JAMES KEENE BRENNAN
Medical Practice in Rochester, NY

License number
Pennsylvania MD009335E
Category
Medicine
Type
Medical Physician and Surgeon
Address
Address 2
Rochester, NY 14642
Pennsylvania

Personal information

See more information about JAMES KEENE BRENNAN at radaris.com
Name
Address
Phone
James Brennan, age 103
50 Jefferson Ave, Rockville Centre, NY 11570
James Brennan, age 84
51 Sidney St, Kingston, PA 18704
(570) 288-2603
James Brennan, age 50
4 Pleasant St #2, Whitesboro, NY 13492
(315) 601-1857
James Brennan, age 110
5011 Henderson St, Whitesboro, NY 13492
(315) 736-7918
James Brennan, age 60
504 E 12Th St APT 7, New York, NY 10009

Professional information

James Brennan Photo 1

Partner At Deloitte

Position:
Partner at Deloitte, Partner at Deloitte & Touche
Location:
Rochester, New York Area
Industry:
Accounting
Work:
Deloitte since Oct 1994 - Partner Deloitte & Touche since 1994 - Partner Walker, McGrath & Thaney Jun 1992 - Oct 1994 - Staff Accountant
Education:
Saint John Fisher College 1989 - 1991
Bachelor of Science, Accounting
Villanova University 1988 - 1989


James Brennan Photo 2

Obtaining Human Cell Lines That Elaborate Colony Stimulating Activity For Marrow Cells Of Man And Other Species And Methods Of Preparing Same

US Patent:
4135975, Jan 23, 1979
Filed:
Dec 14, 1977
Appl. No.:
5/860364
Inventors:
Marshall A. Lichtman - Rochester NY
James K. Brennan - Rochester NY
International Classification:
C12B 300, C12K 900
US Classification:
195 18
Abstract:
Human cell lines have been obtained which elaborate colony stimulating activity (CSA) for marrow cells, i. e. , which enable cells to be grown in vitro for use in bioassay methods in diagnostics and therapy. One cell line, GCT, was obtained from a lung metastasis of a fibrous histiocytoma and another, RC4 from a monocyte enriched fraction of normal blood. These cell lines provide a continuous source of large quantities of conditioned medium from purification of CSA and is more potent in stimulating human narrow growth in vitro than conditioned mediums heretofore available, i. e. , human embryo kidney cell or human leukocyte feeder layers, having finite life spans in culture.