The Nancy Taylor Foundation | Foundation Profile

GrantBay analyzes IRS Form 990-PF data to help grant seekers find fit funders like The Nancy Taylor Foundation. Data shown is extracted from Form 990-PF filings.

EIN: 26-2343375

Foundation Overview

Based in Tulsa, OK, The Nancy Taylor Foundation has awarded 56 grants totaling $7,015,481 to organizations in Delaware, Pennsylvania and 3 other states across the US. Individual grants range from $25,000 to $216,000, with a median award of $108,000.

Latest Tax Year
2023
Total Giving (all years)
$7,015,481
Total Assets
$1,472,188
Median Grant (all grants)
$108,000

Latest Form 990-PF Snapshot

Total Grants
3
Median Grant
$100,000
% Median Grant Decline
-7% (vs previous year)
Data extracted from IRS Form 990-PF filings. Last filing year: February 2026

Foundation Intelligence

Advanced analytics and strategic insights to help nonprofit organizations assess grant opportunities and optimize their application strategies

New Applicant Friendliness
Limited Sample: 0%

3 total grants. Insufficient data for reliable pattern analysis. Foundation may be highly selective or recently established.

Geographic Focus
Pennsylvania

43% of grants are awarded in Pennsylvania, with additional funding distributed across 4 other locations. The foundation balances regional focus with broader geographic diversity. Within Pennsylvania, funding concentrates in Pittsburgh (46%), Philadelphia (29%), Pittsburg (25%).

Funding Trajectory
-75%

Declining funding trend with 75% decrease over 7 years may indicate reduced grant opportunities or shifting foundation priorities. This trajectory suggests more competitive application environment.

Program Areas
General Purposes + 2 others

Diversified giving across multiple program areas with primary emphasis on general purposes (59%). This broad approach suggests openness to various causes and innovative cross-sector solutions.

Where is The Money Going?

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Grants & Funding

Analyzing past grantees provides valuable insights into The Nancy Taylor Foundation's funding preferences, organizational priorities, and grant making patterns. This historical data helps potential applicants understand the foundation's strategic focus and identify successful funding approaches.

