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Showing posts sorted by relevance for query occupational exposure. Sort by date Show all posts
Showing posts sorted by relevance for query occupational exposure. Sort by date Show all posts

Thursday, May 24, 2012

Occupational Exposure to Silica During Hydraulic Fracking

While focus has been on environmental concerns with the advent of fracking, a process to release oil and gas, a new concern has emerged over the potential occupational exposure to silica by workers who are involved in the process. The National Institute for Occupational Safety and Health has published information focusing on these safety concerns.

Silica exposure has long been recognized as a compensable occupational condition in a majority of jurisdictions. A sandblaster who was required to use several 100 pound bags of silica each day and who, as a result of the inhalation of silica dust, developed silicosis was awarded compensation benefits in the form of both disability and medical benefits. Sharp v. Paterson Monument Co., 9 N.J.Super. 476, 75 A.2d 480 (Co.1950). The increased risk for occupational exposure to tuberculosis (TB) is recognized among healthcare and other workers exposed to persons with active TB and workers exposed to silica or other agents that increase the progression from latent to active TB. CDC Proportionate Mortality from Pulmonary Tuberculosis Associated With Occupations—28 States, 1979–1990. MMWR 1995; Vol. 44/No. 1:14-19.

Click here to read more: Worker Exposure to Crystalline Silica During Hydraulic Fracturing

"Hydraulic fracturing or “fracking” is the process of injecting large volumes of water, sand, and chemicals into the ground at high pressure to break up shale formation allowing more efficient recovery of oil and gas. This form of well stimulation has been used since the late 1940s, but has increased substantially over the last 10 years with the advent of horizontal drilling technology that greatly improves access to gas deposits in shale. Approximately 435,000 workers were employed in the US oil and gas extraction industry in 2010; nearly half of those workers were employed by well servicing companies, which includes companies that conduct hydraulic fracturing (BLS)."
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For over 3 decades the Law Offices of Jon L. Gelman 1.973.696.7900 jon@gelmans.com have been representing injured workers and their families who have suffered work related accident and injuries.

Related articles

Sunday, March 27, 2016

Silca: New US DOL Rule to Protect Workers

The U.S. Department of Labor's Occupational Safety and Health Administration today announced a final rule to improve protections for workers exposed to respirable silica dust. The rule will curb lung cancer, silicosis, chronic obstructive pulmonary disease and kidney disease in America's workers by limiting their exposure to respirable crystalline silica.

Saturday, October 27, 2012

From Hand to Mouth - Workers Need To Be Concerned About Chemical Safety

The inadvertent and dermal conceptual model

A recently published a paper about the inadvertent ingestion of chemicals at work from contact between the mouth and contaminated hands or objects highlights how dangerous exposure could occur at work.  The inadvertent ingestion is a potentially significant source of occupational exposure and there needs to be a greater focus on assessment of risks from hand-to-moth contacts and more done to control such risks.

"The latest research is part of a project to develop a predictive model to estimate inadvertent ingestion exposure. To better understand this route of exposure we developed  a new integrated conceptual model for dermal and inadvertent ingestion. It consists of eight compartments (source, air, surface contaminant layer, outer clothing contaminant layer, inner clothing contaminant layer, hands and arms layer, perioral layer, and oral cavity) and nine mass transport processes (emission, deposition, resuspension or evaporation, transfer, removal, redistribution, decontamination, penetration and/or permeation, and swallowing) that describe event-based movement of substances between compartments (e.g. emission, deposition, etc.). We plan to use the conceptual model to guide the development of predictive exposure models for both the dermal and the inadvertent ingestion pathways."

Gorman Ng M, Semple S, W Cherrie J, et al. The Relationship Between Inadvertent Ingestion and Dermal Exposure Pathways: A New Integrated Conceptual Model and a Database of Dermal and Oral Transfer Efficiencies. Ann Occup Hyg Published Online First: 23 July 2012. doi:10.1093/annhyg/mes041

Cherrie JW, Semple S, Christopher Y, et al. How important is inadvertent ingestion of hazardous substances at work?Ann Occup Hyg 2006;50:693–704.
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For over 3 decades the
 Law Offices of Jon L. Gelman  1.973.696.7900  jon@gelmans.com have been representing injured workers and their families who have suffered occupational accidents and illnesses.

