DR. STANLEY J GEYER, MD
Medical Practice at Hospital Rd, Indiana, PA
License number
Pennsylvania MD017579E
Category
Medical Practice
Type
Anatomic Pathology
Address
Address
2
835 Hospital Rd, Indiana, PA 15701
PO Box 49, Pittsburgh, PA 15230
PO Box 49, Pittsburgh, PA 15230
Phone
(724) 357-7169
(724) 357-7481 (Fax)
(412) 937-5786
(412) 937-5710 (Fax)
(724) 357-7481 (Fax)
(412) 937-5786
(412) 937-5710 (Fax)
Personal information
See more information about STANLEY J GEYER at radaris.comName
Address
Phone
2217 Huntington Ct N, Wexford, PA 15090
3 Willow Farms Ln, Pittsburgh, PA 15238
5316 Ellsworth Ave, Pittsburgh, PA 15232
5316 Ellsworth Ave, Pittsburgh, PA 15232
Pittsburgh, PA
Professional information
Pathologist, Geyer Pathology Services
Position:
Chair, Diagnostic Immunology Resource Committee at College of American Pathologists, Co-founder and pathologist at World Envrionmental Consulting, Advocacy, Research and Education (WECARE), Associate Medical Director at Access Genetics, Pathologist at Indiana Regional Medical Center, Founder and Pathologist at Geyer Pathology Services
Location:
Greater Pittsburgh Area
Industry:
Hospital & Health Care
Work:
College of American Pathologists
-
Chair, Diagnostic Immunology Resource Committee
World Envrionmental Consulting, Advocacy, Research and Education (WECARE)
since Jan 2009
-
Co-founder and pathologist
Access Genetics
since 2007
-
Associate Medical Director
Indiana Regional Medical Center
since 2007
-
Pathologist
Geyer Pathology Services
since Jul 2006
-
Founder and Pathologist
HB Litigation Conferences
2010 - 2010
-
Lecturer
ChromoDynamics
2006 - 2010
-
Consultant
IOMA
2005 - 2010
-
Consultant
College of American Pathologists
2002 - 2009
-
Vice Chair, Diagnostic Immunology Resource Committee
Intermountain Healthcare
2005 - 2006
-
Chairman, Pathology, Urban Central Region Hospitals
Western Pennsylvania Hospital
1993 - 2005
-
Physician
Western Pennsylvania Hospital
Jan 1993 - Dec 2004
-
Chairman, Department of Pathology and Laboratory Medicine
Precision Therapeutics
2000 - 2002
-
Medical Director
Georgetown University
May 1990 - Dec 1992
-
Professor of Pathology
Georgetown University Hospital
May 1990 - Dec 1992
-
Medical Director, Department of Laboratory Medicine
Veterans Administration Medical Center, Seattle
Nov 1984 - Apr 1990
-
Chief of Staff
University of Washington School of Medicine
Nov 1984 - Apr 1990
-
Associate Dean
University of Washington School of Medicine
Nov 1984 - Apr 1990
-
Associate Professor
VA Medical Center
1982 - 1984
-
Chief of Staff
VA Medial Center, Pittsburgh
1979 - 1982
-
Chief, Laboratory Services
University of Pittsburgh School of Medicine
Jul 1976 - Jun 1977
-
Fellow in Experimental Pathology and Immunology
Resident in Pathology
Jul 1975 - Jun 1976
-
University Health Center of Pittsburgh
New York University Medical Center
1974 - 1975
-
Pathology Resident
Education:
Thomas Jefferson University 1970 - 1974
M.D., MedicineResident in Pathology, New York University 1974-1975 Resident in Pathology, University Health Center of Pittsburgh 1975-1976 Fellow in Experimental Pathology, University of Pittsburgh School of Medicine 1976-1977
M.D., MedicineResident in Pathology, New York University 1974-1975 Resident in Pathology, University Health Center of Pittsburgh 1975-1976 Fellow in Experimental Pathology, University of Pittsburgh School of Medicine 1976-1977
Skills:
Anatomic pathology (American Board of Pathology), Occupatonal and Environmental Pathology, Intellectual property development - automated multispectral imaging, Immunopathology, Infection control/pathology of infectious diseaases
Interests:
Environmental and Occupational Pathology and Toxicology, Research, Education and Consultation;
New technology development in pathology;
Diagnostic immunology
Honor & Awards:
Sarah Mellon Scaife Fellow of the University of Pittsburgh, Golden Apple Award of the American Medical Student Association (twice), President of National Association of Veterans Affairs Chiefs of Staff, Outstanding Speaker Award of the American Association of Clinical Chemistry
Stanley J Geyer, Indiana PA
Specialties:
Pathologist
Address:
835 Hospital Rd, Indiana, PA 15701
4800 Friendship Ave, Pittsburgh, PA 15224
4800 Friendship Ave, Pittsburgh, PA 15224
Education:
