The Role of Government Agencies in PCB Exposure Regulations

Key takeaways:

  • The Toxic Substances Control Act (TSCA) stops the manufacturing of PCBs in the U.S. and requires proper disposal to prevent environmental contamination.
  • Workers potentially exposed to PCBs are protected under OSHA regulations that limit workplace exposure levels and require safe handling practices.
  • Eating contaminated fish or dairy products is a common way people encounter PCBs, which can lead to serious health conditions including liver damage and reproductive issues.

Overview of PCB Exposure: Government Agencies

Question: What is the role of government agencies in PCB exposure regulations?

Answer: Government agencies like the U.S. Environmental Protection Agency (EPA) and the Occupational Safety and Health Administration (OSHA) play a critical role in setting standards and regulations for PCB exposure.

PCB Exposure Lawsuit and the Role of Government Agencies

On this page, we’ll discuss this question in further depth, provide guidelines and standards set by these agencies, regulations following the PCB exposure lawsuits, and much more.

The Role of Government Agencies in PCB Exposure Regulations

Polychlorinated Biphenyls (PCBs) are compounds that have been used extensively in electrical equipment due to their unique physical and chemical properties.

However, PCB exposure to these compounds has potential health hazards, including decreased body weight, organ damage, reproductive issues, and increased cancer rates.

The National Institute for Occupational Safety and Health (NIOSH) is a government agency that manages exposure to these compounds by:

  • Setting permissible exposure limits to PCBs in the workplace.
  • Recommending protective measures, like personal protective clothing and respiratory protection programs, for workers who are potentially exposed to PCBs.
  • Determining cleanup guidelines and regulations for re-occupancy of buildings contaminated with PCBs.

The government’s role extends to monitoring and managing incidents related to PCBs, like fire-related incidents, and controlling the concentrations of PCBs and related compounds in such cases.

These standards are designed to protect the public and workers from potential adverse health effects.

If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

Table of Contents

The Dangers of PCB Exposure

Exposure to PCBs can have severe and long-lasting impacts on human health, making it a critical concern for public safety.

Polychlorinated biphenyls (PCBs), once prevalent in various industrial applications due to their electrical insulating properties, are now recognized as probable human carcinogens with a potential link to an array of adverse health outcomes.

Individuals may encounter these toxic substances through multiple routes, such as breathing air near hazardous waste sites, eating contaminated food like PCB-laden fish from polluted waters, or via skin contact with old electrical equipment that contains PCB mixtures.

Health Effects

Exposure to PCBs presents a myriad of health risks, particularly affecting the skin and reproductive system.

Skin conditions such as chloracne, characterized by severe acne-like eruptions, and various rashes can emerge from contact with these toxic substances.

Notably troubling is the impact on women’s reproductive health; exposure to PCBs has been tied to menstrual irregularities, reduced fertility rates, and higher instances of spontaneous miscarriages.

The threat extends beyond topical symptoms into more profound systemic issues within the human body.

Studies have suggested that ingesting contaminated food like fish from polluted waters can lead to disruptions in hormonal balance and premature ovarian failure.

These findings are deeply concerning given how PCBs tend to accumulate in fatty tissues over time, potentially causing long-lasting harm even after exposure ceases.

Engaging with our network of experienced PCB Exposure Lawyers through our chat feature could provide crucial insights for those affected by such exposures.

Routes of PCB Exposure

In order to prevent exposure to polychlorinated biphenyls (PCBs), it’s essential to understand how people come into contact with them.

One common way individuals encounter PCBs is by eating contaminated fish or seafood, where these chemicals have accumulated in the food chain.

Dairy products can also carry PCBs if animals consume contaminated feed.

These dietary sources are significant because they can lead to long-term accumulation of PCBs in a person’s body fat.

Another pathway is occupational exposure, often affecting workers in industries that use or produce electrical equipment containing PCB elements like transformers and capacitors.

Here, inhaling airborne particles or skin contact with oily liquids containing PCBs are primary concerns for exposed workers.