Read more about "Chemical Exposures:
Dec 18, 2009
Chemical Exposure in Iraq Claims Soldier. The death of an Indian National Guard member has been alleged to have been caused by a chemical exposure at an Iraq worksite. The terminal cancer of Lt. Colonel Jim Gentry, age ...
Mar 26, 2011
Chemical exposures continue to impact health and result in an enormous burden on human life. Over 4.9 million deaths world-wide and 86 million Disability-Adjusted Life Years were attributed to environmental exposure and...
Oct 05, 2012
The extent and nature of potential health effects depend on many factors, including the level and length of exposure to the pollution. From the 1940s to 1980, what is now referred to as the Scientific Chemical Processing site ...
Jul 10, 2010
A lawsuit was filed alleging that a former chemical operator at Hoffman-LaRoche in Nutley, New Jersey was exposed to asbestos fiber and died of mesothelioma. The lawsuit filed in New Jersey Superior Court asserts that he...

Saturday, April 27, 2019

Occupational Exposure to Diacetyl and Acetaldehyde Results in Compensable Colorectal Cancer

An employee exposed at work to flavoring ingredients including Diacetyl and Acetaldehyde, was awarded workers’ compensation benefits as a result of being diagnosed with colorectal cancer. The case is significant because the Court adopted scientific evidence that associated chemical exposure in the workplace to an increased risk of a malignancy based on expert testimony that by DNA testing, the exposed worker’s body could not detoxify from the hazardous chemical.