Name Amount Location Purpose Year
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2023
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmological Treatment For Ocd By Dr. Chris Pittenger 2023
National Cfids Foundation $25,000 Needham, MA, US To Support Research 2023
Children's Hospital Of Philadelphia $108,000 Philadelphia, PA, US Mechanisms Of Mmf/ho-1 Regulation Of Hyperinflammation By Dr. Behren. 2022
Nemours Foundationalfred I Dupont H $216,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2022
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2022
University Of Pittsburgh $212,000 Pittsburgh, PA, US Translational Evaluation Of The Pathogenicity Of Dnt Cells In Rheumatic Diseases Of Children And In A Mouse Model Of Early Early-onset Synovitis By Abbe N. De Vallejo, Ph.d. 2022
Yale University $108,000 New Haven, CT, US Novel Approaches To The Study Of Pain And Targeting Of Chronic Pain By Dr. Waxman. 2022
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmological Treatment For Ocd By Dr. Chris Pittenger 2022
Children's Hospital Of Philadelphia $108,000 Philadelphia, PA, US Mechanisms Of Mmf/ho-1 Regulation Of Hyperinflammation By Dr. Behren. 2022
Nemours Foundationalfred I Dupont H $216,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2022
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2022
University Of Pittsburgh $212,000 Pittsburgh, PA, US Translational Evaluation Of The Pathogenicity Of Dnt Cells In Rheumatic Diseases Of Children And In A Mouse Model Of Early Early-onset Synovitis By Abbe N. De Vallejo, Ph.d. 2022
Yale University $108,000 New Haven, CT, US Novel Approaches To The Study Of Pain And Targeting Of Chronic Pain By Dr. Waxman. 2022
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmological Treatment For Ocd By Dr. Chris Pittenger 2022
Children's Hospital Of Philadelphia $108,000 Philadelphia, PA, US Mechanisms Of Mmf/ho-1 Regulation Of Hyperinflammation By Dr. Behren. 2022
Nemours Foundationalfred I Dupont H $216,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2022
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2022
University Of Pittsburgh $212,000 Pittsburgh, PA, US Translational Evaluation Of The Pathogenicity Of Dnt Cells In Rheumatic Diseases Of Children And In A Mouse Model Of Early Early-onset Synovitis By Abbe N. De Vallejo, Ph.d. 2022
Yale University $108,000 New Haven, CT, US Novel Approaches To The Study Of Pain And Targeting Of Chronic Pain By Dr. Waxman. 2022
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmological Treatment For Ocd By Dr. Chris Pittenger 2022
Nemours Foundationalfred I Dupont H $108,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2021
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2021
University Of Pittsburgh $108,000 Pittsburgh, PA, US Translational Evaluation Of The Pathogenicity Of Dnt Cells In Rheumatic Diseases Of Children And In A Mouse Model Of Early Early-onset Synovitis By Abbe N. De Vallejo, Ph.d. 2021
Yale University $108,000 New Haven, CT, US Novel Approaches To The Study Of Pain And Targeting Of Chronic Pain By Dr. Waxman. 2021
Children's Hospital Of Philadelphia $108,000 Philadelphia, PA, US Mechanisms Of Mmf/ho-1 Regulation Of Hyperinflammation By Dr. Behren. 2021
Nemours Foundationalfred I Dupont H $108,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2020
University Of Pittsburgh $100,000 Pittsburgh, PA, US Cellular Phenotype Contributing To Immune Dysregulation In Localized Scleroderma By Kathryn Torok, M.d. 2020
University Of Pittsburgh $108,000 Pittsburgh, PA, US Translational Evaluation Of The Pathogenicity Of Dnt Cells In Rheumatic Diseases Of Children And In A Mouse Model Of Early Early-onset Synovitis By Abbe N. De Vallejo, Ph.d. 2020
Yale University $216,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmacological Treatment For Obsessive-compulsive Disorder By Christopher Pittenger, M.d., Ph.d. 2020
Nemours Foundationalfred I Dupont H $108,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2018
The Children's Hospital Of Philadel $108,000 Philadelphia, PA, US Il-33 Signaling In Fhl By Edward M. Behrens, M.d. 2018
University Of Pittsburgh $108,000 Pittsburg, PA, US Serum Cytokine Profiles In Localized Scleroderma By Kathryn Torok, M.d. 2018
University Of Pittsburgh $108,000 Pittsburg, PA, US Maladaptive Double Negative T Cells In Juvenile Idiopathic Arthritis By Abbe N. De Vallejo, Ph. D 2018
Washington University $108,000 St Louis, MO, US Designer Stem Cells For Treating Chronic Diseases By Farshid Guilak, Ph.d. 2018
Yale University $108,000 New Haven, CT, US Viral-medicated Approach For The Study Of Pain And Spasticity By Stephan Waxman, M.d. Ph.d 2018
Yale University $108,000 New Haven, CT, US Validation Of Methods To Image Ketamine-induced Changes In The Human Brain By Irina Esterlis, Ph.d. 2018
Yale University $108,000 New Haven, CT, US Human Genetic Variation In Cytokine Signaling Pathways And Susceptibility To Autoimmune Disease By David Hafler, M.d. 2018
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmacological Treatment For Obsessive-compulsive Disorder By Christopher Pittenger, M.d., Ph.d. 2018
Yale University $108,000 New Haven, CT, US Diagnostic Stability And Early Childhood Predictors Of Outcome In Autism Spectrum Disorders By Fred Volkmar, M.d. 2018
Nemours Foundationalfred I Dupont H $108,000 Wilmington, DE, US Prognostic Synovial Biomarkers In Juvenile Idiopathic Arthritis By Annemarie Brescia, M.d. 2017
The Children's Hospital Of Philadel $100,000 Philadelphia, PA, US Il-33 Signaling In Fhl By Edward M. Behrens, M.d. 2017
University Of Pittsburgh $162,000 Pittsburg, PA, US Serum Cytokine Profiles In Localized Scleroderma By Kathryn Torok, M.d. 2017
University Of Pittsburgh $162,000 Pittsburg, PA, US Maladaptive Double Negative T Cells In Juvenile Idiopathic Arthritis By Abbe N. De Vallejo, Ph. D 2017
Washington University $108,000 St Louis, MO, US Designer Stem Cells For Treating Chronic Diseases By Farshid Guilak, Ph.d. 2017
Yale University $108,000 New Haven, CT, US Viral-medicated Approach For The Study Of Pain And Spasticity By Stephan Waxman, M.d. Ph.d 2017
Yale University $178,566 New Haven, CT, US Validation Of Methods To Image Ketamine-induced Changes In The Human Brain By Irina Esterlis, Ph.d. 2017
Yale University $108,000 New Haven, CT, US Human Genetic Variation In Cytokine Signaling Pathways And Susceptibility To Autoimmune Disease By David Halfer, M.d. 2017
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmacological Treatment For Obsessive-compulsive Disorder By Christopher Pittenger, M.d., Ph.d. 2017
University Of Pittsburg $162,000 Pittsburg, PA, US Serum Cytokine Profiles In Localized Scleroderma By Kathryn Torok, M.d. 2016
Yale University $108,000 New Haven, CT, US Viral-medicated Approach For The Study Of Pain And Spasticity By Stephan Waxman, M.d. Ph.d 2016
Yale University $184,915 New Haven, CT, US Validation Of Methods To Image Ketamine-induced Changes In The Human Brain By Irina Esterlis, Ph.d. 2016
The Children's Hospital Of Philadel $100,000 Philadelphia, PA, US Il-33 Signaling In Fhl By Edward M. Behrens, M.d. 2016
University Of Pittsburgh $162,000 Pittsburg, PA, US Maladaptive Double Negative T Cells In Juvenile Idiopathic Arthritis By Abbe N. De Vallejo, Ph. D 2016
Yale University $115,000 New Haven, CT, US Human Genetic Variation In Cytokine Signaling Pathways And Susceptibility To Autoimmune Disease By David Halfer, M.d. 2016
Yale University $108,000 New Haven, CT, US Targeted Neurofeedback: A Novel Nonpharmacological Treatment For Obsessive-compulsive Disorder By Christopher Pittenger, M.d., Ph.d. 2016

