Faculty

Institution

Unit

Venue

Peter Lwigale

Associate Professor

Rice University

Affiliations

Wiess School of Natural Sciences

Biosciences

Peter Lwigale is currently serving as a Biosciences Associate Professor at Rice 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

Peter Lwigale

Rice University

Associate Professor

You can click a keyword to filter the displayed items

developmental biology ophthalmology neuroscience visual science avian biology gene expression mammalian biology embryonic development genetics vascular biology angiogenesis developmental neurobiology vision research ocular development regenerative medicine wound healing membrane biology tissue development cornea development morphogenesis neural crest migration embryology developmental science scientific visualization embryonic cornea sensory innervation molecular neuroscience oral biology protein science angiology experimental analysis experimental ophthalmology cutaneous biology ocular disease neural crest mouse cornea segment dysgenesis primary cilia deficiency ornithology cartilage plo biology molecular physiology animal biotechnology cellular physiology craniofacial research zoology stem cell research evolutionary developmental biology brain science molecular neurobiology avian evolution cellular neurobiology gene expression profiling gene function cell culture tissue physiology tissue culture ocular tissues biological oceanography cell migration cytokines host specificity auditory physiology cell regulation developmental origins trigeminal ganglion corneal keratocytes embryonic origin sensory neurons rostrocaudal axis angioblast migration cell biology molecular regulation matrix biology neuroregeneration developmental cell tissue (biology) ocular surface cellular differentiation extracellular matrix corneal dystrophy corneal development

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corneal Development. Elsevier eBooks (2024)

Sneha K. MohanJames D. Lauderdale

molecular and cellular biologydevelopmental biologycorneal developmentmolecular biologyophthalmology

Expression of Nephronectin in the Descemet's Membrane of Mouse Corneas During Development and Adult Homeostasis. Experimental Eye Research (2024)

Matthew GarisMatthew D. MeyerPeter Lwigale

mouse corneasexperimental ophthalmologydevelopmental biologyavian biologymembrane biologyexperimental medicineadult homeostasisophthalmologymammalian biology

Morphogenic, Molecular, and Cellular Adaptations for Unidirectional Airflow in the Chicken Lung. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Kamryn N Gerner-MauroLisandra Vila EllisGuolun WangRicha NayakPeter Y LwigaleRoss A PochéJichao Chen

chicken lungunidirectional airflowcellular adaptationsmolecular biology

Ocular Development: A View From the Front to the Back of the Eye. Differentiation (2023)

Anna La TorrePeter Lwigale

ocular developmentophthalmology

Visualization of Rna Virus Infection in a Marine Protist With a Universal Biomarker. Scientific Reports (2023)

Samantha R. CoyBudi UtamaJames W. SpurlinJulia G. KimHarshavardhan DeshmukhPeter LwigaleKeizo NagasakiAdrienne M. S. Correa

marine protistscientific visualizationrna virus infectionvirologyzoologyuniversal biomarkerenvironmental sciencebiological oceanographymarine biologyecologyhealth sciences

Bmp3 Inhibits Tgfβ2-Mediated Myofibroblast Differentiation During Wound Healing of the Embryonic Cornea. npj Regenerative Medicine (2022)

James W. SpurlinMatthew R. GarisPeter Y. Lwigale

regenerative medicinewound healingimmunologyembryonic corneadermatologyoral biologydevelopmental biologycutaneous biology

Investigating Scarless Tissue Regeneration in Embryonic Wounded Chick Corneas. Journal of Visualized Experiments (2022)

Manish PathuriJames Spurlin IIIPeter LwigaleTyler Schwend

visual scienceexperimental botanyangiogenesischick corneasscarless tissue regenerationembryologyembryonic developmentcell biologytissue developmentdevelopmental biologyavian biologyexperimental analysisophthalmologymammalian biologyscientific visualizationvisualization

Nephronectin-Integrin α8 Signaling is Required for Proper Migration of Periocular Neural Crest Cells During Chick Corneal Development. eLife (2022)

Justin MaLian BiJames SpurlinPeter Lwigale

embryonic developmentchick corneal developmentdevelopmental biologyavian biologyophthalmologymorphogenesiscell migration

Periocular Neural Crest Cell Differentiation Into Corneal Endothelium is Influenced by Signals in the Nascent Corneal Environment. Developmental Biology (2020)

Anna BabushkinaPeter Lwigale

developmental biologyophthalmologycorneal endotheliumcellular differentiation

Recapitulation of Normal Collagen Architecture in Embryonic Wounded Corneas. Scientific Reports (2020)

Elena KoudounaJames SpurlinAnna BabushkinaAndrew J. QuantockJames V. JesterPeter Lwigale

regenerative medicinecraniofacial researchangiogenesiswound healinganatomyocular tissuesnormal collagen architecturetissue developmentdermatologyoral biologydevelopmental biologyophthalmologytissue (biology)tissue engineering