Monday, April 12, 2010

The Health Reform Act Charts a New Course for Occupational Health Care

The occupational healthcare program embodied in the recently enacted legislation has the potential for being the most extensive, effective and innovated system ever enacted for delivering medical care to injured workers. The “Libby Care” provisions, and its envisioned prodigies, will embrace more exposed workers, diseases and geographical locations, than any other program of the past. Potential pilot programs  will now be available to injured workers and their families who have become victims of the failed workers’ compensation occupational disease medical care system.
The legislation initially establishes a program for the identification, monitoring and treatment of those who were exposed to asbestos in Libby Montana where W.R. Grace formerly operated an asbestos (vermiculite) mine producing, among other things, attic insulation. The plant belched thousands of pounds of asbestos fiber into the air of the geographical area daily. Libby Montana has been declared a Federal Superfund Site and the asbestos disease that remains as its legacy has been declared a National Public Health Emergency.
The newly enacted national health care law will have profound effect upon the treatment of occupational disease.  Placed deep within the text of the bill (H.R. 3590), on page 836 (Section 1881A Medical Coverage for Individuals Exposed to Environmental Health Hazards), is the new occupational medical care model, “Libby Care.”  The Manager’s Amendment, embracing the concept of universal occupational health care, inserted in the final moments of the debate, will make all the difference in world to the future of medical care and the handling of work-related illnesses.
What We Learned From History
Historically it is well known that occupational diseases are problematic issues confronting workers’ compensation.They are problematic for all stakeholders in the system. For employers, it is difficult to defend a claim that may occur over a lengthy working period, ie. 280 days per year. Defending occupational disease claims has always been an elusive and a costly goal for employers and insurance carriers. Employees also are confronted with obstacles in obtaining timely medical benefits. Occupational disease claims are universally contested matter and medical care is therefore delayed until the claim is successfully litigated and potentially appealed. This process results in delay and denial of medical care and sometimes death.
In the 1950’s the insurance industry put tag-along verbiage in the statute to modify the 1911 workers’ compensation act to encompass occupational disease claims. This was not a philanthropic gesture, but one rather intended to shield Industry from rapidly spreading silicosis liability in civil actions emerging in the 1950s.
Over time, the failure of the workers’ compensation system to provide adequate medical care to injured workers suffering from occupational illness has given rise to the emergence of several attempted collateral benefit systems by the Federal government. The Black Lung Act-The Federal Coal Mine and Safety Act of 1969 established the Federal Black Lung Trust Fund, which obtained its revenue from the assessment of a percentage tonnage fee imposed on the entire Industry. In October 2000, the Federal government established The Energy Employees Occupational Compensation Program Act that provided a Federal bailout of liability for the monopolistic beryllium industry. The hastily enacted Smallpox Emergency Personnel Protection Act of 2003 (SEPA) shielded pharmaceutical manufacturers from liability.  Following the horrific events of September 11, 2001, the Federal government quickly established The Victims Compensation Fund to compensate the victims and their families through an administrative system.
The largest transfer of economic wealth in the United States from Industry to the private sector, other than in the Attorney General’s thirty-eight State tobacco litigation, emanated from asbestos litigation which had its geneses in workers’ compensation.   The late Irving Selikoff, MD’s pioneering efforts in providing expert testimony, based upon his sentinel studies of asbestos workers in Paterson, NJ, created the trigger mechanism for a massive wave of claims for occupational health care. The program never did adequately nor efficiently or expeditiously provide medical care.
The workers’ compensation system did not provide an adequate remedy because of a constellation of reasons, and subsequently, the wave spread to civil litigation out of desperation for adequate benefits. Asbestos litigation has been named, "The Longest Running Tort” in American history. While the Fairness in Asbestos Resolution Act of 2003, failed to be release from committee, the insurance industry tried to stifle the litigation but the effort failed.  Asbestos litigation expanded into  bankruptcy claims that continue unabated and the epidemic of disease continues. The remaining cases in the Federal court system were transferred to Federal Multi District Litigation (MDL 875) and the majority are finally concluding after twenty years of Panel consolidation. Medical benefits were not a direct component of that system. Unfortunately, asbestos is still not banned in the United States and the legacy of disease continues at historic rates.
The Costs
In a study prepared in 2000 by Dr. Steven Markowitz for a book entitled “Cost of Occupational Injuries  and Illnesses”, it was revealed that the direct medical costs attributed to occupation illness by taxpayers, amount to $51.8 Billion dollars per year for the hospital physicians and pharmaceutical expenses. Overall workers’ compensation is covering 27% percent of the cost. This amounts to 3% of the National Gross National Product. The cost is passed on to: employers, insurance carriers, consumers, injured workers and the taxpayer. Medicare, a target of the cost shifting mechanism employer by Industry, continues its “pay and chase” policy in an effort to seek reimbursement under the Medicare Secondary Payer Act. All the stakeholders and the compensation systems have become increasingly bogged down as cost-shifting continues by Industry. The workers' compensation claims process has become stagnant. 
Reportable Data A Questionable Affair
The quantification of occupational illness data has been very problematic as it is based on sources of questionable reliability. The US Bureau of Labor Statistics (BLS) based its collection on employer driven safety reporting, ieNCCI), keeps its data and procedures under wraps.
Both the NY Times and Nebraska Appleseed have reported that there exists underreporting of occupational disease conditions in epic proportions. They report that the elements of fear and intimidation directed to injured workers compound the defense attitude of employers and the insurance industry resulting in a massive underreporting of occupationally related medical conditions.
Increased Hurtles for Compensability
