funder-graph

FundersOK

Grants paid by The Nancy Taylor Foundation for Chronic Diseases Inc

EIN 26-2343375 · Tulsa, OK · Form 990-PF, Part XV · NTEE H12

The Nancy Taylor Foundation for Chronic Diseases Inc of Tulsa, OK (EIN 26-2343375) reported 24 grants paid totaling $2,609,670 to 7 recipients in tax years 2018–2024, on Form 990-PF, Part XV. It also reported $108,000 approved for future payment, which is listed separately and not included in the total. Derived from IRS e-file data, dataset version 2026.09.0, built 2026-09-03.

Grants paid

$2,609,670

24 grants

Recipients

7

distinct organizations

Tax years

2018–2024

5 filings in the corpus

Approved for future payment

$108,000

1 commitment · not included in grants paid

By tax year

Grants by tax year, as the same figures
Tax yearGrants paidAmount paidApproved for future
20189$972,000
20203$424,000
20225$636,000
20233$233,000
20244$344,670$108,000

Top recipients

The 7 recipients receiving the most from The Nancy Taylor Foundation for Chronic Diseases Inc, by grants paid, out of 7 distinct recipients.

Recipients ranked by total grants paid
RecipientMatchLocationGrantsTotal paidLatest year
Yale UniversityUNew Haven, CT11$1,187,0702024
University of Pittsburgh 25-0965591CPittsburgh, PA5$620,0002023
The Children's Hospital of Philadel 23-1352166CPhiladelphia, PA3$324,0002024
University of PittsburghUPittsburg, PA2$216,0002018
The Nemours FoundationUWilmington, DE1$129,6002024
Washington University 52-1538367BSt Louis, MO1$108,0002018
National Cfids Foundation 04-3350621CNeedham, MA1$25,0002023

Match tier: A Reported EIN · B Exact name and place · C Strong name match · D Probable name match · U Unresolved. Tiers C and D are inferred, not reported; see how matching works.

Every grant

All 25 grant rows this organization reported, most recent first.

