Preshita Desai

Western University of Health Sciences

Affiliations

College Of Pharmacy

Department Of Pharmaceutical Sciences

NonePreshita Desai is currently serving as a College Of Pharmacy faculty at Western University of Health Sciences.

Honors

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Experiences

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Education

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Preshita Desai

Western University of Health Sciences

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drug delivery biomolecular engineering nanomedicine nanoparticle research nano-drug delivery controlled release biomedical engineering nanoparticles pharmacology medicinal research therapeutic nanomaterials pharmaceutical nanotechnology therapeutic targets pharmaceutics tumor targeting drug delivery systems cancer research nanotechnology cancer discovery chemoprevention strategies pancreatic cancer medicine oncology novel therapies nanobiotechnology drug targeting pharmacological research pharmacotherapy in vitro toxicology pharmaceutical sciences cancer treatment pharmaceutical technology cancer immunotherapy crystal engineering cancer cells biofabrication cancer letter cancer imaging biomedical analysis dispersion science biomolecules skin cancer drug development pharmaceutical research delivery systems lipid preparation cancer management nanoscale chemistry colorectal cancer microemulsions digital fabrication clinical pharmacy 3d bioprinting pharmaceutical practice nanotechnology-based celastrol formulations therapeutic applications cancer chemoprevention synergistic chemoprevention nanoformulation-based therapies transgenic mouse model pancreatic ductal adenocarcinoma significant efficacy uv-induced skin cancer topical carvedilol delivery pancreatic cancer chemoprevention loratadine nanoformulations pharmacokinetic considerations lipid nanocarriers abstract 477 self assembling nanoparticles

Notable Scholarly Works

Notable Federal Grants

Collaborators

Three-Dimensional Printing for Precision and Personalized Patient Care: A New Paradigm for Pharmacy Practice?. Pharmaceutics (2026)

health carerapid prototyping3d printingadditive manufacturingindividualized medicineadvanced manufacturing technologiesthree-dimensional printingdigital fabricationclinical pharmacy3d bioprintingbiomedical engineeringmedicinepharmacy practicepharmaceutical practicepersonalized patient care

Abstract Lb186: Development of Simvastatin Nanoformulations Using Various Polymers for the Management of Colorectal Cancer. Cancer Research (2025)

colorectal cancersimvastatin nanoformulationsdrug deliverybiomedical analysisnano-drug deliverynanoparticlestherapeutic nanomaterialspharmaceuticsbiomedical engineeringnanoparticle researchpharmaceutical nanotechnologyabstract lb186polymer chemistrybiomaterialsbiomolecular engineering

Characterization of Parenteral Microemulsions. Apple Academic Press eBooks (2025)

biological engineeringparenteral microemulsionscomplex fluidsdispersion sciencemicroemulsions

Development, Optimization, and Evaluation of Nano Self-Emulsifying Drug Delivery System Formulation Platform for Oral Bioavailability Enhancement of Sulfasalazine and Disulfiram in Lung Cancer Chemoprevention. Pharmaceutical Research (2025)

controlled releasedrug deliverynano-drug deliverynanoparticlesnanomedicinepharmaceuticspharmaceutical technologylung cancer chemopreventionpharmacologypharmaceutical nanotechnologyoral bioavailability enhancementdrug delivery systemsbiomolecular engineeringin vitro toxicology

Lung Cancer Chemo-Interception by Sulfasalazine and Disulfiram Codelivered Using a Nano Self-Emulsifying Drug Delivery System in Mice. Carcinogenesis (2025)

controlled releasedrug deliverynano-drug deliverybiomoleculesdrug targetinglung cancer chemo-interceptionnanomedicinemedicinal researchpharmaceuticspharmacologypharmaceutical nanotechnologydrug delivery systemsbiomolecular engineeringin vitro toxicology

Abstract 477: Tumor Treating Fields (Ttfields) Targeted Self Assembling Nanoparticles for Pancreatic Cancer Treatment: In Vitro and in Vivo Assessment. Cancer Research (2024)

abstract 477cancer discoverytherapeutic targetsdrug deliveryself assembling nanoparticlespancreatic cancernanoparticle researchcancer cellsbiofabricationnano-drug deliverynanoparticlespancreatic cancer treatmentcancer lettertherapeutic nanomaterialscontrolled releasetumor microenvironmenttumor targetingcancer imagingbiomedical engineeringcell engineeringbiomolecular engineering

Abstract 5755: Development of Paclitaxel-Loaded Nanoparticles With High Charge Density. Cancer Research (2024)

nanomaterialsdrug deliverynano-drug deliverychemical engineeringnanoparticlesnanomedicineabstract 5755nanotechnologynanoscale chemistrychemistrypharmaceutical nanotechnologynanoparticle researchtherapeutic nanomaterialscontrolled release

Abstract 299: Self-Assembling Nanoparticles: A Novel Approach for Targeted Cancer Treatment Using Tumor Treating Fields. Cancer Research (2022)

nanomaterialscontrolled releaseself-assemblydrug deliverytumor targetingnano-drug deliverydrug targetingnanoparticlesabstract 299nanomedicinebiomedical engineeringtargeted cancer treatmentnanoparticle researchtherapeutic nanomaterialsbiomolecular engineeringself-assembling nanoparticles

Nanocarriers‐Based Targeted Drug Delivery Systems: Small and Macromolecules. Methods and principles in medicinal chemistry (2022)

controlled releasedrug deliverynano-drug deliverynanoparticlesnanomedicinesmall moleculesbiomedical engineeringpharmaceutical nanotechnologynanoparticle researchdrug delivery systemsbiomolecular engineering

Abstract Lb023: Drug Loaded Nanoparticle Targeting of Pancreatic Cancer Using Tumor Treating Fields (Ttfields). Cancer Research (2021)

controlled releasedrug deliverytumor targetingdrug targetingabstract lb023biomedical engineeringcancer researchcancer discoverypancreatic cancernanoparticle researchnanoparticle targetingbiomolecular engineering