There have been attempts over the years to integrate more claims statutorily into the workers’ compensation system to shield employers from civil action and resultant large liability verdicts. This resulted in a flood of occupational exposure claims into the workers’ compensation arena. An effort in the mid-1980’s, following the asbestos litigation explosion, was by Industry to contain costs and restrict the payment of occupational disease claims even further in the workers’ compensation.
The initial effort was to create higher threshold standards and requirements in the area of mental stress claims. That was quickly followed by efforts to limit orthopedic and neurological carpal tunnel claims.  Restrictive language interpreting what is peculiar to employment further limited all occupational disease claims.
Furthermore, scientific evidence proof requirements became increasingly difficult to surmount. Daubert type arguments emerged by the defense in the nations’ workers’ compensation forums where simplicity of a remedial and efficient benefit delivery program had existed in the past. Where a biological marker was not present, as was in asbestos exposure claims, the establishment of causal relationship was universally challenged.
Pre-existing and co-existing factors soon became other hurtles for injured workers and their families.  Medical histories of orthopedic difficulties such as back conditions soon complicated repetitive motion trauma litigation. Co-existing and pre-existing smoking habits, family genetics and obesity were yet another obstacle to recovery.
Societal Habits Changed
Life and the way we look at work have changed dramatically with the onset of technology. Off-premises work is becoming more and more common with the advent of Internet access and economic globalization. Defining the barriers between work and pleasure has grown to be exceedingly difficult.
People are working harder and longer. More chronic conditions are prevalent in older workers. Disease increases with age and results in more total disability claims.
Occupational Medical Costs
The compensability of occupational claims is much more difficult to sustain in court. In recent studies over 99.9% of occupational deaths and 93.8% of the medical costs of occupational disease were held to be non-compensable. Over 50% of the lifetime medical costs are incurred during the last year of one’s life.
The Legacy of The Libby Montana Gold Rush
In 1881 gold miners discovered vermiculite, a form of asbestos in Libby, Montana. In 1920 The Zonolite Company was established and began to commercially mine vermiculite. W.R. Grace bought the mining operations in 1963. In 1990 the mine was closed and production ended.
For decades W.R. Grace belched over 5,000 pounds of asbestos into the air in and around Libby on a daily basis. The residents who worked at the plant and their families and household contacts were exposed to asbestos fiber.  Mineworkers brought home the asbestos on their clothing. The unknowing inhabitants and their families  used the asbestos to fill their gardens, their driveways, the high school track, the little league field and in their attics for insulation.
The US Environmental Protection Agency (EPA) visited Libby in 1999 and investigated the incidence of disease and the contamination of the site. The EPA declared Libby a Superfund site in October 2002 and a physical clean-up began of the geographical area. The question of who would pay for the medical care of Libby remained an unknown.
A Manager’s Amendment
Senator Max Baucus (D-MT), Chair of the Senate Finance Committee, utilizing a mechanism known as “A Manager’s Amendment,” at the last moment, modified the Senate’s version of the Health Care Reform Bill. The Patient Protection and Affordable Care Act passed the Senate, ultimate cleared the House and was signed into law by President Obama on March 23, 2010. Section 10323, Medicare Coverage for Individuals Exposed to Environmental Health Hazards, 2009 Cong US HR 3590, 111th Congress, 1st Session (December 31, 2009).
Senator Bacus said,  “This provision is important because it will provide vital medical services to American who—through no fault of their own—have suffered horrible effects from their exposure to deadly poisons. It will provide vital medical services we owe these Americans under our commitment in the Superfund Act.”  The amendment initially provides for screening and medical care to residents of the Libby Montana asbestos contaminated site that was owned and operated by W.R. Grace. It essentially provides for universal health care.
“Libby Care” Is The New Occupational Medical Care Model Legislation
The Libby site qualified for the medical program because the hazardous asbestos contaminated site in Libby was deemed to be “a public health emergency” on June 17, 2009 as defined by the Comprehensive Environmental Response, Compensation, and Liability Act of 1980 (CERCLA). While there are 1700 designated Superfund sites, Libby is the first site in the history of the program that has been designated as “a public health emergency.” The program may be expanded in adopted to other communities at the discretion of the Secretary of of the Department of Health and Human Services (HHS). 
The plan authorizes a grant for initial medical screening purposes. The screening would determine if a medical condition is present that is attributable to the environmental exposure. It allows those individuals with a diagnosed medical condition due to the environmental exposure at the site to get Medicare services. The Secretary of the Department of HHS may establish additional pilot programs to provide additional medical care appropriate for the residents of contaminated communities so designated. The delivery of Medicare medical benefits will be directed to those “who have suffered horrible effects from their exposure to deadly poisons.”
The purpose of the legislation is  “…. to furnish such comprehensive, coordinated and cost-effective care to individuals…..” p2224 l3-1. It mandates the furnishing of “Flexible Benefits and Services,” for items, benefits or services NOT covered or authorized by the Act. It further authorizes the institution of “Innovative Reimbursement Methodologies,” for reimbursement subject to offsets for individuals “eligible to receive public or private plan benefits or legal agreement.” p2226 ll8-11. The Secretary of HHS will maintain “waiver authority.”
Charting A New Course
After a century of struggle, the United States now embarks upon a new course for occupational medical care. The law charts a new path for the delivery of  occupational disease medical benefits on a timely basis. It will permit researchers an avenue for the collection of epidemiological data so that the workplace can be made safer. All will benefit. The innovative legislation provides for a long awaited and much needed initiative to provide an efficient, responsive and coordinated treatment plan and preventive health program that hopefully will expand and will vastly improve occupational health care.

