Professor Bhupinder Singh Bhoop,　MPharm, PhD, DSt, FPAS, is globally acclaimed for his QbD-enabled nanostructured drug delivery research work. A prolific writer, he has 281 original journal publications,　16 books, 1 directory,　52 book chapters,　5 patents and　3 technology transfers to his credit. He is on Editorial Board of scores journals too. A widely travelled scientist, he has delivered more than 270 invited talks across the globe, and has duly trained tons of hundreds of scientists from pharma industry on QbD and nanomedicines. He has handled 15 research projects, and guided/guiding 31 PhD’s, three post-doctorates and 55 postgraduate scholars. Currently, he is serving as Founder-Coordinator of UGC Centre for Excellence in Nano Biomedical Applications, and Coordinator, UGC Centre of Advanced Studies (Pharmaceutical Sciences), both at Panjab University, Chandigarh.

• Applications of Nanoagrochemicals: Precepts and Prospects. Biosynthesis of Nanonutrients for Agricultural Applications. Scientific Role of Transition Metal Nanoparticles as Agrochemicals. Nanofertilizers: An Innovation towards New Generation Fertilizers for Improved Nutrient Use Efficacy  and Environmental Sustainability. Organophosphorous Compounds As Pesticides And Their Detection Using Nanomaterials. Nanophytopharmaceuticals: Harnessing the biopotential of phytomolecules for maximal therapeutic efficacy. Role of nanoconstructs in ameliorating chemopreventive and chemotherapeutic potential of plant bioactives. Phytoconstituents from Neem with multiple activities: Nanocarriers for enhancing its therapeutic potential. Developing Taxanes for Oral Intake Employing Apt Nanocarriers. Nanotechnological interventions for neurodegenerative disorders using phytoactives. Cellulose based Nanobiomaterials.Nanotechnology-Enabled Nanotherapeutics in Aged Macular Degeneration: Potential Roles of Phytobioactives. Chitosan Based Nano-Carriers: A Promising Delivery System For Bioactives. Emergence of Nano Vesicular Systems for Topical Delivery of Natural Bioactives. Nanotechnology-based biopharmaceutical systems:From laboratory research to industrial development.

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Professor Bhupinder Singh Bhoop,　MPharm, PhD, DSt, FPAS, is globally acclaimed for his QbD-enabled nanostructured drug delivery research work. A prolific writer, he has 281 original journal publications,　16 books, 1 directory,　52 book chapters,　5 patents and　3 technology transfers to his credit. He is on Editorial Board of scores journals too. A widely travelled scientist, he has delivered more than 270 invited talks across the globe, and has duly trained tons of hundreds of scientists from pharma industry on QbD and nanomedicines. He has handled 15 research projects, and guided/guiding 31 PhD’s, three post-doctorates and 55 postgraduate scholars. Currently, he is serving as Founder-Coordinator of UGC Centre for Excellence in Nano Biomedical Applications, and Coordinator, UGC Centre of Advanced Studies (Pharmaceutical Sciences), both at Panjab University, Chandigarh.

• Applications of Nanoagrochemicals: Precepts and Prospects. Biosynthesis of Nanonutrients for Agricultural Applications. Scientific Role of Transition Metal Nanoparticles as Agrochemicals. Nanofertilizers: An Innovation towards New Generation Fertilizers for Improved Nutrient Use Efficacy  and Environmental Sustainability. Organophosphorous Compounds As Pesticides And Their Detection Using Nanomaterials. Nanophytopharmaceuticals: Harnessing the biopotential of phytomolecules for maximal therapeutic efficacy. Role of nanoconstructs in ameliorating chemopreventive and chemotherapeutic potential of plant bioactives. Phytoconstituents from Neem with multiple activities: Nanocarriers for enhancing its therapeutic potential. Developing Taxanes for Oral Intake Employing Apt Nanocarriers. Nanotechnological interventions for neurodegenerative disorders using phytoactives. Cellulose based Nanobiomaterials.Nanotechnology-Enabled Nanotherapeutics in Aged Macular Degeneration: Potential Roles of Phytobioactives. Chitosan Based Nano-Carriers: A Promising Delivery System For Bioactives. Emergence of Nano Vesicular Systems for Topical Delivery of Natural Bioactives. Nanotechnology-based biopharmaceutical systems:From laboratory research to industrial development.

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Professor Bhupinder Singh Bhoop,　MPharm, PhD, DSt, FPAS, is globally acclaimed for his QbD-enabled nanostructured drug delivery research work. A prolific writer, he has 281 original journal publications,　16 books, 1 directory,　52 book chapters,　5 patents and　3 technology transfers to his credit. He is on Editorial Board of scores journals too. A widely travelled scientist, he has delivered more than 270 invited talks across the globe, and has duly trained tons of hundreds of scientists from pharma industry on QbD and nanomedicines. He has handled 15 research projects, and guided/guiding 31 PhD’s, three post-doctorates and 55 postgraduate scholars. Currently, he is serving as Founder-Coordinator of UGC Centre for Excellence in Nano Biomedical Applications, and Coordinator, UGC Centre of Advanced Studies (Pharmaceutical Sciences), both at Panjab University, Chandigarh.

• Applications of Nanoagrochemicals: Precepts and Prospects. Biosynthesis of Nanonutrients for Agricultural Applications. Scientific Role of Transition Metal Nanoparticles as Agrochemicals. Nanofertilizers: An Innovation towards New Generation Fertilizers for Improved Nutrient Use Efficacy  and Environmental Sustainability. Organophosphorous Compounds As Pesticides And Their Detection Using Nanomaterials. Nanophytopharmaceuticals: Harnessing the biopotential of phytomolecules for maximal therapeutic efficacy. Role of nanoconstructs in ameliorating chemopreventive and chemotherapeutic potential of plant bioactives. Phytoconstituents from Neem with multiple activities: Nanocarriers for enhancing its therapeutic potential. Developing Taxanes for Oral Intake Employing Apt Nanocarriers. Nanotechnological interventions for neurodegenerative disorders using phytoactives. Cellulose based Nanobiomaterials.Nanotechnology-Enabled Nanotherapeutics in Aged Macular Degeneration: Potential Roles of Phytobioactives. Chitosan Based Nano-Carriers: A Promising Delivery System For Bioactives. Emergence of Nano Vesicular Systems for Topical Delivery of Natural Bioactives. Nanotechnology-based biopharmaceutical systems:From laboratory research to industrial development.

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