[Sbrp-test] draft rb100
Whitson, Larry (NIH/NIEHS)
whitson@niehs.nih.gov
Fri, 28 Mar 2003 12:18:51 -0500
This message is in MIME format. Since your mail reader does not understand
this format, some or all of this message may not be legible.
------_=_NextPart_000_01C2F54E.1A3684F0
Content-Type: multipart/alternative;
boundary="----_=_NextPart_001_01C2F54E.1A3684F0"
------_=_NextPart_001_01C2F54E.1A3684F0
Content-Type: text/plain;
charset="windows-1252"
Content-Transfer-Encoding: quoted-printable
=20
NIEHS|SBRP RESARCH BRIEF 100 -- Celebrating a Significant Milestone in
Research Development
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/rb_headerimg.jpe>=
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
The Superfund Basic Research Program (SBRP) celebrates the success of a
valuable resource =96 the Research Brief. A growing number of readers =
each
month turn to this publication for information on innovative, =
cutting-edge
multidisciplinary research results and applications. With this edition, =
SBRP
has designed Research Brief 100 to offer access to past editions =96 =
presented
in a comprehensive topic oriented listing.=20
In 1997, with more than a decade-long record of success, SBRP felt it
critical to consider innovative ways of communicating important =
scientific
results that have applications to real life risks to a diverse =
audience. And
so, the SBRP Research Brief series was launched. The series was created =
to
summarize key findings from current SBRP-funded research in the areas =
of
environmental health sciences, remediation, and the potential =
implications
of hazardous materials to the public=92s health. The Research Brief was
designed to allow for broad dissemination to the field using effective
communications tools like electronic mail.=20
Research Brief topics =96 which have ranged in recent months from =
remediation
of groundwater arsenic levels in Bangladesh to understanding the =
potential
impact of maternal bone lead on the fetus and lactating infant =96 are
submitted by SBRP-funded grantees from some of the nation=92s leading
university researchers. The Research Brief presents the most current,
peer-reviewed science, and is designed to make the research broadly
available and easily accessible.=20
Since its inception, the Research Brief series has grown impressively =
in
both circulation and impact, and now reaches several thousand of our
colleagues in 16 countries. More than half of the monthly subscribers =
are
employees of the U. S. Environmental Protection Agency, while others =
are
employees of 16 federal and 21 state agencies, the National Academies =
of
Science, Engineering, and Medicine, researchers and students at 63
universities, environmental professionals and nonprofit organizations.=20
The Research Brief will continue to provide essential information to =
our
readers. We welcome your suggestions on new issues of interest and =
content
of relevance. We encourage you to, once again, review past editions =
when you
are looking for concise and useful information about important =
scientific
developments related to hazardous waste research and application.=20
Past and future issues of the Research Brief can be accessed on the =
SBRP
website at:=20
http://www-apps.niehs.nih.gov/sbrp/RB2000/RB.cfm
<http://www-apps.niehs.nih.gov/sbrp/RB2000/RB.cfm>=20
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>=20
=
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/rb_headline.gif> =
With this edition of the Research Brief, the SBRP is pleased to =
celebrate
the 100th issue of its widely read series. In offering this edition as =
a
retrospective of past issues, SBRP is listing below all of the past =
Research
Briefs by subject matter. Additionally, the online version of Research =
Brief
100 contains active links to all of editions of the Research Briefs. =
SBRP
will continue to enhance access to information available in its =
Research
Briefs by cross=96referencing editions by topics and universities.
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Bioavilability=09
2 Advances
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Made =
in
Determining Fate and Bioavailability of PAH in Soil Frederic Pfaender
University of North Carolina 08/20/97 =09
23 Bioaccumulation
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> and
Biomagnification of Metals in Lakes Carol Folt Dartmouth College
06/24/98=09
33 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Effect of
Contaminant Aging in Soils on Bioavailability Martin Alexander
Cornell University 11/11/98 =09
45 Improving
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Understanding of Contaminant Bioavailability in Soils Leonard Lion=20
William Ghiorse Cornell University 05/05/99=09
50 Bioavailability
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Chlorinated Hydrocarbons in the Diet Margaret James University
of Florida 07/14/99=09
65 Toxicokinetics
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Volatile Organic Compounds David Kalman University of Washington
04/05/00=09
79 A
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Cellular
Biosensor to Detect Chlorocatechol Sylvia Daunert University of
Kentucky 07/03/01=09
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Bioremediation=09
4 Use
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Microbial Surfactants for Enhanced Removal of Metals from Contaminated =
Soils
R.M. Miller University of Arizona 10/17/97=09
9 Scientists
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Investigate the Properties and Structure of Biofilm Treatment Systems =
Paul
Bishop University of Cincinnati 11/26/97=09
16 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Use =
of
Poplar Trees to Remediate Chlorinated Organic Contaminants Milton
Gordon University of Washington 03/18/98=09
22 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Role =
of
Bacterial Gene Transfer in Cleaning Up Metal and Organic Contaminated =
Soils
Ian Pepper University of Arizona 06/10/98=09
26 Microbial
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Degradation of Polycyclic Aromatic Hydrocarbon Mixtures David
Warshawsky University of Cincinnati 08/05/98=09
31 In
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Situ
Bioremediation of Groundwater Contaminated With Carbon Tetrachloride
Craig Criddle Michigan State 10/14/98=09
69 Anaerobic
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Transformations and Bioremediation of Chlorinated Solvents John
Ferguson University of Washington 09/06/00=09
70 Distribution
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Microorganisms in Biofilms Surrounding Soil Particles Paul Bishop
University of Cincinnati 10/04/00=09
73 Plant
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Root
Exudates Facilitate Phytoremediation Jodi Shan University of
Cincinnati 01/03/01=09
77 Modeling
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Biodegradation of Contaminant Mixtures Kenneth Reardon Colorado
State 05/02/01=09
82 Microbial
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Degradation of PCBs James Tiedje Michigan State 10/03/01=09
91 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Role =
of
Bacteria in Bioremediation of Metals Bradley Tebo UC-San Diego
07/03/02=09
93 Monitoring
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> In =
Situ
Bioremediation of TCE Lisa Alvarez-Cohen UC-Berkeley 09/04/02
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Ecology=09
19 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Use =
of
Wildlife Biomonitoring at Hazardous Waste Sites=20
Michael Hooper University of Washington 04/28/98=09
21 Mechanisms
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
Dioxin
Sensitivity Mark Hahn Boston University 05/27/98=09
27 Identification
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
Metal
Responsive Genes in Aquatic Arthropods Barry Beaty Colorado State
08/19/98=09
41 Molecular,
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Population, and Community Responses of Aquatic Insects to Heavy Metal
Contamination William Clements Colorado State 03/10/99=09
64 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Use =
of
Bacterial Diversity as a Biomarker for Ecological Health Assessment
Timothy Ford Harvard University 03/05/00=09
66 Development
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of a
Biomarker to Detect Arsenic in Aquatic Ecosystems Carol Folt
Dartmouth College 05/03/00=09
84 Molecular
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Mechanisms
of Endocrine Disruption Nancy Denslow University of Florida
12/05/01=09
89 Clues
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> to
Methylmercury Levels in Freshwater Fish Carol Folt Dartmouth
College 05/01/02=09
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Fate and Transport=09
18 Characterization
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
New
York City Contaminants James Simpson=20
Richard Bopp=20
Mt. Sinai School of Med. 04/15/98=09
29 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Persistence of Polychlorinated Biphenyls in Hudson River Sediments
Richard Bopp Mt. Sinai School of Med. 09/16/98=09
32 Understanding
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Physical Processes Involved in Metal Transport in the Upper Mystic Lake
Heidi Nepf Mass. Institute of Technology 10/28/98=09
43 Fate
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> and
Transport of Metals in the Aberjona Watershed Harold Hemond Mass.