Wednesday, January 5, 2022

Innovation is Necessary to Meet the Challenge of COVID in 2022

COVID is the most extensive occupational exposure event in the history of the United States. Workplaces are now primed for a massive wave of compensation claims due to the Omicron variant. A recent study provides a potential opportunity for employers and insurance companies to reduce their risk exposure through early sequencing and treatment proactively.

Wednesday, December 22, 2021

Household Contacts can sue an employer for harm caused by COVID

The longstanding principle that household contacts of an employee can sue an employer for harm has been upheld in a California claim. An employee who brought home the COVID virus and infected a household member, in this case, death, was the basis of a direct case by the deceased family member’s estate against the employer.

Tuesday, September 7, 2021

Methylene Chloride Continues to be a Fatal Hazard in the Workplace

Exposure to paint strippers containing methylene chloride remains a severe health concern for workers. The Second Circuit Court of Appeals recently refused to extend the United States Environmental Protection [EPA] agency's regulations to cover methylene chloride in the commercial setting.

Wednesday, July 31, 2013

OSHA and NIOSH issue hazard alert on 1-bromopropane

The U.S. Department of Labor's Occupational Safety and Health Administration and the National Institute for Occupational Safety and Health today issued a hazard alert to urge employers that use 1-bromopropane (1-BP) to take appropriate steps to protect workers from exposure.

"The use of 1-bromopropane has increased in workplaces over the last 20 years," said Dr. David Michaels, assistant secretary of labor for occupational safety and health. "Workers exposed to this toxic chemical can suffer serious health effects, even long after exposure has ended. Hazardous exposure to 1-BP must be prevented. Employers have a responsibility to ensure the safety of their workers."

Exposure to 1-BP has been associated with damage to the nervous system among workers, and it has been shown to cause reproductive harm in animal studies. The chemical is used in degreasing operations, furniture manufacturing, and dry cleaning. The hazard alert was issued in response to information on the increased use of 1-BP as a substitute for other solvents as well as recent reports of overexposure in furniture manufacturing. 1-BP was nominated as a chemical of concern in OSHA's Web Forum to Identify Hazardous Chemicals.

Workers can be exposed to 1-BP by breathing in vapors or spray mists and by absorption through the skin. The most effective way to protect workers from exposure is to eliminate the use of 1-BP, substituting the chemical with a less toxic substance or less hazardous material. Replacement chemicals also may have associated hazards that need to be considered and controlled.

Engineering controls to reduce worker exposure to 1-BP include isolation of workplace operations and the installation of proper ventilation systems. Other controls, such as a reduction in the time a worker is exposed to the chemical, should also be considered

Saturday, May 29, 2010

Breast Cancer Linked to Occupational Exposures

A recent article in Occupational and Environmental Medicine causally links certain occupational exposures to breast cancer. 
"Odds ratios (ORs) were increased for the usual risk factors for breast cancer and, adjusting for these, risks increased with occupational exposure to several agents, and were highest for exposures occurring before age 36 years. Increased ORs were found for each 10-year increment in duration of exposure, before age 36 years (OR<36), to acrylic fibres (OR<36=7.69) and to nylon fibres (OR<36=1.99). For oestrogen-positive and progesterone-negative tumours, the OR doubled or more for each 10-year increase in exposure to monoaromatic hydrocarbons, and to acrylic and rayon fibres. The OR<36 also doubled for exposure to organic solvents that metabolise into reactive oxygen species, and to acrylic fibres. A threefold increase was found for oestrogen- and progesterone-positive tumours, with exposure to polycyclic aromatic hydrocarbons from petroleum sources.
"Certain occupational exposures appear to increase the risk of developing postmenopausal breast cancer, although some findings might be due to chance or to undetected bias. Our findings are consistent with the hypothesis that breast tissue is more sensitive to adverse effects if exposure occurs when breast cells are still proliferating. More refined analyses, adjusting for hormonal receptor subtypes and studies focusing on certain chemical exposures are required to further our understanding of the role of chemicals in the development of breast cancer.