Grants reported by The Nancy Taylor Foundation for Chronic Diseases Inc
Tax yearRecipientMatchAmountTypePurposeSource filing
2024The Nemours Foundation Wilmington, DEU$129,600paid"EXAMINING THE ROLE OF FIBROBLAST-LIKE SYNOVIOCYTES IN JUVENILE IDIOPATHIC ARTHRITIS" BY ANNE MARIE BRESCIA, M.D.202543149349102319
2024University of Pittsburgh Pittsburgh, PAC$108,000approved, future"SERUM CYTOKINE PROFILES IN LOCALIZED SCLERODERMA" BY KATHRYN TOROK, MD202543149349102319
2024Children's Hospital of Philadelphia Philadelphia, PAB$108,000paidPROJECT TO INVESTIGATE POTENTIAL MECHANISMS BY WHICH NRF2 REPRESSES IL 12B WITH A POTENTIAL GENOME-WIDE EFFECT AND THE ROLE OF NRF2-NFIL3 INTERACTIONS IN IL 12B REPRESSION BY NRF2 BY EDWARD M. BEHRENS, M.D.202543149349102319
2024Yale University New Haven, CTU$108,000paid"NOVEL APPROACHES TO TREATING CHRONIC DISEASES" BY STEPHEN WAXMAN, M.D PH.D.202543149349102319
2024Yale University New Haven, CTU-$930paidRETURN OF UNSPENT FUNDS202543149349102319
2023Yale University New Haven, CTU$108,000paidTARGETED NEUROFEEDBACK: A NOVEL NONPHARMOLOGICAL TREATMENT FOR OCD BY DR. CHRIS PITTENGER202423209349104217
2023University of Pittsburgh Pittsburgh, PAC$100,000paidCELLULAR PHENOTYPE CONTRIBUTING TO IMMUNE DYSREGULATION IN LOCALIZED SCLERODERMA BY KATHRYN TOROK, M.D.202423209349104217
2023National Cfids Foundation Needham, MAC$25,000paidTO SUPPORT RESEARCH202423209349104217
2022University of Pittsburgh Pittsburgh, PAC$212,000paidTRANSLATIONAL 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.202302689349100765
2022Children's Hospital of Philadelphia Philadelphia, PAB$108,000paidMECHANISMS OF MMF/HO-1 REGULATION OF HYPERINFLAMMATION BY DR. BEHREN.202302689349100765
2022Yale University New Haven, CTU$108,000paidNOVEL APPROACHES TO THE STUDY OF PAIN AND TARGETING OF CHRONIC PAIN BY DR. WAXMAN.202302689349100765
2022Yale University New Haven, CTU$108,000paidTARGETED NEUROFEEDBACK: A NOVEL NONPHARMOLOGICAL TREATMENT FOR OCD BY DR. CHRIS PITTENGER202302689349100765
2022University of Pittsburgh Pittsburgh, PAC$100,000paidCELLULAR PHENOTYPE CONTRIBUTING TO IMMUNE DYSREGULATION IN LOCALIZED SCLERODERMA BY KATHRYN TOROK, M.D.202302689349100765
2020Yale University New Haven, CTU$216,000paidTARGETED NEUROFEEDBACK: A NOVEL NONPHARMACOLOGICAL TREATMENT FOR OBSESSIVE-COMPULSIVE DISORDER BY CHRISTOPHER PITTENGER, M.D., PH.D.202102509349101100
2020University of Pittsburgh Pittsburgh, PAC$108,000paidTRANSLATIONAL 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.202102509349101100
2020University of Pittsburgh Pittsburgh, PAC$100,000paidCELLULAR PHENOTYPE CONTRIBUTING TO IMMUNE DYSREGULATION IN LOCALIZED SCLERODERMA BY KATHRYN TOROK, M.D.202102509349101100
2018Yale University New Haven, CTU$108,000paidDIAGNOSTIC STABILITY AND EARLY CHILDHOOD PREDICTORS OF OUTCOME IN AUTISM SPECTRUM DISORDERS BY FRED VOLKMAR, M.D.201931349349102273
2018University of Pittsburgh Pittsburg, PAU$108,000paidSERUM CYTOKINE PROFILES IN LOCALIZED SCLERODERMA BY KATHRYN TOROK, M.D.201931349349102273
2018The Children's Hospital of Philadel Philadelphia, PAC$108,000paidIL-33 SIGNALING IN FHL BY EDWARD M. BEHRENS, M.D.201931349349102273
2018Yale University New Haven, CTU$108,000paidVIRAL-MEDICATED APPROACH FOR THE STUDY OF PAIN AND SPASTICITY BY STEPHAN WAXMAN, M.D. PH.D201931349349102273
2018Yale University New Haven, CTU$108,000paidTARGETED NEUROFEEDBACK: A NOVEL NONPHARMACOLOGICAL TREATMENT FOR OBSESSIVE-COMPULSIVE DISORDER BY CHRISTOPHER PITTENGER, M.D., PH.D.201931349349102273
2018Yale University New Haven, CTU$108,000paidVALIDATION OF METHODS TO IMAGE KETAMINE-INDUCED CHANGES IN THE HUMAN BRAIN BY IRINA ESTERLIS, PH.D.201931349349102273
2018University of Pittsburgh Pittsburg, PAU$108,000paidMALADAPTIVE DOUBLE NEGATIVE T CELLS IN JUVENILE IDIOPATHIC ARTHRITIS BY ABBE N. DE VALLEJO, PH. D201931349349102273
2018Yale University New Haven, CTU$108,000paidHUMAN GENETIC VARIATION IN CYTOKINE SIGNALING PATHWAYS AND SUSCEPTIBILITY TO AUTOIMMUNE DISEASE BY DAVID HAFLER, M.D.201931349349102273
2018Washington University St Louis, MOB$108,000paidDESIGNER STEM CELLS FOR TREATING CHRONIC DISEASES BY FARSHID GUILAK, PH.D.201931349349102273

Match tier: A Reported EIN · B Exact name and place · C Strong name match · D Probable name match · U Unresolved. Tiers C and D are inferred, not reported; see how matching works.

Recipient matching for this dataset version has not yet completed its independent precision check. Tier A rows carry the EIN the filer reported; tiers B–D are the matcher's inference and should be read as leads until the check is published on the methodology page.

Source filings

Every figure above is traceable to one of these IRS e-file returns by its OBJECT_ID.

Returns this page is derived from
FormTax yearPeriod endFiledSchemaIRS OBJECT_ID
990PF20242024-12-31not stated2024v5.2202543149349102319
990PF20232023-12-31not stated2023v5.1202423209349104217
990PF20222022-12-31not stated2022v5.0202302689349100765
990PF20202020-12-31not stated2020v4.1202102509349101100
990PF20182018-12-31not stated2018v3.1201931349349102273

Derived from IRS Form 990-PF e-file XML; recipient identities from the IRS Exempt Organizations Business Master File. Dataset version 2026.09.0, built 2026-09-03. The same rows as Parquet: manifest; as JSON: /api/funders/262343375.json.

The same organization elsewhere in the program: exempt status and filing health · federal awards · grant guidance · open opportunities.

This is informational only, derived from public data on the dates shown. It is not an eligibility determination, and not legal, tax, or accounting advice. Verify against the official source before relying on it.