Institute of Technology 04/07/99=09
47 Investigating
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the =
Mass
Transfer and Persistence of Nonaqueous Phase Liquids in the Subsurface
Environment Linda Abriola Michigan State 01/02/99=09
68 Investigating
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Transport of Heavy Metals in a Polluted Aquifer Martha Conklin
University of Arizona 07/12/00=09
98 Redox
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Control of
Arsenic Mobilization in Bangladesh Groundwater Habibul Ahsan Columbia
University 02/05/03=09
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Health Effects =97 Animal Studies=09
3 Low
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Levels of
Arsenite Found to Decrease Hepatic Cytochrome P450 Activity Jacqueline
Sinclair Dartmouth College 09/03/97=09
14 Studies
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Examine
Cardiac Teratogenicity of a Common Drinking Water Contaminant Paula
Johnson University of Arizona 02/18/98=09
25 Comparative
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Metabolism
Studies of Dichloroacetate Peter Stacpoole University of
Florida 07/22/98=09
30 Understanding
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Molecular Basis for Metal-Induced Cancers Joshua Hamilton Dartmouth
College 09/30/98=09
39 Tracking
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Down =
the
Mechanisms of Trichloroethylene-Induced Toxicity David Waxman
Boston University 02/10/99=09
40 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Effects of
Organophosphates on the Developing Eye David Hinton UC-Davis
02/24/99=09
42 Mechanisms
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> and
Consequences of Neutrophil Activation by Polychlorinated Biphenyls
Patricia Ganey Michigan State 03/24/99=09
44 Studies
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Examine
the Mechanisms of Chromium Mutagenesis Kathleen Dixon University of
Cincinnati 04/21/99=09
48 Mechanisms
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Vanadium Toxicity in the Respiratory System John Godleski Harvard
University 06/16/99=09
49 Exploring
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Mechanisms of Neurotoxicity Caused by Exposure to Polychlorinated =
Biphenyls
David Carpenter U at Albany - SUNY 06/30/99=09
51 Diversity
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Inorganic Arsenic Metabolism H.Vasken Aposhian University of
Arizona 36369=09
52 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Effects of
Nutrition on Polychlorinated Biphenyl-Mediated Endothelial Cell =
Activation =96
Implications in Atherosclerosis Bernhard Hennig
Larry Robertson University of Kentucky 08/11/99=09
55 Potent
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Inhibitors
are Discovered for Soluble Epoxide Hydrolases, Enzymes That Have an
Important Role in the Metabolism of Environmental Contaminants Bruce
Hammock UC-Davis 09/22/99=09
58 Investigating
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Mechanisms Underlying Arsenic-Induced Vascular Disease Aaron =
Barchowsky
Dartmouth College 11/11/99=09
63 Stage-specific
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Actions of
Cadmium During Spermatogenesis Gloria Callard Boston University
02/02/00=09
72 An
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Investigation of the Behavioral Toxicity of Lead Barbara Strupp
Cornell University 12/06/00=09
78 Role
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Oxyradicals in Genotoxicity of Arsenic Tom Hei Columbia University
06/06/01=09
80 Mechanisms
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Chlorpyrifos Developmental Neurotoxicity Ted Slotkin Duke
University 08/01/01=09
81 Developmental
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Neurotoxicity of Xenoestrogens in Zebrafish=20
Gloria Callard Boston University 09/05/01=09
92 Biomarkers
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Neurotoxicant Exposure & Neurodegeneration Peter Sabri
Mohammed Spencer Oregon Health Sciences University 08/07/02
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Health Effects =97 Human Studies=09
5 Studies
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Determine
Factors That Contribute to Bone Lead Accumulation and Release Howard =
Hu
Harvard University 10/01/97=09
6 Studies
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Investigate Effects of TCDD & Benzo(a)pyrene of Placental-Uterine =
Function
Kathleen Shiverick University of Florida 10/15/97=09
7 New
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Methods of
Spatial Analysis Are Developed for Environmental Epidemiological Data =
Using
a GIS David Ozonoff Boston University 10/29/97=09
8 Possible
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Explanation for Disease Susceptibility to Benzene Exposure Martyn =
Smith
UC-Berkeley 11/11/97=09
10 Structural
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Requirements for PCB-Induced Estrogenic Activity John Gierthy U
at Albany - SUNY 12/10/97=09
12 Mutational
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Fingerprinting to Find Causes of Mutations in Humans William Thilly
Mass. Institute of Technology 01/21/98=09
15 Urinary
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> FSH =
Assay
Developed to Assess Reproductive Health of Both Men and Women Bill =
Lasley
UC-Davis 03/04/98=09
17 In
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Utero =
PCB
Exposures and Infant Development Susan Korrick Harvard University
04/01/98=09
28 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Alteration
of Estrogen Metabolism by PCBs David Spink U at Albany - SUNY
11/02/98=09
34 Advanced
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Analytical
Technique Developed for Detecting Metals in Biological and =
Environmental
Samples Quintus Fernando=20
A. Jay Gandolfi University of Arizona 11/25/98=09
35 Organochlorine
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Exposure
and Breast Cancer Risk Phillipe Grandjean Boston University
12/09/98=09
38 Genetic
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Susceptibility to Lead Toxicity Karl Kelsey Harvard University
01/27/99=09
54 Investigating
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the =
Human
Health Effects of Vanadium=97Recent Studies Show Significant Acute =
Respiratory
Effects in Occupationally-Exposed Workers, Even at Permissible Exposure