Wednesday, October 5, 2011

Now Available On-Line: Complete Letter Report On Incorporating Occupational Information in Electronic Health Records


Incorporating Occupational Information in Electronic Health Records: Letter Report

The National Academies Press

The National Academies Press (NAP) was created by the National Academies to publish the reports issued by the National Academy of Sciences, the National Academy of Engineering, the Institute of Medicine, and the National Research Council, all operating under a charter granted by the Congress of the United States. The NAP publishes more than 200 books a year on a wide range of topics in science, engineering, and health, capturing the most authoritative views on important issues in science and health policy. The institutions represented by the NAP are unique in that they attract the nation’s leading experts in every field to serve on their award-wining panels and committees. The nation turns to the work of NAP for definitive information on everything from space science to animal nutrition.

Author:
David H. Wegman, Catharyn T. Liverman, Andrea M. Schultz, and Larisa M. Strawbridge, Editors; Committee on Occupational Information and Electronic Health Records; Institute of Medicine
84 pages PAPERBACK $35

Each year in the United States, more than 4,000 occupational fatalities and more than 3 million occupational injuries occur along with more than 160,000 cases of occupational illnesses. Incorporating patients' occupational information into electronic health records (EHRs) could lead to more informed clinical diagnosis and treatment plans as well as more effective policies, interventions, and prevention strategies to improve the overall health of the working population. At the request of the National Institute for Occupational Safety and Health, the IOM appointed a committee to examine the rationale and feasibility of incorporating occupational information in patients' EHRs. The IOM concluded that three data elements - occupation, industry, and work-relatedness - were ready for immediate focus, and made recommendations on moving forward efforts to incorporate these elements into EHRs.


Recommendations:

Initial Focus on Occupation, Industry, and Work-Relatedness Data Elements


Recommendation 1: Conduct Demonstration Projects to Assess the Collection and Incorporation of Information on Occupation, Industry, and Work-Relatedness in the EHR

NIOSH, in conjunction with other relevant organizations and initiatives, such as the Public Health Data Standards Consortium and Integrating the Healthcare Enterprise (IHE) International, should conduct demonstration projects involving EHR vendors and health care provider organizations (diverse in the services they provide, populations they serve, and geographic locations) to assess the collection and incorporation of occupation, industry, and work-relatedness data in the EHR at different points in the workflow (including at registration, with the medical assistant, and with the clinician). Further, to examine the bidirectional exchange of occupational data between administrative databases and clinical components in the EHR, NIOSH in conjunction with IHE should conduct an interoperability-testing event (e.g., Connectathon) to demonstrate this bidirectional exchange of occupational information to establish proof of concept and, as appropriate, examine challenges related to variable sources of data and reconciliation of conflicting data.

Recommendation 2: Define the Requirements and Develop Information Models for Storing and Communicating Occupational Information

NIOSH, in conjunction with appropriate domain and informatics experts, should develop new or enhance existing information models for storing occupational information, beginning with occupation, industry, and work-relatedness data and later focusing on employer and exposure data. The information models should consider the various use cases in which the information could be used and use the recommended coding standards. For example, NIOSH should consider how best to use social history templates to collect a work history and the problem list to document exposures and abnormal findings and diagnoses with optional work-associated attributes for possible, probable, or definite causes; exposures; and impact on work.

Recommendation 3: Adopt Standard Occupational Classification (SOC) and North American Industry Classification System (NAICS) Coding Standards for Use in the EHR

NIOSH, with assistance from other federal agencies, organizations, and stakeholders (e.g., Bureau of Labor Statistics, Census Bureau, Council of State and Territorial Epidemiologists [CSTE], National Library of Medicine, National Institute of Standards and Technology, National Uniform Billing Committee, Health Level 7 International [HL7]), should recommend to the Health Information Technology (IT) Standards Committee the adoption of SOC and NAICS to code occupation and industry. Furthermore, NIOSH should develop models for reporting health data from EHRs by occupation and industry at different levels of granularity that are meaningful for clinical and public health use.

