Team SAINT

$115
2%
Raised toward our $4,000 Goal
2 Donors
16
days left
Project ends on January 02, at 12:00 AM EST
Project Owners

Team SAINT: Substantiating Alternative Integrated Nanotherapy Technology

Introduction

We are a team of undergraduate researchers under the Gemstone Honors Program, aiming to develop a next generation system of drug delivery using nanoparticles, specifically targeting cancer. The American Cancer Society projects that, by 2024, approximately 2 million Americans will be diagnosed with cancer, with 30.6% succumbing to the disease. Conventional treatments like chemotherapy are unable to effectively and specifically target cancer cells without causing collateral damage to surrounding healthy cells. Because of this issue, it is imperative that this is alleviated by focusing on a new genre of tech: nanotechnology.

Our Goal

We are in the process of creating Drug-Agonist Vesicles (DAVes), a nanoparticle that we designed and are in the process of testing. We aim to not only develop these but to also create a unique method of mass production by using microfluidic technology to make and filter our DAVes for consistent sizing.


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Gifts in support of the University of Maryland are accepted and managed by the University of Maryland College Park Foundation, Inc., an affiliated 501(c)(3) organization authorized by the Board of Regents. Contributions to the University of Maryland are tax deductible as allowed by law. Please see your tax advisor for details.

Levels
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$10

Support Team SAINT

Your donation will allow us to accrue more fundamental components to test different concentrations and compositions of nanoparticle drugs, such as phosphocholine.

$30

Support Team SAINT

Your donation will allow us to obtain more components to test different prototypes of microfluidic devices for mass production of nanoparticle drugs.

$50

Support Team SAINT

Your donation will allow us to move one step forward with conducting our cell assays for in vitro testing of our nanoparticle drugs.

$100

Support Team SAINT

Your donation will allow us to move on step forward with conducting our cell assays for in vitro testing of our nanoparticle drugs.

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