This project is now in update mode. Check back regularly to see how things are progressing.
Rank | State | Gifts |
---|---|---|
1 | MD | 70 |
2 | NJ | 5 |
3 | VA | 4 |
Anonymous
$25
Dec 18, 2021
Caesar
Bones
Undisclosed Amount
Dec 17, 2021
Cole
Lashley
$10
Dec 08, 2021
Prachi
Kothiyal
Undisclosed Amount
Dec 02, 2021
Amber
Liu
Undisclosed Amount
Dec 02, 2021
Anonymous
Undisclosed Amount
Dec 01, 2021
Seema
Kapoor
$15
Dec 01, 2021
Sanjeev
Kapoor
$15
Dec 01, 2021
Jian
Ouyang
$10
Dec 01, 2021
Anonymous
Undisclosed Amount
Dec 01, 2021
Jiangang
Li
$10
Dec 01, 2021
Dan
Lee
Undisclosed Amount
Dec 01, 2021
Alyssa
Pasta
$10
Dec 01, 2021
Anonymous
$10
Dec 01, 2021
Racheal
Ssentongo
Undisclosed Amount
Dec 01, 2021
Yupeng
Wang
$100
Nov 30, 2021
Dhruv
Patel
Undisclosed Amount
Nov 30, 2021
Carolyn
Daley
$100
Nov 30, 2021
Ashni
Sethi
$10
Nov 30, 2021
Anjali
Dhamsania
Undisclosed Amount
Nov 30, 2021
Anonymous
$25
Nov 30, 2021
Anonymous
$10
Nov 30, 2021
Anonymous
$10
Nov 30, 2021
Dan
Chen
$10
Nov 30, 2021
Harshil
Patel
Undisclosed Amount
Nov 30, 2021
$10
Polymer creation
Your generous donation of $10 will help Team NANO purchase the required materials to store our polymers, hydrogels, and cells. We are starting to purchase vials to make our hydrogels in and using large portions of our polymer substance. We need funds in order to make more hydrogels and have accurate data.
$25
Biological Materials
With this money, Team NANO is able to get lipoproteins and Carmustine, which is the drug we are using to target the Glioblastoma Multiforme cells. In order for multiple trials, we need a large volume of both the lipoproteins and the Carmustine.
$50
Characterizing Drug-Delivery
With this donation, Team NANO will be able to use the machinery at NIST and in the Chemical and Nuclear ENgineering Lab at UMD to charactize our gels. We will also be able to quantify the diffusion rates for our drug-delivery system.
$100
Happy Cells:)
Team NANO would be grateful to have this donation that would allow us to purchase Glioblastoma cells in order to identify the efficient of our drug delivery system and how the drugs will attack the tumor. This donation would be incredibly beneficial to getting our innovation into the healthcare bio-engineering sector.