Limits David Christiani Harvard University 09/08/99=09
57 Development
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Biomarkers for Male Reproductive Toxicity and Their Implications for
Male-Mediated Developmental Toxicity Brenda Eskenazi UC-Berkeley
10/20/99=09
59 New
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Mapping
Method is Developed for Analysis of Environmental Epidemiological Data
David Ozonoff Boston University 11/17/99=09
62 Understanding
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the
Effects of Polychlorinated Biphenyls on the Uterus Rita Loch-Caruso
Michigan State 01/05/00=09
71 A
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Partnership Study of the Effects of PCBs on Akwesasne Mohawk Youth
Lawrence Schell U at Albany - SUNY 11/01/00=09
76 Epidemiology
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
Arsenic
Margaret Karagas Dartmouth College 04/04/01=09
86 Development
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of a
Biomarker of Exposure to Benzene Stephen Rappaport University
of North Carolina 02/06/02=09
94 Anthrax
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
invades
and evades the immune system to cause widespread infection Michael
Karin UC-San Diego 10/02/02=09
95 Multidisciplinary
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Studies of
the Origins of Childhood Leukemia Patricia Buffler=20
Martyn Smith UC-Berkeley 11/06/02=09
97 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Harvard-Mexico Project on Maternal-Fetal Lead Exposure, Risks, and
Prevention Howard Hu Harvard University 01/02/03=09
99 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Role =
of
Gene/Environment Interactions in the Etiology of Parkinson=92s Disease
Harvey Checkoway University of Washington 03/05/03=09
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Remediation=09
11 Advances
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Made =
in
Developing Organoclays for Use in Hazardous Waste Remediation Stephen =
Boyd
Tim Phillips Michigan State
Texas A&M 01/07/98=09
13 Research
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Points to
Need for Reassessment of PCB Volatility Ronald Scrudato U at
Albany - SUNY 02/10/98=09
24 New
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Oxidative
Technology Shows Promise for Treating Organic Chemical Contaminants in
Groundwater Ronald Scrudato U at Albany - SUNY 07/08/98
37 Promising
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Developments are Made in the Real-Time Analysis of Combustion Emissions
Catherine Koshland UC-Berkeley 01/13/99=09
53 Supercritical
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Fluid
Technology for Remediation of PCBs Lawrence Tavlarides U at Albany
- SUNY 08/25/99=09
56 Electrolytic
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Strategies
for Remediation of Chlorinated Solvents in Groundwater Robert Arnold
University of Arizona 10/06/99=09
61 Developing
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Methods
for the Remediation of Dense Nonaqueous Phase Liquids Cass Miller
University of North Carolina 12/15/99=09
74 In-situ
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Ozonation
of PAHs - Feasibility, Pathways, and Byproduct Identification Susan =
Masten
Michigan State 02/07/01=09
75 An
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Advanced
Characterization Study of a Chlorinated Solvent Contaminated Aquifer =
Mark
Brusseau University of Arizona 03/07/01=09
83 Removal
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
Arsenic
from Domestic Drinking Water James Farrell University of Arizona
11/07/01=09
85 Remediation
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
DNAPL-Contaminated Subsurfaces Cass Miller University of North
Carolina 01/02/02=09
90 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Impact of
Chlorine on Hexavalent Chromium Emissions Ian Kennedy UC-Davis
06/05/02=09
=09
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif>
<http://www-apps.niehs.nih.gov/sbrp/rb2000/rb100_files/space.gif> =09
Risk=09
1 Bioassay
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Developed
for Detection of Dioxin-Like Chemicals Michael Denison UC-Davis
08/07/97=09
20 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Use =
of
Space/Time Analysis for Improved Exposure Assessment George Christakos
University of North Carolina 05/13/98=09
36 Improving
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> the =
Health
Risk Assessment of Chemical Mixtures KC Donnelly Texas A&M University
12/23/98=09
46 Improving
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Health
Risk Assessment Through Mechanistic Research James Swenberg =
University
of North Carolina 05/19/99=09
60 The
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#>
Development of DNA Biomarkers for Ecological Risk Assessment Donald
Malins University of Washington 12/01/99=09
67 Optimization
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of =
the
CALUX Bioassay for Use in Detecting Dioxin and Related Chemicals in =
Serum
Michael Denison UC-Davis 06/07/00=09
87 Application
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> of
Wildlife Biomarker Technologies in Remediation Decision-Making Michael
Hooper University of Washington 03/06/02=09
88 Investigating
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> Tools =
to
Improve Risk Assessment for PCB-Induced Immune Dysfunction Patricia
Ganey Michigan State 04/03/02=09
96 DNA
<http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#> =
Adducts as
Biomarkers of Exposure and Effect James Swenberg University of North
Carolina 12/04/02=09
=09
Research Briefs is a monthly email series highlighting individual =
research
projects supported by the NIEHS/EPA Superfund Basic Research Program. =
Each
Brief provides a synopsis of the research and a contact for more =
detailed
information. To receive monthly mailings of the Research Briefs, send =
your
e-mail address to avakian@niehs.nih.gov <mailto:avakian@niehs.nih.gov> =
.
=20
------_=_NextPart_001_01C2F54E.1A3684F0
Content-Type: text/html;
charset="windows-1252"
Content-Transfer-Encoding: quoted-printable
<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0 Transitional//EN">
<HTML><HEAD>
<META HTTP-EQUIV=3D"Content-Type" CONTENT=3D"text/html; =
charset=3Dwindows-1252">
<TITLE>SBRP -- Research Brief 100</TITLE>
<BASE=20
