Faculty

Institution

Unit

Venue

Laurie A. Boyer

Professor of Biology and Biological Engineering; Co-Undergraduate Officer

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

Laurie A. Boyer is currently serving as a Biology Professor of Biology and Biological Engineering; Co-Undergraduate Officer at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Laurie A. Boyer

Massachusetts Institute of Technology

Professor of Biology and Biological Engineering; Co-Undergraduate Officer

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molecular biology cell biology genetics developmental biology epigenetics gene expression chromatin membrane biology human genetics molecular cell biology regenerative medicine stem cells genome biology stem cell research transcription regulation cardiology chromatin remodeling cellular physiology gene regulation cell regulation epigenetic changes embryonic stem cells protein science cardiovascular research rna biology mammalian biology cardiovascular physiology plo biology redox biology developmental genetics molecular regulation stem-cell therapy structural molecular biology bone research molecular physiology circulatory physiology biological chemistry cell research cellular biology medical genetics articular cartilage repair cellular therapy epigenomics embryonic development long non-coding rna cytogenetics functional modification cell lineage preventive cardiology cardiomyopathy stem cell transplantation sant domain cell control non-coding rna signaling pathways structure-function enzyme kinetics key site cellular enzymology biogerontology mammalian physiology genome-wide association studies cell interactions integrative analysis reference human epigenomes dna methylation poised enhancers developmental regulators transcription initiation most promoters cardiovascular lineage commitment long noncoding rna ether lipids epigenetic regulation cardiac lineage developmental transitions pharmacology studies

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Dispersion Metrics for Estimating Single-Cell Transcriptional Variability. bioRxiv (Cold Spring Harbor Laboratory) (2025)

genome biologytranscriptomeomicssingle-cell analysiscell researchbiostatisticsgene expression profilingbiomedical analysissingle cell sequencingdispersion metricscomputational biologybioinformatics

Cfdp1 is Required for Histone Variant H2A.Z Deposition by the Human Srcap Chromatin Remodeling Complex. bioRxiv (Cold Spring Harbor Laboratory) (2025)

epigenetic changeshuman srcap chromatinmolecular and cellular biologymolecular cell biologynucleic acidsmolecular biologychromatin remodelingepigeneticschromatincell biology

Integrating Synthetic Biology to Understand and Engineer the Heart, Lung, Blood, and Sleep Systems. Cell Systems (2025)

systems biologybioengineering modelbiotechnology advancebiological modelssynthetic circuitssynthetic biology

Self-Amplifying Rna Enables Rapid, Durable, Integration-Free Programming of Hipscs. bioRxiv (Cold Spring Harbor Laboratory) (2025)

transcriptomenucleic acid amplificationrna processingtranscription (biology)molecular biologyrna biologysynthetic biologynucleic acids

Author Response: Hiexm: High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. (2024)

computational imagingauthor responsebiophysicsbiomedical engineeringmedical imagingmicroscopy methodsmicroscopybiological imagingsuper-resolution imagingbiomedical imagingapplied physicsnovel imaging methodsoptical imaging

CORRECTION: Metabolic Modulation to Improve Msc Expansion and Therapeutic Potential for Articular Cartilage Repair. Stem Cell Research & Therapy (2024)

Ching Ann TeeDaniel Ninio RoxbyRashidah OthmanVinitha DenslinKiesar Sideeq BhatZheng YangJongyoon HanLisa Tucker-KelloggLaurie A. Boyer

metabolic modulationstem cell researchstem-cell therapystem cellsarticular cartilage repairmsc expansiontherapeutic potential

High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. eLife (2024)

computational imagingbiophysicsbiomedical engineeringbiophotonicsmicroscopy methodsbiological imagingmicroscopysuper-resolution imagingbiomedical imaginghigh-throughput expansion microscopy

Metabolic Modulation to Improve Msc Expansion and Therapeutic Potential for Articular Cartilage Repair. Stem Cell Research & Therapy (2024)

bone repairstem cell researchmetabolic modulationmusculoskeletal researchregenerative medicinecartilagetissue engineeringstem cellsmusculoskeletal tissuesregeneration (biology)articular cartilage repairmsc expansionbone researchorthopaedic surgerycell biology

