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2008 ORAU Annual Report - Oak Ridge Associated Universities

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29<br />

Worker Health and Electronic<br />

Medical Records Management<br />

Electronic Solutions for<br />

DOE Facility Medical<br />

Records: The Argonne<br />

National Lab Pilot<br />

Challenge: Established in 1946,<br />

Argonne has an extensive past that<br />

has resulted in medical information/<br />

histories for thousands of former and<br />

current workers, many recorded and<br />

managed on paper.<br />

Solution: <strong>ORAU</strong> leveraged a<br />

partnership with Occupational<br />

HealthLink (OHL)—and systems<br />

developed for DOE’s National<br />

Supplemental Screening Program—<br />

to design and implement a highly<br />

secure, comprehensive, and scalable<br />

Web-based database system for<br />

the administration and integration of<br />

exposure data and medical monitoring<br />

for Argonne workers.<br />

Result: With initial implementation<br />

in <strong>2008</strong>, the <strong>ORAU</strong>-OHL solution<br />

for Argonne is capable of providing<br />

complete lifecycle health services<br />

from pre-hire status to retirement/<br />

former worker status, including<br />

pre-hire exams, worker health exams,<br />

and registry management, while<br />

integrating ongoing job and site-based<br />

exposure surveillance data. Clinicians<br />

can enter worker data directly into the<br />

system, eliminating multiple points<br />

of data entry, and the database fully<br />

integrates with Argonne’s existing<br />

information technology systems. User<br />

interfaces facilitate error-free data<br />

entry as well as automated alerts and<br />

notifications so that stakeholders are<br />

Testing More Workers for Beryllium Sensitization<br />

Beryllium, a metal used in many industries, including aerospace, defense,<br />

and nuclear weapons production, can produce harmful health effects when<br />

inhaled as dust or fumes from machining or manufacturing activities. <strong>ORAU</strong><br />

manages one of only four laboratories in the country that can perform the<br />

beryllium lymphocyte proliferation test, which detects the reaction of a worker<br />

to beryllium and helps identify workers who have or are at risk for developing<br />

chronic beryllium disease. The laboratory is certified under the Clinical<br />

Laboratory Improvement Act, or CLIA, guidelines. Having established a leading<br />

lab for beryllium sensitization testing, <strong>ORAU</strong> is expanding to provide testing<br />

services to more workers, nearly doubling its number of customers in <strong>2008</strong>.<br />

New customers include<br />

• The University of Iowa • Idaho National Laboratory<br />

(Iowa Army Ammunition • Johns Hopkins University<br />

Plant and former Ames • Boston University<br />

Laboratory personnel) • Center to Protect Workers’ Rights<br />

• DOE’s Savannah River Site • Medical University of South Carolina<br />

• Centers for Disease Control • URS - Washington Group<br />

and Prevention<br />

Documenting the Dose Reconstruction Process<br />

<strong>ORAU</strong> and its partners, Dade Moeller & Associates and MJW<br />

Corporation, as well as personnel from NIOSH, contributed 16<br />

papers documenting the EEOICPA dose reconstruction process to<br />

a special issue of Health Physics: The Radiation Safety Journal, July<br />

<strong>2008</strong>, the main publication of the Health Physics Society.<br />

The papers provided an in-depth review of the collection,<br />

processing, and management of the required data; the assessment<br />

methods used; the scientific basis for the assessments; and<br />

the prominent roles of the health physics and radiation safety<br />

professionals in the effort. In addition, this collection of papers<br />

serves as the only volume that assembles in one place all the key<br />

issues about the scientific aspects of the NIOSH dose reconstruction<br />

process and the worker compensation program. Since 2002,<br />

the <strong>ORAU</strong> Team has performed 21,678 initial, individual dose<br />

reconstructions as part of a contract with NIOSH.<br />

Radiation dose<br />

reconstruction is…<br />

the process of estimating the radiation<br />

exposures received during the course<br />

of a person’s work. In turn, the<br />

reconstructed dose is used to determine<br />

the probability of whether a worker who<br />

has cancer actually developed it as a<br />

result of the radiation dose.<br />

The process is required under the<br />

Energy Employees Occupational<br />

Illness Compensation Program Act<br />

(EEOICPA) for compensation claims<br />

submitted by nuclear-weapons-related<br />

workers (or their families) for DOE or its<br />

predecessor agencies.<br />

In FY08, <strong>ORAU</strong>’s Beryllium Laboratory<br />

nearly doubled its number of customers<br />

and performed a total of 3,464 beryllium<br />

lymphocyte proliferation tests with only a<br />

0.2% error rate.<br />

informed of upcoming exams, urgent<br />

findings, and actions required,<br />

as appropriate.

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