This is an online portal with information on donations that were announced publicly (or have been shared with permission) that were of interest to Vipul Naik. The git repository with the code for this portal, as well as all the underlying data, is available on GitHub. All payment amounts are in current United States dollars (USD). The repository of donations is being seeded with an initial collation by Issa Rice as well as continued contributions from him (see his commits and the contract work page listing all financially compensated contributions to the site) but all responsibility for errors and inaccuracies belongs to Vipul Naik. Current data is preliminary and has not been completely vetted and normalized; if sharing a link to this site or any page on this site, please include the caveat that the data is preliminary (if you want to share without including caveats, please check with Vipul Naik). We expect to have completed the first round of development by the end of July 2024. See the about page for more details. Also of interest: pageview data on analytics.vipulnaik.com, tutorial in README, request for feedback to EA Forum.
Item | Value |
---|---|
Country | |
Facebook page | embl.org |
Website | http://www.embl.org |
Twitter username | embl |
Wikipedia page | https://en.wikipedia.org/wiki/European_Molecular_Biology_Laboratory |
Cause area | Count | Median | Mean | Minimum | 10th percentile | 20th percentile | 30th percentile | 40th percentile | 50th percentile | 60th percentile | 70th percentile | 80th percentile | 90th percentile | Maximum |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Overall | 10 | 55,167 | 148,153 | 32,500 | 32,500 | 32,500 | 33,900 | 45,000 | 55,167 | 105,526 | 200,000 | 249,239 | 249,239 | 478,458 |
FIXME | 5 | 33,900 | 51,919 | 32,500 | 32,500 | 32,500 | 32,500 | 32,500 | 33,900 | 33,900 | 55,167 | 55,167 | 105,526 | 105,526 |
Science | 4 | 200,000 | 185,870 | 45,000 | 45,000 | 45,000 | 200,000 | 200,000 | 200,000 | 249,239 | 249,239 | 249,239 | 249,239 | 249,239 |
Agriculture | 1 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 | 478,458 |
Donor | Total | 2018 | 2010 | 2002 | 2001 |
---|---|---|---|---|---|
Chan Zuckerberg Initiative (filter this donee) | 743,478.00 | 743,478.00 | 0.00 | 0.00 | 0.00 |
Bill and Melinda Gates Foundation (filter this donee) | 478,458.00 | 0.00 | 478,458.00 | 0.00 | 0.00 |
Wellcome Trust (filter this donee) | 259,593.00 | 0.00 | 0.00 | 194,593.00 | 65,000.00 |
Total | 1,481,529.00 | 743,478.00 | 478,458.00 | 194,593.00 | 65,000.00 |
There are no documents associated with this donee.
Graph of top 10 donors (for donations with known year of donation) by amount, showing the timeframe of donations
Donor | Amount (current USD) | Amount rank (out of 10) | Donation date | Cause area | URL | Influencer | Notes |
---|---|---|---|---|---|---|---|
Chan Zuckerberg Initiative | 249,239.00 | 2 | Science | https://chanzuckerberg.com/grants-ventures/grants/ | -- | Program: Human Cell Atlas. Grant period: 2018–2019. This grant supports the development of novel statistical approaches for integrating multiple single-cell variation datasets. (PI: Oliver Stegle, Human Cell Atlas Computational Tools RFA). | |
Chan Zuckerberg Initiative | 249,239.00 | 2 | Science | https://chanzuckerberg.com/grants-ventures/grants/ | -- | Program: Human Cell Atlas. Grant period: 2018–2019. This grant supports providing R / Bioconductor software as a coherent programmatic interface to the HCA and to enable scalable interactive statistical analysis of single-cell data. (PI: John Marioni, Human Cell Atlas Computational Tools RFA). | |
Chan Zuckerberg Initiative | 45,000.00 | 7 | Science | https://chanzuckerberg.com/grants-ventures/grants/ | -- | Program: Human Cell Atlas. Grant period: 2018–2019. This grant supports providing R / Bioconductor software as a coherent programmatic interface to the HCA and to enable scalable interactive statistical analysis of single-cell data. (PI:Wolfgang Huber, Human Cell Atlas Computational Tools RFA). | |
Chan Zuckerberg Initiative | 200,000.00 | 4 | Science | https://chanzuckerberg.com/grants-ventures/grants/ | -- | Program: Human Cell Atlas. Grant period: 2018–2019. This grant supports the implementation of pipelines for tertiary analyses of Human Cell Atlas data sets and develop associated, community-driven standards for the supported tools. (PI: Irene Papatheodorou, Human Cell Atlas Computational Tools RFA). | |
Bill and Melinda Gates Foundation | 478,458.00 | 1 | Agriculture/Plant and post-harvest protection and pest control | https://iatiregistry.org/publisher/bmgf | -- | to support the development of strategies to protect cereals against rust pathogens and diagnostic tools for rust research; Aid type: Project-type interventions. Affected regions: Developing countries, unspecified. | |
Wellcome Trust | 105,526.00 | 5 | FIXME | https://wellcome.ac.uk/sites/default/files/wellcome-grants-awarded-2000-2016.xlsx | -- | Engineering gene networks with artificial transcription factors. Affected regions: International; affected countries: Germany. | |
Wellcome Trust | 33,900.00 | 8 | FIXME | https://wellcome.ac.uk/sites/default/files/wellcome-grants-awarded-2000-2016.xlsx | -- | Engineering gene networks with artificial transcription factors. Affected regions: International; affected countries: Germany. | |
Wellcome Trust | 55,167.00 | 6 | FIXME | https://wellcome.ac.uk/sites/default/files/wellcome-grants-awarded-2000-2016.xlsx | -- | Engineering gene networks with artificial transcription factors. Affected regions: International; affected countries: Germany. | |
Wellcome Trust | 32,500.00 | 9 | FIXME | https://wellcome.ac.uk/sites/default/files/wellcome-grants-awarded-2000-2016.xlsx | -- | Understanding the relationship between protein dynamics and signal transduction by small protein domains. Affected regions: International; affected countries: Germany. | |
Wellcome Trust | 32,500.00 | 9 | FIXME | https://wellcome.ac.uk/sites/default/files/wellcome-grants-awarded-2000-2016.xlsx | -- | Design of DNA-binding in a beta-sheet protein using a hybrid strategy combining inverse folding computer algorithms with directed evolution. Affected regions: International; affected countries: Germany. |