CURRICULUM VITAE – STUART BURSTEN, MD, FACP
EDUCATION
High School
Southwest High School 1971
Kansas City, MO
(Salutatorian,
National Merit Scholar)
College
Stanford University B.S., Biology (Honors, highest distinction) 1975
Palo Alto, CA A.B., Psychology (Highest distinction)
Medical School
Yale University School of Medicine; M.D., Medicine 1980
New Haven, CT
Thesis (awarded Honors): A clinical scoring system for detection of
Patients with pheochromocytoma
POST GRADUATE TRAINING
Boston City Hospital: intern, internal medicine 1980-1981
Boston, MA
University of Washington: resident, internal medicine 1981-1983
Seattle, WA
University of Washington,: fellow, nephrology 1983-1985
Seattle, WA
University of Washington: post-doctoral research fellow 1985-1986
Seattle, WA
BOARDS
American Board of Internal Medicine, Internal Medicine 1983
American Board of Internal Medicine, Nephrology 1990
Recertification (ongoing) 2008-2010
HONORS (Selected)
National Merit Foundation Scholarship (1st in Midwest, 3rd in country) 1971
National Grocers Association Scholarship 1971
S & H Green Stamps Association Scholarship 1971
National Science Foundation Award 1974
House Associate Award, Stanford University 1974-1975
NIH Training Program Grant (MD-PhD) 1975-1978
Northwest Kidney Foundation Fellowship 1983-1984
HONORS (SELECTED) CONT.:
National Institute of Arthritis, Diabetes, Digestive, and Kidney 1985-1986
Disease Fellowship (at U of W)
Associate Investigator, Dept. of Veterans Affairs 1986-1988
Northwest Kidney Foundation Research Awards 1988-1989
1989-1990
1991-1992
Research Associate, Department of Veteran Affairs, Career 1989-1992
Development Award
Who’s Who in American Medicine 1993
Who’s Who in American Science 1994
Who’s Who in American Business 1994
Who’s Who in World Science 1998
Who’s Who in the World (Millennium) 2000
Who’s Who in American Science (Millennium) 2000
Who’s Who in Finance and Industry (Millennium) 2000
Fellow, American College of Physicians, Direct Election 2000
LICENSURE
Washington State 1981
MD00019512
Colorado 2001
MD39320
California 2001-present
Certificate #G86125
Georgia
MD82454
SOCIETIES
American Heart Association, Council on the Kidney
American Federation for Medical Research
New York Academy of Sciences
American Association for the Advancement of Science
American Society of Nephrology
International Society of Nephrology
American Statistical Association
Oxygen Society
American Society for Biochemistry and Molecular Biology
(ASBMB)
American Chemical Society
American College of Physician (Fellow)
FACULTY POSITIONS HELD
Acting Instructor: U. of Washington School of Medicine 1986-1988
Seattle, WA
Associate Investigator, Dept. of Veterans Affairs
Assistant Professor of Medicine, U. of Washington Medical School 1988-1992
Seattle, WA
Research Associate, Dept. of Veterans Affairs
Clinical Assistant Professor of Medicine, U. of Washington Medical 1992-1994
School
Seattle, WA
Clinical Associate Professor of Medicine, U. of Washington Medical 1994-2000
School
Seattle, WA
TEACHING RESPONSIBILITIES
Renal Physiology and Pathophysiology Course, 1986-1992
University of Washington School of Medicine:
Lecture: Sodium and potassium metabolism
Small group leader: Fluid and electrolytes
Glomerular pathophysiology
Acute renal failure
Clinical nephrology
Introduction to Clinical Medicine II 1986-2000
University of Washington School of Medicine:
Clinical tutor (1986-1988)
Small group leader (ongoing through 2000)
Examination group (1989-1993)
Post-doctoral training, Division of Nephrology 1989-1991
University of Washington School of Medicine
Research training of post-doctoral fellow,
Margaret Thornton Eddy, M.D. in lipid biochemistry
and applications of lipid biochemistry to glomerular cell biology
(cf. American Heart Association grants below)
Post-doctoral training, Division of Nephrology 1990-1993
University of Washington School of Medicine
Research training of post-doctoral fellows, enrolled in
NIH Clinical Fellows Training Program.
