MunJames R. Monaghan

fish biologydevelopmental biologymolecular biologymolecular biotechnologygeneticstissue engineering

Local Mechanical Stimuli Correlate With Tissue Growth in Axolotl Salamander Joint Morphogenesis. Proceedings of the Royal Society B Biological Sciences (2022)

Ester ComellasJohanna E. FarkasGiona KleinbergKatlyn LloydThomas MuellerTimothy J. DuerrJose J. MuñozJames R. MonaghanSandra J. Shefelbine

biophysicsdevelopmental biologybiologylocal mechanical stimulitissue growthmorphogenesisbiomechanics

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Similar Faculty Members

Monte Westerfield

Institution

University of Oregon

genetics

fish biology

Richard Harland

Institution

University of California, Berkeley

developmental genetics

planar cell polarity

Claude Desplan

Institution

New York University

sociobiology

communication

S. Randal Voss

Institution

University of Kentucky

salamander regeneration

developmental system

Bernd Fritzsch

Institution

University of Iowa

morphogenesis

cell specialization

Steven J. Burden, PhD

Institution

New York University

brain aging

molecular neurobiology

Philip Beachy

Institution

Stanford University

stem cell research

hedgehog proteins

Seth Blackshaw

Institution

Johns Hopkins University

neuroscience

ophthalmology

Robert J. Schwartz

Institution

University of Houston

cellular differentiation

stem cell

Marc Tessier-Lavigne

Institution

Stanford University

neuroscience

brain structure