Phd Scholarship In Bio-Nano Interactions Of Nanomaterials

Similar Positions Recommended for you PhD Dec 8, 2026 Rapid Host Response Testing For Infection Severity University of Southampton, United Kingdom Materials SciencePharmacology+11 PhD Oct 23, 2026 Multiple Phd And Postdoctoral Positions University of Bergen, Norway PhDEarth Science+4 PhD Sep 14, 2026 Phd Position In Nanomedicine For Ev-Based Metastasis Targeting Saragossa University, Spain extracellular vesiclesnanomedicine+4 PhD Sep 30, 2026 Multimodal Vision-Language Model For Medical Reasoning France healthcare dataVLM+4 PhD Oct 31, 2026 Superconducting Silicide Contacts Development France Physicssuperconductivity+3 PhD Dec 31, 2026 Csir-Ugc Jrf Phd Admissions India PhysicsData Science+19 PhD Sep 30, 2026 Multimodal Foundational Models For Neuroscience France fMRIEEG+5 PhD Aug 8, 2026 Scholarship In Antimicrobial Nanotechnology For Diabetes Poland nanomaterialsin vitro models+7 PhD Nov 30, 2026 3D Gel Dosimetry For Flash Radiotherapy France Radiation PhysicsAnimal and Human Nutrition+6 PhD Aug 31, 2026 Nanobody-Mediated Brain Drug Delivery Phd KU Leuven, Belgium viral vectorsnanoparticles+6 Australia/RMIT University Phd Scholarship In Bio-Nano Interactions Of Nanomaterials 433 views Program PhD Deadline 10 Nov 2026 Posted 08 Sep 2024 Description This PhD scholarship focuses on understanding the interactions between nanomaterials and biological systems, specifically how nanomaterials interact with proteins and cells. The project involves using advanced techniques in immunoassays, bio-nano characterization, and bioinformatics to study how antibodies influence nanomaterials. The ultimate goal is to develop new principles for enhancing nanomaterial properties to improve drug and gene therapy delivery. The candidate will gain expertise in immunology, nanoscience, and nanotechnology, and will collaborate with leading laboratories such as The Peter Doherty Institute for Infection and Immunity and The University of Melbourne. This research aims to resolve the complexities of human plasma interactions with nanoparticles and to develop innovative solutions for biomedical applications. Related Topics nanomaterialsdrug deliveryimmune cellsbiomolecular corona $32,841 per year for three years Bachelor or Master's degree in Applied Chemistry, Nanotechnology, Biochemistry, Pharmacology, Biomedical Science/Engineering, or Immunology. Research experience with nanomaterials is preferred. Email cover letter, CV, and research proposal to Dr Yi (David) Ju at [email protected] More PhD Positions in Bioengineering- AustraliaMore PhD Positions in Biomedical Engineering- AustraliaMore PhD Positions in Biosystems Engineering- Australia RMIT University Institution Website View Posting Loginto track your status and notes for this position Similar Positions Recommended for you PhD Dec 8, 2026 Rapid Host Response Testing For Infection Severity University of Southampton, United Kingdom Materials SciencePharmacology+11 PhD Oct 23, 2026 Multiple Phd And Postdoctoral Positions University of Bergen, Norway PhDEarth Science+4 PhD Sep 14, 2026 Phd Position In Nanomedicine For Ev-Based Metastasis Targeting Saragossa University, Spain extracellular vesiclesnanomedicine+4 PhD Sep 30, 2026 Multimodal Vision-Language Model For Medical Reasoning France healthcare dataVLM+4 PhD Oct 31, 2026 Superconducting Silicide Contacts Development France Physicssuperconductivity+3 PhD Dec 31, 2026 Csir-Ugc Jrf Phd Admissions India PhysicsData Science+19 PhD Sep 30, 2026 Multimodal Foundational Models For Neuroscience France fMRIEEG+5 PhD Aug 8, 2026 Scholarship In Antimicrobial Nanotechnology For Diabetes Poland nanomaterialsin vitro models+7 PhD Nov 30, 2026 3D Gel Dosimetry For Flash Radiotherapy France Radiation PhysicsAnimal and Human Nutrition+6 PhD Aug 31, 2026 Nanobody-Mediated Brain Drug Delivery Phd KU Leuven, Belgium viral vectorsnanoparticles+6 This PhD scholarship focuses on understanding the interactions between nanomaterials and biological systems, specifically how nanomaterials interact with proteins and cells. The project involves using advanced techniques in immunoassays, bio-nano characterization, and bioinformatics to study how antibodies influence nanomaterials. The ultimate goal is to develop new principles for enhancing nanomaterial properties to improve drug and gene therapy delivery. The candidate will gain expertise in immunology, nanoscience, and nanotechnology, and will collaborate with leading laboratories such as The Peter Doherty Institute for Infection and Immunity and The University of Melbourne. This research aims to resolve the complexities of human plasma interactions with nanoparticles and to develop innovative solutions for biomedical applications.