A DIFFERENT WAY TO EXPLORE

Similar work.
More providers to explore.

Compare the published Medicare service mix of Jaime Albert Campbell, M.D., M.S. with clinicians in the same registry specialty: Pathology (CMS).

DALLAS, TX · Exact areaEdit location

2024 published service data · 98 eligible profiles compared. Similarity describes billing patterns, not quality, outcomes, or suitability for your care.

Javed Gill, MD

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
89%Service-mix similarityView profile →

Weina Chen, MD PHD

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
85%Service-mix similarityView profile →

Sharon Koorse Germans, M.B.B.S

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
82%Service-mix similarityView profile →

John R Krause, MD

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
81%Service-mix similarityView profile →

Miguel Dario Cantu, M.D.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
81%Service-mix similarityView profile →

Kirthi Raman Kumar, M.D., PH.D

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
74%Service-mix similarityView profile →

Andrew Porter Seiwell, M.D.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
74%Service-mix similarityView profile →

Ayaz Ghouse Kalsekar, M.D.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
72%Service-mix similarityView profile →

Imran Lawend Hitto, M.D.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
72%Service-mix similarityView profile →

Valerie Marie Juarez, M.D.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
71%Service-mix similarityView profile →

Sarah Beth Glogowski, DO

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Special stained specimen slides to examine tissue, each additional procedure (88341)
70%Service-mix similarityView profile →

Daniel Anthony Gehlbach, D.O.

Pathology (CMS) · Dallas, TX

Shared published services
3 shared services · view billing descriptions
  • Flow cytometry technique for dna or cell analysis, 16 or more markers (88189)
  • Special stained specimen slides to examine tissue including interpretation and report (88313)
  • Microscopic genetic analysis of tumor, manual (88360)
69%Service-mix similarityView profile →
How this comparison works

We use the same calendar year of CMS Medicare Physician & Other Practitioners data for both providers. Published non-drug service counts are combined by HCPCS code across places of service. We apply log(1 + count), normalize the vectors, and compare them using cosine similarity.

Candidates share the reference provider’s current NPPES primary taxonomy and match the location you enter. We examine up to 500 candidates in NPI order, then show up to 12 with the highest positive similarity within that set. The score is not a percentile, medical recommendation, or prediction. Suppressed services are not estimated. Medicare fee-for-service data does not describe a provider’s entire practice.

Source: CMS Medicare Physician & Other Practitioners - by Provider and Service : 2024-12-01 · Published May 21, 2026.