Here is my fundraising profile for the local chapter of the American Cancer Society. https://www.facebook.com/MichianaRMWP/posts/1321606701327331
Category Archive: Harper Cancer Research Institute
Apr 08
Label-Free, Magnetic Nanocarrier based, Precision Combinatorial Chemotherapeutics Treatment Against Metastatic Cancer for Recurrence-Free Survival
╪1,3Margo Waters, ╪1,3Juliane Hopf, 1,3Paul Helquist, 2Vincent Jo Davisson, and 1,3Prakash. D. Nallathamby 1University of Notre Dame, Notre Dame USA; 2Purdue University, Lafayette, USA; 3NDnano, Notre Dame, USA ╪ Equal contributors The leading cause of fatalities in breast cancer is metastasis.1 To increase the success rate of metastasis-free survival, there is a need to tackle …
Feb 11
Read our review article on novel ‘Blue-sky’ future applications of nanoparticles in the Biomedical Field
Over the last two decades, nanotechnology has become one of the most dynamically evolving field of research. Various types of nanoparticles are widely exploited to extend our understanding of biological interactions at the molecular level. They are actively engaged in the biomedical research for imaging, biosensing, drug delivery and/or concurrent therapy. Recent progress on this …
Nov 28
Nallathamby Laboratory in the Press for Novel Approach to CAR-T Therapy
Glad to see that our work on using nanoparticle-based ON-OFF switches for CAR-T cells therapy against solid tumors is getting positive traction in the local media. Here is my interview with Kylie Veleta of Inside Indiana business on what motivates us to keep pushing forward. The website is Indiana business focused. The interview was part …
May 01
CD133+ Cancer Stem Cells Role in Metastasis
Excited for the 2nd publication this year through collaborative efforts with Harper Cancer Research Institute’s Karen Dahl (Title: CD133 Promotes Adhesion to the Ovarian Cancer Metastatic Niche). I did the 3D confocal imaging that showed CD133+ ovarian cancer cells clearly penetrate the basal epithelial cells, pointing to metastatic potential of stem cell like cancer cells. Looking …
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