Courses included Basic Science and Nephrology, Special
Studies in Fluid and Electrolyte Physiology, Acid-Base Balance,
Molecular Biology in Nephrology, Biochemistry and related
Topics in Nephrology, and Special topics in Lipid Biochemistry
Lectures, Biochemistry, Lipid Biology, Biotechnology 1988-1993
Seattle University, (Guest Lecturer)
Lectures, Biochemistry 211, University of Washington 1994
Biophysics of Lipid Membranes
ATTENDING RESPONSIBILITIES
Attending in Internal Medicine:
Veterans Affairs Medical Center, Seattle, WA 1986-1993
2-3 months/year
Harborview Medical Center, Seattle, WA 1993-1995
1 month/year
Attending in Hypertension
University of Washington Medical Center, 1984-1989
Hypertension Clinic
Full time (2 clinics/week)
Attending in Nephrology
Veterans Affairs Medical Center, Seattle, WA 1986-1993
2-3 months/year
Veterans Affairs Medical Center, Seattle, WA 1985-1992
Hypertension/Nephrology Clinic
Veterans Affairs Medical Center, Seattle, WA 1988-1992
Renal/pancreas Transplant Clinic
Harborview Medical Center, Seattle, WA 1993-1995
1 month/year
LOCUM TENENS
Staff Care, Inc. July, 2000
Northwest Transplant Nephrology Associates August, 2000 –
October, 2000
Interim Medical Director, Monroe Centralized Command September, 2000-
Monore Washington Correctional Centers October, 2000
Transplant and Nephrology Northwest Associates November, 2000-
December, 2000
Transplant and Nephrology Northwest Associates January, 2001-
February, 2002
May, 2002
June, 2002
PRIVATE PRACTICE
Napa Valley Nephrology & Internal Medicine Medical Group, Inc. 2002-2019
Chairman of Medicine, St Helena Hospital 2016-2018
Co-Director of Intensive Care Unit, St Helena Hospital, Napa Valley 2015-2017
St Helena Nephrology Clinic 2012-2019
HOSPITALIST
St Helena Hospital 2018-present
Sonoma Valley Hospital 2019-present
ATTENDING PRIVILEGES, FULL TIME
Seattle Veterans Affairs Hospital 1985-1993
Seattle, WA
Northwest Hospital 2002-2004
Swedish Hospital Medical Center 2000-2002
Seattle, WA
First Hill campus
Ballard campus
Providence Hospital
Vencor (Kindred) Hospital 2000-2002
Seattle, WA
Northwest Hospital 2000-2002
Memorial Hospital 2002
Modesto, CA
Queen of the Valley Medical Center 2002-present
Napa, CA
St. Helena Hospital 2002-present
St. Helena, CA
SPECIAL LOCAL RESPONSIBILITIES
Safety Committee, Medical Research, Seattle VAMC 1988-1992
Executive Committee, Medical Research, Seattle VAMC 1987-1990
Student Thesis Committee, U. of Washington School of Medicine 1989-1991
Admissions Committee, U. of Washington School of Medicine 1999-2000
REVIEWER
J.Clin Investigation, 1990-1992, 1995
J. Immunology, 1993-1995, 1996
J. Histochemistry & Cytochemistry, 1992-1996
Immunopharmacology, 1994
Blood, 1995-1997
Proceedings of the National Academy of Sciences, 1995, 1997
Cancer Research, 1993, 1995, 1998
J. Clinical Pharmacology, 1998
GRANT SUPPORT
Associate Investigator, Career Development, Dept. of Veterans Affairs 1986-1988
Effect of Bacterial Cell Wall Products on Mesangial Cell Activation
Research Associate, Career Development, Dept. of Veterans Affairs 1989-1993
Stimulation of Lipid Metabolism by Lipid A and Interleukin 1 in Human
Mesangial Cells
Northwest Kidney Foundation, Clinical Investigators Award 1988-1992
Effect of Lipid A, Interleukin 1, and Tumor Necrosis Factor on
Lipid Metabolism in Mesangial Cells
American Heart Association, Clinical Investigators Award 1990-1992
Cyclosporine A Interaction with Membranes and Lipid metabolism
In Human and Rat Mesangial Cells
Merit Review, Department of Veterans Affairs 1992-1993
Isolation and Characterization of Acyl CoA: Lyso-phosphatidic
Acid Acyl Transferase from Bovine Brain and Liver
PATENTS GRANTED (Internal number: patent number)
Modulation of cellular response to external stimuli (0103CA) 12/23/1992
Modulation of cellular response to external stimuli (0103SA: 01/27/1993
92/3808 S. Africa)