href=3Dhttp://www-apps.niehs.nih.gov/sbrp/rb2000/rb100.htm><!-- saved =
from =
url=3D(0062)http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.ht=
ml -->
<STYLE type=3Dtext/css>.serif {
FONT-WEIGHT: normal; FONT-SIZE: 12px; COLOR: #000000; LINE-HEIGHT: =
16px; FONT-STYLE: normal; FONT-FAMILY: "Times New Roman", Times, serif; =
TEXT-DECORATION: none
}
.name-etc {
FONT-WEIGHT: normal; FONT-SIZE: 11px; COLOR: #333333; LINE-HEIGHT: =
13px; FONT-FAMILY: Geneva, Arial, Helvetica, sans-serif
}
.head {
FONT-WEIGHT: bold; FONT-SIZE: 11px; COLOR: #cc0000; FONT-FAMILY: =
Geneva, Arial, Helvetica, sans-serif; LETTER-SPACING: 0.1em
}
.head2 {
FONT-WEIGHT: bold; FONT-SIZE: 12px; TEXT-TRANSFORM: uppercase; COLOR: =
black; FONT-FAMILY: Geneva, Arial, Helvetica, sans-serif; =
LETTER-SPACING: 0.1em
}
A {
COLOR: #666666; TEXT-DECORATION: underline
}
A:hover {
COLOR: #cc0000; TEXT-DECORATION: underline
}
</STYLE>
<META content=3D"MSHTML 5.50.4923.2500" name=3DGENERATOR></HEAD>
<BODY text=3D#000000 vLink=3D#999999 aLink=3D#660000 link=3D#666666 =
bgColor=3D#ffffff=20
leftMargin=3D0 topMargin=3D0 marginwidth=3D"0" marginheight=3D"0">
<DIV class=3DOutlookMessageHeader dir=3Dltr align=3Dleft> </DIV>
<TABLE cellSpacing=3D0 cellPadding=3D0 width=3D750 border=3D0>
<TBODY>
<TR>
<TD colSpan=3D4><EM><IMG height=3D282=20
alt=3D"NIEHS|SBRP RESARCH BRIEF 100 -- Celebrating a Significant =
Milestone in Research Development"=20
src=3D"rb100_files/rb_headerimg.jpe" width=3D750></EM></TD></TR>
<TR>
<TD><IMG height=3D"100%" src=3D"rb100_files/space.gif" =
width=3D180></TD>
<TD bgColor=3D#9966ff><IMG height=3D"100%" =
src=3D"rb100_files/space.gif"=20
width=3D1></TD>
<TD><IMG height=3D"100%" src=3D"rb100_files/space.gif" =
width=3D14></TD>
<TD class=3Dserif>
<P>The Superfund Basic Research Program (SBRP) celebrates the =
success of a=20
valuable resource =96 the Research Brief. A growing number of =
readers each=20
month turn to this publication for information on innovative, =
cutting-edge=20
multidisciplinary research results and applications. With this =
edition,=20
SBRP has designed Research Brief 100 to offer access to past =
editions =96=20
presented in a comprehensive topic oriented listing. </P>
<P>In 1997, with more than a decade-long record of success, SBRP =
felt it=20
critical to consider innovative ways of communicating important =
scientific=20
results that have applications to real life risks to a diverse =
audience.=20
And so, the SBRP Research Brief series was launched. The series =
was=20
created to summarize key findings from current SBRP-funded =
research in the=20
areas of environmental health sciences, remediation, and the =
potential=20
implications of hazardous materials to the public=92s health. The =
Research=20
Brief was designed to allow for broad dissemination to the field =
using=20
effective communications tools like electronic mail. </P>
<P>Research Brief topics =96 which have ranged in recent months =
from=20
remediation of groundwater arsenic levels in Bangladesh to =
understanding=20
the potential impact of maternal bone lead on the fetus and =
lactating=20
infant =96 are submitted by SBRP-funded grantees from some of the =
nation=92s=20
leading university researchers. The Research Brief presents the =
most=20
current, peer-reviewed science, and is designed to make the =
research=20
broadly available and easily accessible. </P>
<P>Since its inception, the Research Brief series has grown =
impressively=20
in both circulation and impact, and now reaches several thousand =
of our=20
colleagues in 16 countries. More than half of the monthly =
subscribers are=20
employees of the U. S. Environmental Protection Agency, while =
others are=20
employees of 16 federal and 21 state agencies, the National =
Academies of=20
Science, Engineering, and Medicine, researchers and students at =
63=20
universities, environmental professionals and nonprofit =
organizations.=20
</P>
<P>The Research Brief will continue to provide essential =
information to=20
our readers. We welcome your suggestions on new issues of =
interest and=20
content of relevance. We encourage you to, once again, review =
past=20
editions when you are looking for concise and useful information =
about=20
important scientific developments related to hazardous waste =
research and=20
application. </P>
<P>Past and future issues of the Research Brief can be accessed =
on the=20
SBRP website at: <BR><A target=3D_blank=20
=
href=3D"http://www-apps.niehs.nih.gov/sbrp/RB2000/RB.cfm">http://www-app=
s.niehs.nih.gov/sbrp/RB2000/RB.cfm</A></P></TD></TR>
<TR>
<TD> </TD>
<TD><IMG height=3D30 src=3D"rb100_files/space.gif" width=3D1></TD>
<TD> </TD>
<TD class=3Dserif> </TD></TR>
<TR align=3Dright>
<TD colSpan=3D4>
<P class=3Dname-etc><IMG height=3D"100%" =
src=3D"rb100_files/space.gif" width=3D1>=20
</P><SPAN></SPAN>
<TABLE cellSpacing=3D0 cellPadding=3D5 width=3D660 border=3D0>
<TBODY>
<TR>
<TD class=3Dserif><IMG height=3D40 =
src=3D"rb100_files/rb_headline.gif"=20
width=3D640><BR>
<P>With this edition of the Research Brief, the SBRP is =
pleased to=20
celebrate the 100th issue of its widely read series. In =
offering=20
this edition as a retrospective of past issues, SBRP is =
listing=20
below all of the past Research Briefs by subject matter.=20
Additionally, the online version of Research Brief 100 =
contains=20
active links to all of editions of the Research Briefs. =
SBRP will=20
continue to enhance access to information available in its =
Research=20
Briefs by cross=96referencing editions by topics and=20
universities.</P></TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Bioavilability</TD></TR>
<TR vAlign=3Dtop>
<TD>2</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Advances=20
Made in Determining Fate and Bioavailability of PAH in Soil =
</A></TD>
<TD>Frederic Pfaender </TD>
<TD>University of North Carolina </TD>
<TD>08/20/97 </TD></TR>
<TR vAlign=3Dtop>
<TD>23 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Bioaccumulation=20
and Biomagnification of Metals in Lakes </A></TD>
<TD>Carol Folt </TD>
<TD>Dartmouth College</TD>
<TD>06/24/98</TD></TR>
<TR vAlign=3Dtop>
<TD>33</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Effect of Contaminant Aging in Soils on Bioavailability =
</A></TD>
<TD>Martin Alexander</TD>
<TD>Cornell University </TD>
<TD>11/11/98 </TD></TR>
<TR vAlign=3Dtop>
<TD>45</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Improving=20
the Understanding of Contaminant Bioavailability in =
