This project is now in update mode. Check back regularly to see how things are progressing.
Rank | State | Gifts |
---|---|---|
1 | MD | 27 |
2 | PA | 7 |
3 | NJ | 2 |
Josette
JeanPierre
$125
Mar 08, 2021
Cole
Lashley
$10
Mar 07, 2021
Vanessa
Aguocha-Sam
$10
Mar 03, 2021
Sakshum
Kulshrestha
$10
Mar 03, 2021
Anonymous
$10
Mar 03, 2021
Aerin
Rost-Nasshan
Undisclosed Amount
Mar 03, 2021
Berthony
Deslouches
$100
Mar 03, 2021
Yeonju
Yoon
Undisclosed Amount
Mar 03, 2021
Anish
Sankla
$10
Mar 03, 2021
Cami
Rios
$10
Mar 03, 2021
Miguel
Naciff
$10
Mar 03, 2021
Anonymous
$10
Mar 03, 2021
Anonymous
Undisclosed Amount
Mar 03, 2021
Emmanuel
Corporal
Undisclosed Amount
Mar 03, 2021
Nikki
Emamian
$10
Mar 03, 2021
Anonymous
$25
Mar 03, 2021
Frankie
Peterson-Burch
$100
Mar 03, 2021
Anonymous
Undisclosed Amount
Mar 03, 2021
Sruthi
Srinivasan
$10
Mar 03, 2021
Anonymous
Undisclosed Amount
Mar 03, 2021
Anonymous
$10
Mar 03, 2021
Xiaosong
Geng
$50
Mar 03, 2021
Theresa
Koleck
$25
Mar 03, 2021
Anonymous
Undisclosed Amount
Mar 03, 2021
Anonymous
Undisclosed Amount
Mar 03, 2021
$10
A Cell's Home
With this donation, you can help pay for the test tubes and flasks that will be needed for our experiment. A large part of our money will go towards all the supplies needed for the cells to grow and survive. Essentially, we need to grow the cancer cells in flasks so we can test our researched drug delivery system on them!
$25
Storing our Cell Babies
With this donation, Team NANO will be able to pay for the storage of our cell cultures and hydrogels. Throughout the span of our research, we need to ensure that the cell's are viable for experimentation with the different drug delivery systems that are created!
$50
Hydrogel Production
There are many chemicals and polymers that are needed for the creation of our drug-delivery system. We aim to start the production of our hydrogels early on in the research project to allow for maximum experimentation time!
$100
Experimenting at NIST
This donation will help the team work at NIST with its state of the art polymer machines! Our team needs to get ready to take samples from on campus laboratories to the NIST facility for proper synthesis of the drug delivery system! We would appreciate the expertise at NIST for the success of our project!