Modulation of cellular response to external stimuli (0103D: 12/17/1996
5585380 U.S.)
Method for preventing tissue injury from hypoxia (0203A: 09/25/1996
5581168 U.S.)
Method for inhibiting mast cell and basophil activation (1306) 03/10/1998
The effect of CT-1501R on neutrophil function and bacterial 05/16/1998
Killing (0203EP)
Sepsis, adult respiratory distress syndrome, and systemic 06/30/1998
Inflammatory response syndrome diagnostic (5,780,237 US)
Composition for wound healing and vascularization (1303A) pending
Composition for wound healing, neuron growth, and pending
Vascularization (1303WO)
Method for treating neoplastic diseases (1305) pending
Method for treating immune complex disease (0206) pending
Method for treating disease mediated by cellular proliferation 08/18/1998
In response to PDGF, EGF, FGF, and VEGF (5,795,898 US)
Neoplasia diagnostic method (1702) (US 5773300) 06/30/1998
Sepsis, adult respiratory distress syndrome and systemic 07/14/1998
Inflammatory response syndrome diagnostic (US 5780237)
Oxidized fatty acid diagnostic system for radiation exposure 03/31/2000
(1703) (5823356 US)
PATENTS GRANTED (Internal number: patent number) cont.:
Method for selectively inhibiting IL-2 signal transduction (1304A) 06/11/2001
Effects of novel lipoxin-related compounds on treatment of 04/10/2008
Inflammation
Methods of synthesis of novel lipoxin-related compounds 05/23/2008
BIOPHARMACEUTICAL EXPERIENCE
Co-director, Second Messenger and Lipid Biochemistry, 1992-1995
Cell Therapeutics, Inc.
One of the scientific founders of the corporation, assisting in ongoing
Determinations of mechanism of action of compounds of interest to corporation.
First focused interest of corporation on lipid metabolism, particularly that of
phosphatidic acid and diacylglycerol. Originally described association of
lyso-phosphatidic acid: acyl CoA acyltransferase (LPAAT) with inflammatory
processes and cytokines (Lipid A, IL-1), which has subsequently been confirmed
by cloning of enzyme. In addition, suggested that LPAAT modulation of PA acyl content
may affect tumor development. Also developed theories that corporate compounds
affected other PA-associated enzymes, including DG kinase and phospholipase
D (PLD) (confirmed by experiments performed by Roche Corporation).
Helped to initiate experiments suggesting that compounds of interest to corporation
were structural or direct inhibitors of enzymes such as DG kinase. Helped to associate
PA and DG levels in tumor cell lines with possible vulnerability of tumors to CTI compounds.
Assisted in setting up section of lipid biochemistry and design of laboratories, as well
as recruiting and personnel development for section.
Managed laboratory initially with 5 persons, growing to 12 persons, including two
Ph.D. level scientist and three M.S. level scientists.
Assisted in design of certain pharmaceutical compounds of interest to corporation
relating to structures of lipid compounds.
Initiated coordination between Clinical Affairs and Lipid Biochemistry sections,
developing clinical studies and protocols for biochemical/serum markers for effects of
lisofylline. Participated with Clinical Affairs department in writing protocols for all clinical
trials involving lisofylline and lipid compounds, as well as development of clinical trials with
biochemical markers. Served on Lisofylline Development Committee 1992-1995,
participated in writing IND for lisofylline.