Soils</A> </TD>
<TD>Leonard Lion <BR>William Ghiorse</TD>
<TD>Cornell University</TD>
<TD>05/05/99</TD></TR>
<TR vAlign=3Dtop>
<TD>50 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Bioavailability=20
of Chlorinated Hydrocarbons in the Diet</A></TD>
<TD>Margaret James </TD>
<TD>University of Florida </TD>
<TD>07/14/99</TD></TR>
<TR vAlign=3Dtop>
<TD>65</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Toxicokinetics=20
of Volatile Organic Compounds</A></TD>
<TD>David Kalman</TD>
<TD>University of Washington </TD>
<TD>04/05/00</TD></TR>
<TR vAlign=3Dtop>
<TD>79</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>A=20
Cellular Biosensor to Detect Chlorocatechol</A> </TD>
<TD>Sylvia Daunert</TD>
<TD>University of Kentucky </TD>
<TD>07/03/01</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Bioremediation</TD></TR>
<TR vAlign=3Dtop>
<TD>4 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Use=20
of Microbial Surfactants for Enhanced Removal of Metals =
from=20
Contaminated Soils </A></TD>
<TD>R.M. Miller </TD>
<TD>University of Arizona </TD>
<TD>10/17/97</TD></TR>
<TR vAlign=3Dtop>
<TD>9 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Scientists=20
Investigate the Properties and Structure of Biofilm =
Treatment=20
Systems</A> </TD>
<TD>Paul Bishop</TD>
<TD>University of Cincinnati </TD>
<TD>11/26/97</TD></TR>
<TR vAlign=3Dtop>
<TD>16 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Use of Poplar Trees to Remediate Chlorinated Organic=20
Contaminants</A> </TD>
<TD>Milton Gordon</TD>
<TD>University of Washington </TD>
<TD>03/18/98</TD></TR>
<TR vAlign=3Dtop>
<TD>22 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Role of Bacterial Gene Transfer in Cleaning Up Metal and =
Organic=20
Contaminated Soils</A> </TD>
<TD>Ian Pepper </TD>
<TD>University of Arizona </TD>
<TD>06/10/98</TD></TR>
<TR vAlign=3Dtop>
<TD>26 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Microbial=20
Degradation of Polycyclic Aromatic Hydrocarbon Mixtures</A> =
</TD>
<TD>David Warshawsky </TD>
<TD>University of Cincinnati</TD>
<TD>08/05/98</TD></TR>
<TR vAlign=3Dtop>
<TD>31</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>In=20
Situ Bioremediation of Groundwater Contaminated With Carbon =
Tetrachloride</A> </TD>
<TD>Craig Criddle </TD>
<TD>Michigan State</TD>
<TD>10/14/98</TD></TR>
<TR vAlign=3Dtop>
<TD>69</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Anaerobic=20
Transformations and Bioremediation of Chlorinated =
Solvents</A></TD>
<TD>John Ferguson </TD>
<TD>University of Washington </TD>
<TD>09/06/00</TD></TR>
<TR vAlign=3Dtop>
<TD>70</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Distribution=20
of Microorganisms in Biofilms Surrounding Soil =
Particles</A> </TD>
<TD>Paul Bishop </TD>
<TD>University of Cincinnati </TD>
<TD>10/04/00</TD></TR>
<TR vAlign=3Dtop>
<TD>73</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Plant=20
Root Exudates Facilitate Phytoremediation</A> </TD>
<TD>Jodi Shan </TD>
<TD>University of Cincinnati </TD>
<TD>01/03/01</TD></TR>
<TR vAlign=3Dtop>
<TD>77</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Modeling=20
the Biodegradation of Contaminant Mixtures</A> </TD>
<TD>Kenneth Reardon </TD>
<TD>Colorado State </TD>
<TD>05/02/01</TD></TR>
<TR vAlign=3Dtop>
<TD>82</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Microbial=20
Degradation of PCBs</A> </TD>
<TD>James Tiedje </TD>
<TD>Michigan State </TD>
<TD>10/03/01</TD></TR>
<TR vAlign=3Dtop>
<TD>91</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Role of Bacteria in Bioremediation of Metals</A> </TD>
<TD>Bradley Tebo </TD>
<TD>UC-San Diego </TD>
<TD>07/03/02</TD></TR>
<TR vAlign=3Dtop>
<TD>93</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Monitoring=20
In Situ Bioremediation of TCE</A> </TD>
<TD>Lisa Alvarez-Cohen </TD>
<TD>UC-Berkeley </TD>
<TD>09/04/02</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Ecology</TD></TR>
<TR vAlign=3Dtop>
<TD>19</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Use of Wildlife Biomonitoring at Hazardous Waste Sites</A> =
<BR></TD>
<TD>Michael Hooper </TD>
<TD>University of Washington </TD>
<TD>04/28/98</TD></TR>
<TR vAlign=3Dtop>
<TD>21</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Mechanisms=20
of Dioxin Sensitivity</A> </TD>
<TD>Mark Hahn </TD>
<TD>Boston University </TD>
<TD>05/27/98</TD></TR>
<TR vAlign=3Dtop>
<TD>27</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Identification=20
of Metal Responsive Genes in Aquatic Arthropods</A> </TD>
<TD>Barry Beaty </TD>
<TD>Colorado State</TD>
<TD>08/19/98</TD></TR>
<TR vAlign=3Dtop>
<TD>41</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Molecular,=20
Population, and Community Responses of Aquatic Insects to =
Heavy=20
Metal Contamination</A> </TD>
<TD>William Clements </TD>
<TD>Colorado State</TD>
<TD>03/10/99</TD></TR>
<TR vAlign=3Dtop>
<TD>64</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Use of Bacterial Diversity as a Biomarker for Ecological =
Health=20
Assessment</A> </TD>
<TD>Timothy Ford </TD>
<TD>Harvard University</TD>
<TD>03/05/00</TD></TR>
<TR vAlign=3Dtop>
<TD>66</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Development=20
of a Biomarker to Detect Arsenic in Aquatic Ecosystems</A> =
</TD>
<TD>Carol Folt </TD>
<TD>Dartmouth College </TD>
<TD>05/03/00</TD></TR>
<TR vAlign=3Dtop>
<TD>84</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Molecular=20
Mechanisms of Endocrine Disruption</A> </TD>
<TD>Nancy Denslow </TD>
<TD>University of Florida </TD>
<TD>12/05/01</TD></TR>
<TR vAlign=3Dtop>
<TD>89</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Clues=20
to Methylmercury Levels in Freshwater Fish</A> </TD>
<TD>Carol Folt </TD>
<TD>Dartmouth College </TD>
<TD>05/01/02</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Fate and Transport</TD></TR>
<TR vAlign=3Dtop>
<TD>18</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Characterization=20
of New York City Contaminants</A> </TD>
<TD>James Simpson <BR>Richard Bopp <BR></TD>
<TD>Mt. Sinai School of Med.</TD>
<TD>04/15/98</TD></TR>
<TR vAlign=3Dtop>
<TD>29</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Persistence of Polychlorinated Biphenyls in Hudson River=20
Sediments</A> </TD>
<TD>Richard Bopp</TD>
<TD>Mt. Sinai School of Med. </TD>
<TD>09/16/98</TD></TR>
<TR vAlign=3Dtop>
<TD>32</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Understanding=20
the Physical Processes Involved in Metal Transport in the =