Additionally, the general population might face risks of inhalation from old fluorescent lighting fixtures and other electronics that were made with PCB-laden parts before regulations restricted their use.

It’s essential to highlight that such exposures aren’t one-time events; they involve cumulative past exposure which may increase health risks over time.

A regular medical test measuring serum PCB exposure levels provides insight into individual exposure histories—information vital for diagnosing potential adverse health effects and pursuing legal action related to improper disposal or handling of materials containing these persistent organic pollutants.

Common Symptoms of PCB Exposure

Exposure to polychlorinated biphenyls (PCBs) often leads to noticeable health issues.

Many individuals who have been exposed report headaches, a clear sign that something isn’t right.

Some may experience sensations of numbness or a worrisome weakness; others feel tingling in their arms and legs – symptoms not to be ignored.

Skin reactions are also common among those with PCB exposure.

Acne-like rashes might appear, signaling the presence of these environmental chemicals in the body.

It’s important for anyone experiencing these symptoms to consider their past contact with PCBs, especially if they’ve worked in environments where PCB use was prevalent or lived near contaminated sites.

If you’re facing any unusual health changes like altered menstrual cycles or fertility issues, it may be time for a thorough evaluation regarding potential PCB exposure risks.

Next, let’s explore who oversees the regulation of PCB exposures and how laws protect public health.

Who Regulates PCB Exposure

In the intricate web of public safety, government agencies stand as vigilant guardians against PCB hazards, rigorously enforcing standards and implementing pivotal laws to safeguard citizens from the pernicious effects of polychlorinated biphenyls (PCBs).

Government Agencies

Government agencies play a pivotal role in safeguarding public health by regulating the use of polychlorinated biphenyls (PCBs).

The Environmental Protection Agency (EPA) leads this effort, developing stringent guidelines to control PCB exposure and reduce associated risks.

These measures include setting safety standards for air, water, and soil that limit the allowable concentration of PCBs.

Enforcement of these regulations falls to federal entities such as the EPA who monitor compliance and take action against violators.

They oversee how commercial PCB mixtures are managed across various industries to prevent contamination from sources like PCB transformers, capacitors, or disposal facilities.

Regulatory frameworks inform people about their rights and actions they can take against PCB exposure.

Laws and Regulations

Government agencies establish laws and regulations to manage PCB exposure.

These legal frameworks are pivotal in maintaining public safety and worker protection from the adverse effects associated with polychlorinated biphenyls (PCBs).

Key regulations for managing PCB exposure include:

  • The Toxic Substances Control Act (TSCA) serves as the cornerstone legislation for regulating the distribution, use, and disposal of PCBs in the United States.
  • Under TSCA, all PCB manufacturing ceased after 1979 due to concerns regarding their impact on human health and the environment.
  • Specific provisions under 40 CFR Part 761 address how entities must handle, store, and dispose of PCB waste to prevent contamination.
  • The Environmental Protection Agency (EPA) enforces strict guidelines that require proper manifesting of PCBs during transport to disposal facilities.
  • Companies dealing with PCB-related materials must adhere to federal hazardous waste management protocols as prescribed by EPA standards.
  • Amendments and proposed rules for enhanced extraction methods of PCBs reflect ongoing efforts to refine cleanup operations and mitigate risks effectively.
  • Regulations include detailed information on allowable uses of PCB – containing products and diligent measures required for cleanup in case of spills or accidental releases.
  • Occupational exposures are overseen by OSHA standards, which stipulate permissible exposure limits and requisite safety practices in workplaces where PCB presence is confirmed.
  • Medical treatment protocols are outlined for workers exposed to PCBs over long periods or at high concentrations, focusing on early detection of symptoms related to exposure.
  • To protect ecosystems, there are regulations governing acceptable levels of PCB congener in contaminated lakes that feed into public water systems or where fish may become contaminated.
  • Measuring methods developed by scientific bodies guide testing procedures ensuring accurate assessments of human serum concentrations and establishing benchmarks for safety.
  • Disposal facilities handling PCBS must operate within rigid parameters set forth in environmental management systems verified by state authorities where appropriate.
  • Guidance exists concerning reducing personal risk through careful consumption choices such as avoiding PCB-contaminated fish known to harbor higher levels of these persistent organic pollutants.