1
2
3
4
5
8
10 / page

Peter Lwigale

Associate Professor

Rice University

Affiliations

Wiess School of Natural Sciences

Biosciences

Peter Lwigale is currently serving as a Biosciences Associate Professor at Rice 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

Peter Lwigale

Rice University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corneal Development. Elsevier eBooks (2024)

Sneha K. MohanJames D. Lauderdale

molecular and cellular biologydevelopmental biologycorneal developmentmolecular biologyophthalmology

Expression of Nephronectin in the Descemet's Membrane of Mouse Corneas During Development and Adult Homeostasis. Experimental Eye Research (2024)

Matthew GarisMatthew D. MeyerPeter Lwigale

mouse corneasexperimental ophthalmologydevelopmental biologyavian biologymembrane biologyexperimental medicineadult homeostasisophthalmologymammalian biology

Morphogenic, Molecular, and Cellular Adaptations for Unidirectional Airflow in the Chicken Lung. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Kamryn N Gerner-MauroLisandra Vila EllisGuolun WangRicha NayakPeter Y LwigaleRoss A PochéJichao Chen

chicken lungunidirectional airflowcellular adaptationsmolecular biology

Ocular Development: A View From the Front to the Back of the Eye. Differentiation (2023)

Anna La TorrePeter Lwigale

ocular developmentophthalmology

Visualization of Rna Virus Infection in a Marine Protist With a Universal Biomarker. Scientific Reports (2023)

Samantha R. CoyBudi UtamaJames W. SpurlinJulia G. KimHarshavardhan DeshmukhPeter LwigaleKeizo NagasakiAdrienne M. S. Correa

marine protistscientific visualizationrna virus infectionvirologyzoologyuniversal biomarkerenvironmental sciencebiological oceanographymarine biologyecologyhealth sciences

Bmp3 Inhibits Tgfβ2-Mediated Myofibroblast Differentiation During Wound Healing of the Embryonic Cornea. npj Regenerative Medicine (2022)

James W. SpurlinMatthew R. GarisPeter Y. Lwigale

regenerative medicinewound healingimmunologyembryonic corneadermatologyoral biologydevelopmental biologycutaneous biology

Investigating Scarless Tissue Regeneration in Embryonic Wounded Chick Corneas. Journal of Visualized Experiments (2022)

Manish PathuriJames Spurlin IIIPeter LwigaleTyler Schwend

Nephronectin-Integrin α8 Signaling is Required for Proper Migration of Periocular Neural Crest Cells During Chick Corneal Development. eLife (2022)

Justin MaLian BiJames SpurlinPeter Lwigale

embryonic developmentchick corneal developmentdevelopmental biologyavian biologyophthalmologymorphogenesiscell migration

Periocular Neural Crest Cell Differentiation Into Corneal Endothelium is Influenced by Signals in the Nascent Corneal Environment. Developmental Biology (2020)

Anna BabushkinaPeter Lwigale

developmental biologyophthalmologycorneal endotheliumcellular differentiation

Recapitulation of Normal Collagen Architecture in Embryonic Wounded Corneas. Scientific Reports (2020)

Elena KoudounaJames SpurlinAnna BabushkinaAndrew J. QuantockJames V. JesterPeter Lwigale

1
2
3
4
5
8
10 / page

Similar Faculty Members

Rebecca A. Wingert

Institution

University of Notre Dame

stem cell

cell specialization

Victoria Bautch

Institution

University of North Carolina at Chapel Hill

vascular biology

cell biology

Mary Ann Stepp

Institution

George Washington University

extracellular matrix

stem cell

Valerie Horsley

Institution

Yale University

cell biology

dermatology

Gage Dekoeyer Crump

Institution

University of Southern California

orthopaedic surgery

stem cell

Tsutomu Kume

Institution

Northwestern University

stem cell

haematopoiesis

Gordon Laurie

Institution

University of Virginia

epithelial homeostasis

cell biology

Kathy Svoboda

Institution

Texas A&M University

extracellular matrix

matrix biology

Joey V. Barnett

Institution

Vanderbilt University

disease pathophysiology

cell biology

Alan Burns

Institution

University of Houston

ocular biology

ocular surface

Similar Faculty Members

Rebecca A. Wingert

Institution

University of Notre Dame

stem cell

cell specialization

Victoria Bautch

Institution

University of North Carolina at Chapel Hill

vascular biology

cell biology

Mary Ann Stepp

Institution

George Washington University

extracellular matrix

stem cell

Valerie Horsley

Institution

Yale University

cell biology

dermatology

Gage Dekoeyer Crump

Institution

University of Southern California

orthopaedic surgery

stem cell

Tsutomu Kume

Institution

Northwestern University

stem cell

haematopoiesis

Gordon Laurie

Institution

University of Virginia

epithelial homeostasis

cell biology

Kathy Svoboda

Institution

Texas A&M University

extracellular matrix

matrix biology

Joey V. Barnett

Institution

Vanderbilt University

disease pathophysiology

cell biology

Alan Burns

Institution

University of Houston

ocular biology

ocular surface