Thomas Jefferson University, Jefferson Medical College - Doctor of Medicine
UPMC Montefiore - Fellowship - Experimental Pathology
UPMC Montefiore - Residency - Pathology
UPMC Montefiore - Fellowship - Experimental Pathology
UPMC Montefiore - Residency - Pathology
Board certifications:
American Board of Pathology Certification in Anatomic Pathology (Pathology)
Aotf-Based Imaging System And Method For Hyperspectral And Multispectral Imaging Of Specimens Including Medical Tissue
US Patent:
8110159, Feb 7, 2012
Filed:
Sep 2, 2008
Appl. No.:
12/675677
Inventors:
Elliot S. Wachman - Lakewood NJ, US
Jill Wachman - Lakewood NJ, US
Stanley J. Geyer - Pittsburgh PA, US
Jill Wachman - Lakewood NJ, US
Stanley J. Geyer - Pittsburgh PA, US
Assignee:
Gooch and Housego PLC - Somerset
International Classification:
G02F 1/11, A61B 10/00
US Classification:
422536, 422 8205, 422 8206, 422 8208, 422 8209, 436 63, 436172, 356 36, 356303, 356244, 359285, 359305, 359578, 359579, 4352883, 4352887, 382128, 382133
Abstract:
An imaging system includes a platform for placement of a sample or an animal to be imaged, and at least one excitation light source for irradiating the sample or animal to stimulate an emission at a plurality of different center wavelengths. An acousto-optic tunable filter (AOTF) is provided that includes a piezoelectric transducer crystal for emitting an acoustic wave having a ground electrode disposed on one side of the piezoelectric crystal. A patterned electrode layer is disposed on a side of the piezoelectric crystal opposite the ground electrode. The patterned electrode layer includes a continuous region proximate to its center and a discontinuous region, a pattern in the discontinuous region comprising a plurality of spaced apart features electrically connected to the continuous region, and an AO interaction crystal receiving the acoustic wave attached to the ground electrode or the patterned electrode layer.
Automated Pap Screening Using A Plurality Of Biomarkers And Multi-Spectral Imaging
US Patent:
2012026, Oct 18, 2012
Filed:
Mar 29, 2012
Appl. No.:
13/434084
Inventors:
Elliot S. Wachman - Lakewood NJ, US
Stanley J. Geyer - Pittsburgh PA, US
Jill Wachman - Lakewood NJ, US
Stanley J. Geyer - Pittsburgh PA, US
Jill Wachman - Lakewood NJ, US
International Classification:
C12Q 1/70, C12Q 1/68, G01N 33/567
US Classification:
435 5, 435 721, 435 61
Abstract:
An automated screening method for detecting abnormalities in a sample. The method includes steps of staining a sample with a histologic or cytologic stain for transmission light microscopy to provide a stained sample; exposing the stained sample to a plurality of differentially-labeled biomarkers, wherein each of the biomarkers is labeled with a distinct transmission stain or fluorescence probe; at a first location, generating at least one multi-spectral image of the stained sample using signals obtained from the plurality of differentially-labeled biomarkers and the histologic or cytologic stain; and automatically determining whether the first location requires further pathologist review or interpretation.
Automated Pap Screening Using Optical Detection Of Hpv With Or Without Multispectral Imaging
US Patent:
7316904, Jan 8, 2008
Filed:
Jun 30, 2004
Appl. No.:
10/881224
Inventors:
Daniel L. Farkas - Los Angeles CA, US
Elliot S. Wachman - Lakewood NJ, US
Jill Wachman - Lakewood NJ, US
Miriam Farkas - Los Angeles CA, US
Stanley J. Geyer - Pittsburgh PA, US
Elliot S. Wachman - Lakewood NJ, US
Jill Wachman - Lakewood NJ, US
Miriam Farkas - Los Angeles CA, US
Stanley J. Geyer - Pittsburgh PA, US
Assignee:
Chromodynamics, Inc. - Lakewood NJ
International Classification:
C12Q 1/68
US Classification:
435 6, 435 405
Abstract:
The present disclosure involves a method of preparing a cervical sample for medical examination in which a papanicolaou stained sample is additionally stained with a label targeted to one or more high risk cancer markers to allow for optical detection of the human papilloma virus. That optical detection can be combined with morphometric detection of abnormal cells, which may be improved by multispectral imaging using an acousto-optic tunable filter. Several variations of screening methods and an apparatus for performing the methods are disclosed.