Section management parameters:
Personnel budget ranged from $400,000 - $485,000.
Equipment budget of ca. $165,000 initial and $50,000 yearly.
Supply budget of ca. $125,000 - $210,000 yearly
Founders’ Award for achievement and entrepreneurial spirit, 1995.
Principal Scientist, Lipid Biology/Analytical Lipid Chemistry 1995-2000
Cell Therapeutics, Inc.
Demonstrated that compounds of interest to CTI affect serum free fatty acids, and
serum oxidized lipids, including hydroperoxyoctadecadienoic acids. Assisted in
development of methods for analyzing and isolating enzymes of interest to corporation,
including acyl CoA: lysophosphatidate acyltransferase (LPAAT) and phospholipase
D (PLD).
Managed laboratory with 14-22 persons, including five Ph.D. level scientists and
four M.S. level scientists.
Coordinated efforts in Clinical Chemistry analysis of plasma and serum FFA, and
serum/plasma oxidized FFA with clinical studies on lymphoma, leukemia, bone marrow
transplant, and acute lung injury patients.
Acted as coordinator between Clinical Affairs and Research department during
1995-1998 clinical studies, including (CTI studies) CT 1014, 1015, 1016, 1018, 1028,
1031, 1032, 1034, 1038, 1040.
Also undertook statistical analyses for clinical chemistry studies during this period.
Management parameters:
Personnel budget ranging from $850,000 - $985,000.
Equipment budget of ca. $400,000 initial and $75,000 yearly.
Purchase/lease of electrospray mass spec. 1998 ($400,000)
Supply budge of ca. $225,000 - $300,000 yearly.
SUMMARY OF EXPERTISE:
Scientific: Enzyme assays, lipid biochemistry
Drug development: drug screening for LPAAβ, PLD
Drug development: rational drug design (CT2584, CT2576, CT3501)
Electron microscopy, scanning
Electron microscopy, transmission
In vitro models for inflammation, ischemia/reperfusion, oxidation, acute renal failure
In vitro models for inflammatory, ischemia/reperfusion, oxidation, acute renal failure
2-dimensional gel electrophoresis
Biophysics (lipid membrane studies):
Fluroescence spectroscopy
Fluorescence amisotrophy
Fourier transform infrared spectroscopy (FTIR)
Differential scanning calorimetry (DSC)
Nuclear magnetic resonance (NMR)
Mass spectrometry (MS: MS/MS; MRM)
Analytical and clinical chemistry:
Normal and reverse phase high performance liquid chromatography (HPLC)
Chiral HPLC
Gas-liquid chromatography
Gas chromatography
Mass spectrometry (Fast-atom bombardment; electrospray, MALDI-TOF)
Medicinal Chemistry:
Rational drug design for lipid-related compounds.
Clinical: General internal medicine
Intensive care medicine
Hypertension
Nephrology:
Hemodialysis
Hemofiltration
CVVH
CAVH
CVVH/HD
Renal transplantation
Clinical studies, acute renal failure
Clinical studies, hypertension
Clinical studies, clinical chemistry
Clinical study management
Clinical study analysis (statistical)
Clinical drug development, including IND
Intellectual Property:
Composition of matter patents
Construction of intellectual property positions
Patent development for lipid and lipid-related compounds
Patent development for design of lipid-related compounds
CONSULTING EXPERIENCE
D.C. Steffens Capital Group July, 1999
Irvington, NY
Medical and Biotechnology Consultant
S.W. Chiles Capital Group November, 1999
New York, NY
Medical and Biotechnology Consultant
Lumicyte Corporation December, 1999
San Francisco, CA
Medical Consultant
Institute of Lipid Studies December, 1999
Seattle, WA
Founder, Research Director, Medical Consultant
Chalone Corporation August, 2001
Boston, MA./New York, NY
Medical/Biochemistry Consultant
Resolvyn Corporation November, 2001
New York, NY
Medical/Biochemistry Consultant
WORLD LANUGUAGE SPOKEN
FLUENT: Russian and German
SOME FLUENCY: Hebrew
UNDERSTANDING (reading): French and Yiddish