Faculty

Institution

Unit

Venue

Diane Darland

Chester Fritz Distinguished Professor Full Professor of Biology

University of North Dakota

Affiliations

College of Arts & Sciences

Math & Science

Department of Biology

Diane Darland is currently serving as a College Of Arts & Sciences Chester Fritz Distinguished Professor Full Professor of Biology at University of North Dakota.

Honors

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Experiences

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Education

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Diane Darland

University of North Dakota

Chester Fritz Distinguished Professor Full Professor of Biology

You can click a keyword to filter the displayed items

developmental biology neuroscience cell biology vascular biology molecular biology mammalian biology gene expression nanoparticle research angiogenesis developmental neurobiology membrane biology endocrinology nanotechnology toxicology developmental science stem cell research longitudinal effects regenerative medicine tissue engineering animal physiology liver physiology protein science fish biology nutritional biochemistry nutrient physiology tissue development biomaterials design biocompatible materials experimental ophthalmology knockout mice conditioned place preference plo biology cellular physiology avian biology biotechnology advance experimental medicine vision research angiology ecotoxicity mammalian physiology embryonic development functional tissue engineering visual function nucleic acid amplification lab-on-a-chip molecular neurobiology nanosensors organ development polyphenolics developmental toxicology vascular development survival role clinical investigation skeletal muscle experimental testing receptor tyrosine kinases functional regulation sensor technology sensor design hit identification pharmacokinetics inhalation toxicology phytotoxicity mucosal immunology endogenous vegf muller cells blood vessel maturation cell cell interactions blood-neural barrier properties endothelial cell-astrocyte interactions soluble vegf-dependent mechanism endothelial cell interaction retinal pigment epithelium integrated microfluidic systems endothelial-mesenchymal interactions microglial phenotype developmental system cell fate determination developmental cell cell specialization epigenetics cellular differentiation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bones, Brains, and Bias—Neural Crest Cell Contribution to Craniofacial Structure. Developmental Biology (2025)

craniofacial disorderscraniofacial structuredevelopmental cellbone researchmorphogenesismorphology (biology)anatomydevelopmental neurobiologydevelopmental biologycraniofacial researchaxial skeletonneurosciencecell biology

Fe3+-Doped Graphene Quantum Dots-Based Nanozyme for H2O2 Detection in Cellular Metabolic Distress. ACS Applied Materials & Interfaces (2025)

biosensorschemical engineeringh2o2 detectionnanoparticle researchcarboncellular metabolic distressnanoparticleschemistryelectroanalytical chemistrynanomaterialsgraphene quantum dotgraphenenanotechnologycarbon-based materials

Fe 3+ -Doped Graphene Quantum Dots-Based Nanozyme for H 2 O 2 Detection in Cellular Metabolic Distress. ACS Applied Nano Materials (2025)

Yingfen WuColin CombsBlessing O. OkosunKirati TayutivutikulDiane C. DarlandJulia Xiaojun Zhao

nanomedicinenanoparticlesbiochemistrymolecular sciencehexagonal boron nitridecarbongraphene quantum dottherapeutic nanomaterialsnanotechnologycolloidal nanocrystalscellular metabolic distresscellular biochemistrybiological engineeringnanoparticle researchgraphene nanomeshesmolecular biologyquantum dotsgraphenenano energy

Multi-Functional Near-Infrared Fluorescent Polymer Dot–Sirna for Gene Expression Regulation. Journal of Materials Chemistry B (2025)

Di SunBlessing O. OkosunYujie XueKirati TayutivutikulKaitlyn H. SmithDiane C. DarlandJulia X. Zhao

small rnagene regulationgene expressiontranscription regulationgene regulatory networksmolecular engineeringtranscription (biology)molecular sciencemolecular regulationbiomolecular engineeringmolecular biologyquantum dotsgene expression regulationbiochemistrymolecular imaging

Multi-Functional Near-Infrared Fluorescent Polymer Dot-Sirna for Gene Expression Regulation. Journal of Materials Chemistry B (2025)

gene expressiontranscription regulationmolecular cell biologymolecular biologygene expression regulationgene regulationnucleic acids

Multifunctional Near Infrared Polymer Dots for Enhanced Synergistic Photodynamic/Photothermal Effect in Vitro. ACS Applied Bio Materials (2025)

Yingfen WuDiane C. DarlandColin K. CombsJulia Xiaojun Zhao

polymer nanotechnologybiophysicsoptical propertiesbio-based materialsnanoparticle researchphotochemistryphotomedicinebiomaterials designbiomolecular engineeringbiomaterialsbiopolymersnanoparticlesinfrared polymer dotspolymer sciencebiological engineeringbiocompatible materialssynthetic photochemistry

Multifunctional Near Infrared Polymer Dots for Enhanced Synergistic Photodynamic/Photothermal Therapy. ACS Applied Biomaterials (2025)

nanomedicinebiomedical engineeringnanoparticle researchphotomedicinepolymer chemistrychemistryphotodynamic therapytherapeutic nanomaterialsbiopolymers

