Pramod Desai's profile

Pramod Desai

Postdoctoral Scientist

University of Agricultural Sciences

I'm working on

7 months ago

Targeted Nanotheranostics in combating neurological disorders

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Gingerol synthesized Carbon Dots (CD) surface Functionalization with cysteamine hydrochloride as a linker for the attachment of Thymoquione to form CD-CysHCl complex and the second approach will be PEGylation for the attachment of Berberine (BBR) to form CD-PEG complex for efficient drug delivery.

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University of Agricultural Sciences

PEGylation-enhanced nanoparticle platform for improved plant gene transformation using berberine-functionalized carbon dots

A nanotechnology-based approach that uses PEGylated carbon dots functionalized with berberine to enhance gene delivery in plant transformation. This method leverages FDA-approved PEG for biocompatibility and stability, o...

TechnologyConceptualUniversity

University of Agricultural Sciences

Nano-neuromedicine for Alzheimer's disease: Advanced drug delivery system

This nano-neuromedicine technology leverages nanocarrier systems to enhance drug delivery across the blood-brain barrier, specifically targeting Alzheimer's disease. Utilizing nanoconjugates like curcumin with nanopartic...

TechnologyConceptualUniversity

University of Agricultural Sciences

Thymoquinone delivery across the blood-brain barrier using gingerol conjugated carbon dots

Innovative drug delivery system using ginger-derived carbon dots functionalized with cysteamine for efficient Thymoquinone delivery across the blood-brain barrier, enhancing treatment for brain-related diseases.

TechnologyIn developmentUniversity

Pramod Desai

Postdoctoral Scientist

University of Agricultural Sciences

Work experience

University of Agricultural Sciences

Postdoctoral Scientist

Top industry applications

Fermentation technologyInfectious disease & antimicrobials

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BiopharmaceuticsNanomaterialsNanotechnology

Last updated Mar 2026