Foundations Similar to The Nancy Taylor Foundation

Discover 5 foundations with comparable assets ($1,315,321-$1,713,609), similar grant patterns, and geographic focus in OK that may also align with your organization's funding needs and grant seeking strategy.

Foundation Name Total Assets Typical Grant Size Service Area Similarity Match

EIN: 73-1461328 | 3 grants awarded
$1,424,194
(≈ Similar)
$93,239
median grant
Sand Springs, OK
Same state
98%
Excellent match

EIN: 73-6206326 | 8 grants awarded
$1,550,400
(≈ Similar)
$64,800
median grant
Norman, OK
Same state
97%
Excellent match

EIN: 71-6124528 | 10 grants awarded
$1,315,321
(≈ Similar)
$65,128
median grant
Dewey, OK
Same state
95%
Excellent match

EIN: 26-6335786 | 1 grants awarded
$1,668,724
(≈ Similar)
$118,323
median grant
Tulsa, OK
Same state
93%
Excellent match

EIN: 26-4399343 | 12 grants awarded
$1,713,609
(≈ Similar)
$71,205.5
median grant
Oklahoma City, OK
Same state
92%
Excellent match

Contact Information

Official contact details for The Nancy Taylor Foundation as registered with the IRS. These details are essential for grant applications, correspondence, and due diligence processes.

EIN 26-2343375
Website N/A
Address 2448 E 81ST ST STE 3711 Tulsa, OK 74137-4263

Key People (5)

Board members, trustees, and key staff who oversee The Nancy Taylor Foundation's grant making decisions and strategic direction. Understanding leadership composition can provide insights into foundation priorities and potential networking opportunities.

President/treasurer Edward L Taylor Iv
Vice President/secretary Suzanne Taylor
Director Stephen J Taylor
Director Dawn Duca
Director Dr Harvey Ruben

Forms 990-PF

IRS Form 990-PF filings provide comprehensive financial information, grant details, and operational data. These documents are essential resources for understanding foundation capacity, giving patterns, and strategic priorities.

Form 990-PF Research Tips
  • Review Part XV for detailed grant recipient information and funding purposes
  • Check Part I for total assets, annual giving amounts, and payout requirements
  • Examine Part VIII for key personnel compensation and board structure
  • Look for trends across multiple years to understand giving patterns

About This Foundation Profile

This comprehensive foundation profile for The Nancy Taylor Foundation is powered by Grant Bay's advanced foundation research platform. Our system analyzes IRS Form 990-PF filings, grant histories, and philanthropic patterns to provide nonprofit organizations with actionable intelligence for grant seeking success.

Data Sources & Accuracy

All information is derived from official IRS filings and public records. Grant Bay processes thousands of Form 990-PF documents to extract grant details, financial data, and organizational information. Data accuracy depends on foundation reporting quality and IRS filing completeness.

Research Applications

Use this profile for prospect research, grant strategy development, application preparation, and relationship building. Combine this data with additional research on foundation priorities, application processes, and board member backgrounds for comprehensive grant seeking strategies.

Data Currency: Last updated February 2026 based on IRS Form 990-PF filings. Foundation information reflects most recent available tax year data.