Upper=20
Mystic Lake</A> </TD>
<TD>Heidi Nepf </TD>
<TD>Mass. Institute of Technology </TD>
<TD>10/28/98</TD></TR>
<TR vAlign=3Dtop>
<TD>43</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Fate=20
and Transport of Metals in the Aberjona Watershed</A> </TD>
<TD>Harold Hemond </TD>
<TD>Mass. Institute of Technology </TD>
<TD>04/07/99</TD></TR>
<TR vAlign=3Dtop>
<TD>47</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Investigating=20
the Mass Transfer and Persistence of Nonaqueous Phase =
Liquids in the=20
Subsurface Environment </A></TD>
<TD>Linda Abriola </TD>
<TD>Michigan State </TD>
<TD>01/02/99</TD></TR>
<TR vAlign=3Dtop>
<TD>68</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Investigating=20
the Transport of Heavy Metals in a Polluted Aquifer</A> =
</TD>
<TD>Martha Conklin </TD>
<TD>University of Arizona</TD>
<TD>07/12/00</TD></TR>
<TR vAlign=3Dtop>
<TD>98</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Redox=20
Control of Arsenic Mobilization in Bangladesh =
Groundwater</A> </TD>
<TD>Habibul Ahsan </TD>
<TD>Columbia University </TD>
<TD>02/05/03</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Health Effects =97 Animal =
Studies</TD></TR>
<TR vAlign=3Dtop>
<TD>3</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Low=20
Levels of Arsenite Found to Decrease Hepatic Cytochrome =
P450=20
Activity</A> </TD>
<TD>Jacqueline Sinclair </TD>
<TD>Dartmouth College </TD>
<TD>09/03/97</TD></TR>
<TR vAlign=3Dtop>
<TD>14 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Studies=20
Examine Cardiac Teratogenicity of a Common Drinking Water=20
Contaminant</A> </TD>
<TD>Paula Johnson </TD>
<TD>University of Arizona</TD>
<TD>02/18/98</TD></TR>
<TR vAlign=3Dtop>
<TD>25</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Comparative=20
Metabolism Studies of Dichloroacetate</A> </TD>
<TD>Peter Stacpoole </TD>
<TD>University of Florida</TD>
<TD>07/22/98</TD></TR>
<TR vAlign=3Dtop>
<TD>30</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Understanding=20
the Molecular Basis for Metal-Induced Cancers</A> </TD>
<TD>Joshua Hamilton</TD>
<TD>Dartmouth College </TD>
<TD>09/30/98</TD></TR>
<TR vAlign=3Dtop>
<TD>39 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Tracking=20
Down the Mechanisms of Trichloroethylene-Induced =
Toxicity</A> </TD>
<TD>David Waxman</TD>
<TD>Boston University </TD>
<TD>02/10/99</TD></TR>
<TR vAlign=3Dtop>
<TD>40 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Effects of Organophosphates on the Developing Eye</A> </TD>
<TD>David Hinton </TD>
<TD>UC-Davis </TD>
<TD>02/24/99</TD></TR>
<TR vAlign=3Dtop>
<TD>42</TD>
<TD><A=20
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/i=
ndex1.html#">Mechanisms=20
and Consequences of Neutrophil Activation by =
Polychlorinated=20
Biphenyls</A> </TD>
<TD>Patricia Ganey</TD>
<TD>Michigan State </TD>
<TD>03/24/99</TD></TR>
<TR vAlign=3Dtop>
<TD>44</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Studies=20
Examine the Mechanisms of Chromium Mutagenesis</A> </TD>
<TD>Kathleen Dixon </TD>
<TD>University of Cincinnati </TD>
<TD>04/21/99</TD></TR>
<TR vAlign=3Dtop>
<TD>48</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Mechanisms=20
of Vanadium Toxicity in the Respiratory System</A> </TD>
<TD>John Godleski </TD>
<TD>Harvard University</TD>
<TD>06/16/99</TD></TR>
<TR vAlign=3Dtop>
<TD>49</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Exploring=20
the Mechanisms of Neurotoxicity Caused by Exposure to=20
Polychlorinated Biphenyls</A> </TD>
<TD>David Carpenter </TD>
<TD>U at Albany - SUNY </TD>
<TD>06/30/99</TD></TR>
<TR vAlign=3Dtop>
<TD>51</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Diversity=20
of Inorganic Arsenic Metabolism</A> </TD>
<TD>H.Vasken Aposhian </TD>
<TD>University of Arizona</TD>
<TD>36369</TD></TR>
<TR vAlign=3Dtop>
<TD>52</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Effects of Nutrition on Polychlorinated Biphenyl-Mediated=20
Endothelial Cell Activation =96 Implications in =
Atherosclerosis</A>=20
</TD>
<TD>Bernhard Hennig<BR>Larry Robertson </TD>
<TD>University of Kentucky </TD>
<TD>08/11/99</TD></TR>
<TR vAlign=3Dtop>
<TD>55</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Potent=20
Inhibitors are Discovered for Soluble Epoxide Hydrolases, =
Enzymes=20
That Have an Important Role in the Metabolism of =
Environmental=20
Contaminants</A> </TD>
<TD>Bruce Hammock </TD>
<TD>UC-Davis </TD>
<TD>09/22/99</TD></TR>
<TR vAlign=3Dtop>
<TD>58 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Investigating=20
the Mechanisms Underlying Arsenic-Induced Vascular =
Disease</A> </TD>
<TD>Aaron Barchowsky </TD>
<TD>Dartmouth College</TD>
<TD>11/11/99</TD></TR>
<TR vAlign=3Dtop>
<TD>63</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Stage-specific=20
Actions of Cadmium During Spermatogenesis</A> </TD>
<TD>Gloria Callard </TD>
<TD>Boston University</TD>
<TD>02/02/00</TD></TR>
<TR vAlign=3Dtop>
<TD>72</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>An=20
Investigation of the Behavioral Toxicity of Lead</A> </TD>
<TD>Barbara Strupp </TD>
<TD>Cornell University</TD>
<TD>12/06/00</TD></TR>
<TR vAlign=3Dtop>
<TD>78</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Role=20
of Oxyradicals in Genotoxicity of Arsenic</A> </TD>
<TD>Tom Hei </TD>
<TD>Columbia University</TD>
<TD>06/06/01</TD></TR>
<TR vAlign=3Dtop>
<TD>80</TD>
<TD><A=20
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/i=
ndex1.html#">Mechanisms=20
of Chlorpyrifos Developmental Neurotoxicity</A> </TD>
<TD>Ted Slotkin</TD>
<TD>Duke University </TD>
<TD>08/01/01</TD></TR>
<TR vAlign=3Dtop>
<TD>81</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Developmental=20
Neurotoxicity of Xenoestrogens in Zebrafish</A> <BR></TD>
<TD>Gloria Callard </TD>
<TD>Boston University</TD>
<TD>09/05/01</TD></TR>
<TR vAlign=3Dtop>
<TD>92</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Biomarkers=20
of Neurotoxicant Exposure & Neurodegeneration</A> </TD>
<TD>Peter Sabri<BR>Mohammed Spencer </TD>
<TD>Oregon Health Sciences University </TD>
<TD>08/07/02</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Health Effects =97 Human =
Studies</TD></TR>
<TR vAlign=3Dtop>
<TD>5</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Studies=20
Determine Factors That Contribute to Bone Lead Accumulation =
and=20
Release</A> </TD>
<TD>Howard Hu </TD>
<TD>Harvard University </TD>
<TD>10/01/97</TD></TR>
<TR vAlign=3Dtop>