Recommendation 4: Assess Feasibility of Autocoding Occupational Information Collected in Clinical Settings

NIOSH should place high priority on completing the feasibility assessment of autocoding the narrative information on occupation and, where available, industry that currently is collected and recorded in certain clinical settings, such as the Dartmouth-Hitchcock health care system, Kaiser Permanente, New York State Occupational Health Clinic Network, Cambridge Health Alliance, and hospitals participating in the National Electronic Injury Surveillance System.

Recommendation 5: Develop Meaningful Use Metrics and Performance Measures

Based on findings from the various demonstration projects and feasibility studies, NIOSH, with the assistance of relevant professional organizations and the Health IT Policy Committee, should develop meaningful use metrics and health care performance measures for including occupational information in the meaningful use criteria, beginning with the incorporation of occupation, industry, and work-relatedness data, and later expanding as deemed appropriate to include other data elements such as exposures and employer.

Recommendation 6: Convene a Workshop to Assess Ethical and Privacy Concerns and Challenges Associated with Including Occupational Information in the EHR

NIOSH should convene a workshop involving representatives of labor unions, insurance organizations, health care professional organizations, workers’ compensation-related organizations (e.g., International Association of Industrial Accident Boards and Commissions, National Council on Compensation Insurance), and EHR vendors to 
.. assess the implications for the patient and clinician of incorporating work-relatedness in the EHR, with respect to workers’ compensation; and
.. propose guidelines and policies for protecting the patient’s non-workrelated health information from inadvertent disclosure and to ensure compliance with the Health Insurance Portability and Accountability Act, workers’ compensation, and other privacy standards.

Enhance the Value and Use of Occupational Information in the EHR


Recommendation 7: Develop and Test Innovative Methods for the Collection of Occupational Information for Linking to the EHR

NIOSH should initiate efforts in collaboration with large health care provider organizations, health insurance organizations, EHR vendors, and other stakeholders to develop and test methods for collecting occupational data from innovative sources. Specifically, NIOSH should evaluate collection methods that involve

.. patient input through mechanisms such as web-based portals and personal health records, and
.. other means such as health-related smart cards, health insurance cards, and human resource systems.

Recommendation 8: Develop Clinical Decision-Support Logic, Education Materials and Return-to-Work Tools

NIOSH, relevant professional organizations, and EHR vendors should begin to develop, test, and iteratively refine and expand

.. clinical decision-support tools for common occupational conditions (e.g., work-related asthma);
.. tools and programs that could be easily accessed for education of patients and caregivers about occupational illnesses, injuries, and workplace safety;
.. training modules for administrative staff to collect occupational information in different care settings; and
.. tools to improve and standardize functional job assessment and return- to-work documentation in EHRs, including standards for the transmission of these forms.

Recommendation 9: Develop and Assess Methods for Collecting Standardized Exposure Data

NIOSH should continue to work with occupational and environmental health clinics and other relevant stakeholders to develop and assess methods for collecting standardized exposure data for work-related health conditions. NIOSH should explore the feasibility of 

.. listing possible or probable exposures in the problem list or elsewhere in the EHR;
.. linking occupational information in the EHR to online occupational, toxicological, and hazardous materials databases, such as the Occupational Information Network (O*NET), the Association of Occupational and Environmental Clinics, and Haz-Map, to enhance diagnosis and treatment of work-related illnesses and injuries; and
.. automatically generating codes for exposures based on narrative text entries.

Recommendation 10: Assess the Impact of Incorporating Occupational Information in the EHR on Meaningful Use Goals

NIOSH, in conjunction with relevant stakeholders (e.g., Public Health Data Standards Consortium, CSTE, Association of State and Territorial Health Officials), should

.. develop measures and conduct periodic studies to assess the impact of integrating occupational information in EHRs, and
.. estimate the economic impact of EHR-facilitated return-to-work practices for both work-related and non-work-related conditions.


Friday, November 2, 2018

The Evidence Mounts on the Causal Link of Cell Phones and Cancer

The US National Institute for Environmental Health Sciences [NIH} has just published a final report linking cell phone radiation exposure to the production of tumors in mice. This animal study that confirms the causal relationship between radio frequency radiation of cell phones and cancer in animals is a significant step forward to establishing a causal relationship in humans.