Author Response for"Multi-Functional Near-Infrared Fluorescent Polymer Dot–Sirna for Gene Expression Regulation". (2024)

None Di SunNone Blessing O. OkosunNone Yujie XueNone Kirati TayutivutikulNone Kaitlyn H. SmithNone Diane C. DarlandNone Julia X. Zhao

gene functiongene expression regulationoptogeneticsvascular biologykey sitetranscription factorsmolecular diagnosticsprotein sciencenucleic acidsauthor responsefunctional genomicspeptide sciencetranscription (biology)transcriptomics technologygene expressiontranscription regulationsystems biologybiomolecular engineeringmolecular biologygene regulation

Neuronal and Glial Cell Alterations Involved in the Retinal Degeneration of the Familial Dysautonomia Optic Neuropathy. Glia (2024)

neurologyglial cell alterationsophthalmologyneuro-ophthalmologyretinaneuropathologymolecular neuroscienceoptic nervemolecular neurodegenerationretinal degenerationophthalmology retinaneuroscienceneurodegenerative diseasesocular disease

Neuronal and Glial Cell Alterations Involved in the Retinal Degeneration of the Familial Dysautonomia Optic Neuropathy. Glia (2024)

Anastasia SchultzHenar Albertos‐ArranzXavier Sánchez SáezJamie MorganDiane C. DarlandAlejandra Gonzalez‐DuarteHoracio KaufmannCarlos E. Mendoza‐SantiestebanNicolás CuencaFrances Lefcort

neurologyglial cell alterationsophthalmologyneuro-ophthalmologyretinal degenerationocular pathologyneuroscience

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Diane Darland

Chester Fritz Distinguished Professor Full Professor of Biology

University of North Dakota

Affiliations

College of Arts & Sciences

Math & Science

Department of Biology

Diane Darland is currently serving as a College Of Arts & Sciences Chester Fritz Distinguished Professor Full Professor of Biology at University of North Dakota.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Diane Darland

University of North Dakota

Chester Fritz Distinguished Professor Full Professor of Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bones, Brains, and Bias—Neural Crest Cell Contribution to Craniofacial Structure. Developmental Biology (2025)

Fe3+-Doped Graphene Quantum Dots-Based Nanozyme for H2O2 Detection in Cellular Metabolic Distress. ACS Applied Materials & Interfaces (2025)

Fe 3+ -Doped Graphene Quantum Dots-Based Nanozyme for H 2 O 2 Detection in Cellular Metabolic Distress. ACS Applied Nano Materials (2025)

Yingfen WuColin CombsBlessing O. OkosunKirati TayutivutikulDiane C. DarlandJulia Xiaojun Zhao

Multi-Functional Near-Infrared Fluorescent Polymer Dot–Sirna for Gene Expression Regulation. Journal of Materials Chemistry B (2025)

Di SunBlessing O. OkosunYujie XueKirati TayutivutikulKaitlyn H. SmithDiane C. DarlandJulia X. Zhao

Multi-Functional Near-Infrared Fluorescent Polymer Dot-Sirna for Gene Expression Regulation. Journal of Materials Chemistry B (2025)

gene expressiontranscription regulationmolecular cell biologymolecular biologygene expression regulationgene regulationnucleic acids

Multifunctional Near Infrared Polymer Dots for Enhanced Synergistic Photodynamic/Photothermal Effect in Vitro. ACS Applied Bio Materials (2025)

Yingfen WuDiane C. DarlandColin K. CombsJulia Xiaojun Zhao

Multifunctional Near Infrared Polymer Dots for Enhanced Synergistic Photodynamic/Photothermal Therapy. ACS Applied Biomaterials (2025)

nanomedicinebiomedical engineeringnanoparticle researchphotomedicinepolymer chemistrychemistryphotodynamic therapytherapeutic nanomaterialsbiopolymers

Author Response for"Multi-Functional Near-Infrared Fluorescent Polymer Dot–Sirna for Gene Expression Regulation". (2024)

None Di SunNone Blessing O. OkosunNone Yujie XueNone Kirati TayutivutikulNone Kaitlyn H. SmithNone Diane C. DarlandNone Julia X. Zhao

Neuronal and Glial Cell Alterations Involved in the Retinal Degeneration of the Familial Dysautonomia Optic Neuropathy. Glia (2024)

Anastasia SchultzHenar Albertos‐ArranzXavier Sánchez SáezJamie MorganDiane C. DarlandAlejandra Gonzalez‐DuarteHoracio KaufmannCarlos E. Mendoza‐SantiestebanNicolás CuencaFrances Lefcort

neurologyglial cell alterationsophthalmologyneuro-ophthalmologyretinal degenerationocular pathologyneuroscience

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10 / page

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Vanderbilt University

molecular biology

microrna detection

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University of Massachusetts Lowell

molecular and cellular biology

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University of California, Santa Barbara

Robert J. Schwartz

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stem cell

Christopher V. Wright

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