<TD>6</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Studies=20
Investigate Effects of TCDD & Benzo(a)pyrene of=20
Placental-Uterine Function</A> </TD>
<TD>Kathleen Shiverick </TD>
<TD>University of Florida </TD>
<TD>10/15/97</TD></TR>
<TR vAlign=3Dtop>
<TD>7 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>New=20
Methods of Spatial Analysis Are Developed for Environmental =
Epidemiological Data Using a GIS</A> </TD>
<TD>David Ozonoff </TD>
<TD>Boston University </TD>
<TD>10/29/97</TD></TR>
<TR vAlign=3Dtop>
<TD>8</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Possible=20
Explanation for Disease Susceptibility to Benzene =
Exposure</A> </TD>
<TD>Martyn Smith </TD>
<TD>UC-Berkeley </TD>
<TD>11/11/97</TD></TR>
<TR vAlign=3Dtop>
<TD>10 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Structural=20
Requirements for PCB-Induced Estrogenic Activity</A> </TD>
<TD>John Gierthy</TD>
<TD>U at Albany - SUNY</TD>
<TD>12/10/97</TD></TR>
<TR vAlign=3Dtop>
<TD>12</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Mutational=20
Fingerprinting to Find Causes of Mutations in Humans</A> =
</TD>
<TD>William Thilly </TD>
<TD>Mass. Institute of Technology </TD>
<TD>01/21/98</TD></TR>
<TR vAlign=3Dtop>
<TD>15</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Urinary=20
FSH Assay Developed to Assess Reproductive Health of Both =
Men and=20
Women </A></TD>
<TD>Bill Lasley </TD>
<TD>UC-Davis </TD>
<TD>03/04/98</TD></TR>
<TR vAlign=3Dtop>
<TD>17</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>In=20
Utero PCB Exposures and Infant Development</A> </TD>
<TD>Susan Korrick </TD>
<TD>Harvard University</TD>
<TD>04/01/98</TD></TR>
<TR vAlign=3Dtop>
<TD>28</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Alteration of Estrogen Metabolism by PCBs</A> </TD>
<TD>David Spink </TD>
<TD>U at Albany - SUNY </TD>
<TD>11/02/98</TD></TR>
<TR vAlign=3Dtop>
<TD>34</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Advanced=20
Analytical Technique Developed for Detecting Metals in =
Biological=20
and Environmental Samples</A> </TD>
<TD>Quintus Fernando <BR>A. Jay Gandolfi </TD>
<TD>University of Arizona</TD>
<TD>11/25/98</TD></TR>
<TR vAlign=3Dtop>
<TD>35</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Organochlorine=20
Exposure and Breast Cancer Risk</A> </TD>
<TD>Phillipe Grandjean </TD>
<TD>Boston University </TD>
<TD>12/09/98</TD></TR>
<TR vAlign=3Dtop>
<TD>38</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Genetic=20
Susceptibility to Lead Toxicity</A> </TD>
<TD>Karl Kelsey </TD>
<TD>Harvard University</TD>
<TD>01/27/99</TD></TR>
<TR vAlign=3Dtop>
<TD>54</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Investigating=20
the Human Health Effects of Vanadium=97Recent Studies Show =
Significant=20
Acute Respiratory Effects in Occupationally-Exposed =
Workers, Even at=20
Permissible Exposure Limits</A> </TD>
<TD>David Christiani </TD>
<TD>Harvard University</TD>
<TD>09/08/99</TD></TR>
<TR vAlign=3Dtop>
<TD>57</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Development=20
of Biomarkers for Male Reproductive Toxicity and Their =
Implications=20
for Male-Mediated Developmental Toxicity</A> </TD>
<TD>Brenda Eskenazi</TD>
<TD>UC-Berkeley </TD>
<TD>10/20/99</TD></TR>
<TR vAlign=3Dtop>
<TD>59</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>New=20
Mapping Method is Developed for Analysis of Environmental=20
Epidemiological Data</A> </TD>
<TD>David Ozonoff </TD>
<TD>Boston University</TD>
<TD>11/17/99</TD></TR>
<TR vAlign=3Dtop>
<TD>62</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Understanding=20
the Effects of Polychlorinated Biphenyls on the Uterus</A> =
</TD>
<TD>Rita Loch-Caruso </TD>
<TD>Michigan State </TD>
<TD>01/05/00</TD></TR>
<TR vAlign=3Dtop>
<TD>71</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>A=20
Partnership Study of the Effects of PCBs on Akwesasne =
Mohawk=20
Youth</A> </TD>
<TD>Lawrence Schell </TD>
<TD>U at Albany - SUNY </TD>
<TD>11/01/00</TD></TR>
<TR vAlign=3Dtop>
<TD>76</TD>
<TD><A=20
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/i=
ndex1.html#">Epidemiology=20
of Arsenic</A> </TD>
<TD>Margaret Karagas</TD>
<TD>Dartmouth College</TD>
<TD>04/04/01</TD></TR>
<TR vAlign=3Dtop>
<TD>86</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Development=20
of a Biomarker of Exposure to Benzene</A> </TD>
<TD>Stephen Rappaport </TD>
<TD>University of North Carolina</TD>
<TD>02/06/02</TD></TR>
<TR vAlign=3Dtop>
<TD>94</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Anthrax=20
invades and evades the immune system to cause widespread=20
infection</A> </TD>
<TD>Michael Karin </TD>
<TD>UC-San Diego </TD>
<TD>10/02/02</TD></TR>
<TR vAlign=3Dtop>
<TD>95</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Multidisciplinary=20
Studies of the Origins of Childhood Leukemia</A> </TD>
<TD>Patricia Buffler <BR>Martyn Smith</TD>
<TD>UC-Berkeley </TD>
<TD>11/06/02</TD></TR>
<TR vAlign=3Dtop>
<TD>97 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Harvard-Mexico Project on Maternal-Fetal Lead Exposure, =
Risks, and=20
Prevention</A> </TD>
<TD>Howard Hu </TD>
<TD>Harvard University </TD>
<TD>01/02/03</TD></TR>
<TR vAlign=3Dtop>
<TD>99</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Role of Gene/Environment Interactions in the Etiology of =
Parkinson=92s=20
Disease</A> </TD>
<TD>Harvey Checkoway</TD>
<TD>University of Washington </TD>
<TD>03/05/03</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Remediation</TD></TR>
<TR vAlign=3Dtop>
<TD>11</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Advances=20
Made in Developing Organoclays for Use in Hazardous Waste=20
Remediation</A> </TD>
<TD>Stephen Boyd <BR>Tim Phillips</TD>
<TD>Michigan State<BR>Texas A&M </TD>
<TD>01/07/98</TD></TR>
<TR vAlign=3Dtop>
<TD>13</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Research=20
Points to Need for Reassessment of PCB Volatility</A> </TD>
<TD>Ronald Scrudato </TD>
<TD>U at Albany - SUNY </TD>
<TD>02/10/98</TD></TR>
<TR vAlign=3Dtop>
<TD>24</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>New=20
Oxidative Technology Shows Promise for Treating Organic =
Chemical=20
Contaminants in Groundwater</A></TD>
<TD>Ronald Scrudato</TD>
<TD>U at Albany - SUNY</TD>
<TD>07/08/98</TD></TR>
<TR vAlign=3Dtop>
<TD>37</TD>
<TD><A=20
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/i=
ndex1.html#">Promising=20
Developments are Made in the Real-Time Analysis of =
Combustion=20
Emissions</A> </TD>