Friday, June 4, 2010

Oil Spill Workers Exposed to Hazards

The US Occupational Safety and Health Administration (OSHA) has issued safety precautions to be taken by workers who are responding to the British Petroleum oil spill.

The original workers' compensation acts of 1911 did not consider occupational illnesses and diseases compensable events. Through the years that has changed and those conditions are now compensable in most jurisdictions. The American legal system, which was based upon British common law, rapidly developed a need to adopt a mechanism for the delivery of benefits to injured workers during the early 20th century. The initial workers' compensation statutes adopted by numerous states were based upon the British statute which provided for compensation benefits in cases in which traumatic accidents had occurred but not in cases in which occupational disease was involved. While the British statute was amended by 1906 to include occupational disease, none of the American statutes reflected this modification at the time of their enactment.

"Marine oil spill responders face a variety of health and safety hazards, including fire and explosion, oxygen deficiency, exposure to carcinogens and other chemical hazards, heat and cold stress, and safety hazards associated with working around heavy equipment in a marine environment. A full discussion of these hazards is beyond the scope of this training booklet, but a brief list of hazards and their known health consequences is shown in Table 1 [see below]. Your workers should be trained to anticipate and control exposure to the hazards associated with their assigned duties.

"To determine acceptable levels of exposure and train your workers about them, consult OSHA's exposure limits in Subparts G and Z. If OSHA does not regulate an exposure of concern, consult the National Institute for Occupational Safety and Health (NIOSH) Recommended Exposure Limits (RELs) and Immediately Dangerous to Life and Health (IDLH) levels. If neither OSHA nor NIOSH has established a limit, consult the American Conference of Government Industrial Hygienists (ACGIH) Threshold Limit Values (TLVs) and Biological Exposure Indices (BEIs) for chemical, physical, and biological agents. You may use a more protective limit than OSHA's if one has been established and plan your controls accordingly. Material Safety Data Sheets from the product manufacturer may provide useful information for worker training.

"Additional Hazards Marine oil spill responders need training to work safely around these and other potential hazards. You should decide which hazards apply to your operations.

  • Biological (e.g., plants, animals, insects, remediation materials)
  • Drowning
  • Noise
  • Electricity
  • Slips and Trips
  • Biohazardous debris (e.g., syringes on shoreline)
  • Ergonomic Stresses (e.g., repetitive strain, low back pain)
  • Sunburn
  • Confined Spaces
  • Underwater Diving
  • Falls
  • Unguarded Equipment
  • Cranes
  • Fatigue
  • Vehicles (e.g., aircraft, boats, cars, trucks)
  • Cutting and Welding
  • Fire and Explosion
  • Degreasers
  • Heat or Cold Stress
  • Dispersants
  • In-Situ Burning Particles
Hazards of exposure include the following:

Saturday, December 15, 2012

Breast Cancer Linked to Workers' Exposure at Semiconductor Factory

A semiconductor plant worker, who had been exposed to solvents and radiation while working 5 years at a semiconductor factory in South Korea has been held to have suffered an compensable disease related to her exposure at work. The 36 year old women was employed between 1995 and 2000 at plant. Three years after contracting breast cancer she died. Workers' Compensation benefits were awarded.

Recent studies have associated exposure to solvents as an increased risk factor for breast cancer.

"Endocrine disrupting chemicals and carcinogens, some of which may not yet have been classified as such, are present in many occupational environments and could increase breast cancer risk. Prior research has identified associations with breast cancer and work in agricultural and industrial settings. The purpose of this study was to further characterize possible links between breast cancer risk and occupation, particularly in farming and manufacturing, as well as to examine the impacts of early agricultural exposures, and exposure effects that are specific to the endocrine receptor status of tumours."

Breast cancer risk in relation to occupations with exposure to carcinogens and endocrine disruptors: a Canadian case--control study
Environmental Health 2012, 11:87 doi:10.1186/1476-069X-11-87 Published: 19 November 2012


Read more about "Breast Cancer" and occupational exposures:
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