Reviewer #3 (Public Review): Hiexm: High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. (2024)

John H. DayCatherine Marin Della SantinaPema MaretichAlexander L. AuldKirsten K. SchniederTay ShinEdward S. BoydenLaurie A. Boyer

materials scienceadvanced imagingpublic reviewmicroscopyhigh-throughput expansion microscopysuper-resolution imagingbiomedical imaging

Role of Centrosome Dynamics in Human Cardiomyocyte Maturation: Implications for Regeneration?. Journal of the American College of Cardiology (2024)

Chibuikem IheagwaramLaurie Boyer

cardiologyorgan developmentcardiovascular physiologycellular physiologyregenerative medicinecardiovascular researchsystems biologyvascular biologyapplied physiologymammalian biologycell growthhuman cardiomyocyte maturationregeneration (biology)developmental biologystructural biologymembrane biologycentrosome dynamicscell biology

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Laurie A. Boyer

Professor of Biology and Biological Engineering; Co-Undergraduate Officer

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

Laurie A. Boyer is currently serving as a Biology Professor of Biology and Biological Engineering; Co-Undergraduate Officer at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Laurie A. Boyer

Massachusetts Institute of Technology

Professor of Biology and Biological Engineering; Co-Undergraduate Officer

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assessment of Dispersion Metrics for Estimating Single-Cell Transcriptional Variability. bioRxiv (Cold Spring Harbor Laboratory) (2025)

genome biologytranscriptomeomicssingle-cell analysiscell researchbiostatisticsgene expression profilingbiomedical analysissingle cell sequencingdispersion metricscomputational biologybioinformatics

Cfdp1 is Required for Histone Variant H2A.Z Deposition by the Human Srcap Chromatin Remodeling Complex. bioRxiv (Cold Spring Harbor Laboratory) (2025)

epigenetic changeshuman srcap chromatinmolecular and cellular biologymolecular cell biologynucleic acidsmolecular biologychromatin remodelingepigeneticschromatincell biology

Integrating Synthetic Biology to Understand and Engineer the Heart, Lung, Blood, and Sleep Systems. Cell Systems (2025)

systems biologybioengineering modelbiotechnology advancebiological modelssynthetic circuitssynthetic biology

Self-Amplifying Rna Enables Rapid, Durable, Integration-Free Programming of Hipscs. bioRxiv (Cold Spring Harbor Laboratory) (2025)

transcriptomenucleic acid amplificationrna processingtranscription (biology)molecular biologyrna biologysynthetic biologynucleic acids

Author Response: Hiexm: High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. (2024)

CORRECTION: Metabolic Modulation to Improve Msc Expansion and Therapeutic Potential for Articular Cartilage Repair. Stem Cell Research & Therapy (2024)

Ching Ann TeeDaniel Ninio RoxbyRashidah OthmanVinitha DenslinKiesar Sideeq BhatZheng YangJongyoon HanLisa Tucker-KelloggLaurie A. Boyer

metabolic modulationstem cell researchstem-cell therapystem cellsarticular cartilage repairmsc expansiontherapeutic potential

High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. eLife (2024)

computational imagingbiophysicsbiomedical engineeringbiophotonicsmicroscopy methodsbiological imagingmicroscopysuper-resolution imagingbiomedical imaginghigh-throughput expansion microscopy

Metabolic Modulation to Improve Msc Expansion and Therapeutic Potential for Articular Cartilage Repair. Stem Cell Research & Therapy (2024)

Reviewer #3 (Public Review): Hiexm: High-Throughput Expansion Microscopy Enables Scalable Super-Resolution Imaging. (2024)

John H. DayCatherine Marin Della SantinaPema MaretichAlexander L. AuldKirsten K. SchniederTay ShinEdward S. BoydenLaurie A. Boyer

materials scienceadvanced imagingpublic reviewmicroscopyhigh-throughput expansion microscopysuper-resolution imagingbiomedical imaging

Role of Centrosome Dynamics in Human Cardiomyocyte Maturation: Implications for Regeneration?. Journal of the American College of Cardiology (2024)

Chibuikem IheagwaramLaurie Boyer

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cell biology

Christopher Navara

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University of Texas at San Antonio

cellular differentiation

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Kyle Loh

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