<TD>Catherine Koshland </TD>
<TD>UC-Berkeley </TD>
<TD>01/13/99</TD></TR>
<TR vAlign=3Dtop>
<TD>53</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Supercritical=20
Fluid Technology for Remediation of PCBs</A> </TD>
<TD>Lawrence Tavlarides </TD>
<TD>U at Albany - SUNY </TD>
<TD>08/25/99</TD></TR>
<TR vAlign=3Dtop>
<TD>56</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Electrolytic=20
Strategies for Remediation of Chlorinated Solvents in=20
Groundwater</A> </TD>
<TD>Robert Arnold </TD>
<TD>University of Arizona </TD>
<TD>10/06/99</TD></TR>
<TR vAlign=3Dtop>
<TD>61</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Developing=20
Methods for the Remediation of Dense Nonaqueous Phase =
Liquids</A>=20
</TD>
<TD>Cass Miller </TD>
<TD>University of North Carolina </TD>
<TD>12/15/99</TD></TR>
<TR vAlign=3Dtop>
<TD>74</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>In-situ=20
Ozonation of PAHs - Feasibility, Pathways, and Byproduct=20
Identification</A> </TD>
<TD>Susan Masten</TD>
<TD>Michigan State</TD>
<TD>02/07/01</TD></TR>
<TR vAlign=3Dtop>
<TD>75 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>An=20
Advanced Characterization Study of a Chlorinated Solvent=20
Contaminated Aquifer</A> </TD>
<TD>Mark Brusseau</TD>
<TD>University of Arizona </TD>
<TD>03/07/01</TD></TR>
<TR vAlign=3Dtop>
<TD>83</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Removal=20
of Arsenic from Domestic Drinking Water</A> </TD>
<TD>James Farrell </TD>
<TD>University of Arizona </TD>
<TD>11/07/01</TD></TR>
<TR vAlign=3Dtop>
<TD>85</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Remediation=20
of DNAPL-Contaminated Subsurfaces</A> </TD>
<TD>Cass Miller</TD>
<TD>University of North Carolina </TD>
<TD>01/02/02</TD></TR>
<TR vAlign=3Dtop>
<TD>90</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Impact of Chlorine on Hexavalent Chromium Emissions</A> =
</TD>
<TD>Ian Kennedy</TD>
<TD>UC-Davis </TD>
<TD>06/05/02</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE class=3Dname-etc cellSpacing=3D0 cellPadding=3D3 =
width=3D650 border=3D0>
<TBODY>
<TR>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D20></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D320></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D100></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D120></TD>
<TD><IMG height=3D1 src=3D"rb100_files/space.gif" =
width=3D70></TD></TR>
<TR>
<TD class=3Dhead colSpan=3D5>Risk</TD></TR>
<TR vAlign=3Dtop>
<TD>1 </TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Bioassay=20
Developed for Detection of Dioxin-Like Chemicals</A> </TD>
<TD>Michael Denison</TD>
<TD>UC-Davis </TD>
<TD>08/07/97</TD></TR>
<TR vAlign=3Dtop>
<TD>20</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Use of Space/Time Analysis for Improved Exposure =
Assessment</A> </TD>
<TD>George Christakos</TD>
<TD>University of North Carolina </TD>
<TD>05/13/98</TD></TR>
<TR vAlign=3Dtop>
<TD>36</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Improving=20
the Health Risk Assessment of Chemical Mixtures</A> </TD>
<TD>KC Donnelly </TD>
<TD>Texas A&M University</TD>
<TD>12/23/98</TD></TR>
<TR vAlign=3Dtop>
<TD>46</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Improving=20
Health Risk Assessment Through Mechanistic Research</A> =
</TD>
<TD>James Swenberg </TD>
<TD>University of North Carolina</TD>
<TD>05/19/99</TD></TR>
<TR vAlign=3Dtop>
<TD>60</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>The=20
Development of DNA Biomarkers for Ecological Risk =
Assessment</A> </TD>
<TD>Donald Malins</TD>
<TD>University of Washington</TD>
<TD>12/01/99</TD></TR>
<TR vAlign=3Dtop>
<TD>67</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Optimization=20
of the CALUX Bioassay for Use in Detecting Dioxin and =
Related=20
Chemicals in Serum</A> </TD>
<TD>Michael Denison </TD>
<TD>UC-Davis</TD>
<TD>06/07/00</TD></TR>
<TR vAlign=3Dtop>
<TD>87</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Application=20
of Wildlife Biomarker Technologies in Remediation=20
Decision-Making</A> </TD>
<TD>Michael Hooper </TD>
<TD>University of Washington </TD>
<TD>03/06/02</TD></TR>
<TR vAlign=3Dtop>
<TD>88</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>Investigating=20
Tools to Improve Risk Assessment for PCB-Induced Immune=20
Dysfunction</A> </TD>
<TD>Patricia Ganey </TD>
<TD>Michigan State</TD>
<TD>04/03/02</TD></TR>
<TR vAlign=3Dtop>
<TD>96</TD>
<TD><A=20
=
href=3D"http://beckillustration.com/Clients/MDB/SBRP/RB100/index1.html#"=
>DNA=20
Adducts as Biomarkers of Exposure and Effect</A> </TD>
<TD>James Swenberg </TD>
<TD>University of North Carolina</TD>
<TD>12/04/02</TD></TR>
<TR vAlign=3Dtop>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD>
<TD> </TD></TR></TBODY></TABLE>
<TABLE borderColor=3D#666666 cellSpacing=3D0 cellPadding=3D5 =
width=3D660=20
bgColor=3D#f3f3f3 border=3D1>
<TBODY>
<TR>
<TD class=3Dserif>Research Briefs is a monthly email series=20
highlighting individual research projects supported by the =
NIEHS/EPA=20
Superfund Basic Research Program. Each Brief provides a =
synopsis of=20
the research and a contact for more detailed information. =
To receive=20
monthly mailings of the Research Briefs, send your e-mail =
address to=20
<A =
href=3D"mailto:avakian@niehs.nih.gov">avakian@niehs.nih.gov</A>.=20
</TD></TR></TBODY></TABLE>
<P> </P></TD></TR></TBODY></TABLE></BODY></HTML>
------_=_NextPart_001_01C2F54E.1A3684F0--
------_=_NextPart_000_01C2F54E.1A3684F0
Content-Type: image/jpeg;
name="rb_headerimg.jpe"
Content-Transfer-Encoding: base64
Content-Disposition: attachment;
filename="rb_headerimg.jpe"
Content-Location: http://www-apps.niehs.nih.gov/sbrp/rb200
0/rb100_files/rb_headerimg.jpe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------_=_NextPart_000_01C2F54E.1A3684F0
Content-Type: image/gif;
name="space.gif"
Content-Transfer-Encoding: base64
Content-Disposition: attachment;
filename="space.gif"
Content-Location: http://www-apps.niehs.nih.gov/sbrp/rb200
0/rb100_files/space.gif
R0lGODlhAQABAIAAAP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw==
------_=_NextPart_000_01C2F54E.1A3684F0
Content-Type: image/gif;
name="rb_headline.gif"
Content-Transfer-Encoding: base64
Content-Disposition: attachment;
filename="rb_headline.gif"
Content-Location: http://www-apps.niehs.nih.gov/sbrp/rb200
0/rb100_files/rb_headline.gif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------_=_NextPart_000_01C2F54E.1A3684F0--