The Toxic Substances Control Act (TSCA)

The TSCA places strict control on polychlorinated biphenyls (PCBs), mandating procedures to curtail their production and enforce responsible disposal practices.

Statute Overview

The Toxic Substances Control Act (TSCA) came into force in 1976, equipping the Environmental Protection Agency (EPA) with the power to regulate chemicals like polychlorinated biphenyls (PCBs).

This authority includes demanding detailed reporting, strict record-keeping, and comprehensive testing of these substances.

A significant aspect is TSCA’s ability to limit or ban chemicals deemed dangerous to human health or the environment.

Enhancements were made to TSCA through the Lautenberg Chemical Safety for the 21st Century Act.

These amendments bolstered the framework surrounding how chemicals are produced and used, ensuring a higher level of safety for public health and our planet’s ecology.

Transitioning from this overview of important statutes, let’s delve into the specific restrictions that apply directly to PCB manufacturing.

Restrictions on PCB Manufacturing

Building on the foundation laid out by the Toxic Substances Control Act, strict limitations have been set on polychlorinated biphenyls (PCBs) to protect public health.

This comprehensive ban extends to every phase of the PCB lifecycle, from their creation to distribution, ensuring these harmful chemicals are kept out of everyday commercial use.

Exemptions are scarce and heavily regulated, with only a few closed systems permitted to handle PCB exposure under tightly controlled conditions.

Enforcing these restrictions requires constant vigilance and adherence to stringent guidelines.

Manufacturers who once used PCBs in everything from electrical equipment like transformers and capacitors to other industrial products must now find safer alternatives or face severe legal consequences.

These measures reflect a commitment by regulators to minimize exposure risks and shield communities from the environmental hazards associated with PCB contamination.

Regulation of PCBs in the Environment

Regulation of PCBs (Polychlorinated Biphenyls) in the environment involves various national and international laws and guidelines to reduce their impact.

When it comes to regulating PCBs in the environment, Title 40 of the Code of Federal Regulations provides detailed guidelines for handling existing PCB contamination.

These regulations include stringent rules for measuring PCB levels in various environments and mandate actions required when those levels exceed safe limits.

The evolution of these protective measures is chronicled through Federal Register Notices and important revisions that respond to new scientific findings regarding polychlorinated biphenyls (PCBs).

This ensures current and comprehensive governance over the presence of these toxic substances, safeguarding public health and ecosystems from their potential harm.

For those concerned about environmental exposure to PCBs, our network of skilled attorneys stands ready—initiate a conversation using the chat feature on this page to explore your legal options with TruLawsuit Info’s experienced team.

PCB Regulations in Title 40 of the Code of Federal Regulations

Title 40 of the Code of Federal Regulations sets strict guidelines for handling polychlorinated biphenyls (PCBs), protecting public health and the environment from potential PCB exposure.

These regulations, particularly found in part 761, demand particular actions when dealing with PCBs at concentrations of 50 ppm or greater.

They prohibit blending or diluting substances to circumvent safe disposal practices.

Individuals and entities must adhere to specific conditions regarding inadvertently generated PCBs (iPCBs) to ensure that their presence in commercial and industrial applications does not exceed regulated levels.

For example, contaminated surfaces must have concentration limits between >10/100 cm2 and <100 µg/100 cm2 to comply with safety standards.

To manage waste effectively, storage for disposal follows stringent requirements outlined under section 761.65.

Navigating these regulations is essential for any entity dealing with PCB production or cleanup efforts since they impact legal responsibilities related to their use and disposal.

Entities involved in PCB production or cleanup efforts must adhere to relevant regulations that affect their legal responsibilities regarding the use and disposal of these chemicals.

Federal Register Notices and Revisions

Government agencies actively update and inform the public about changes in regulations through the Federal Register.

These notifications are crucial for maintaining compliance with PCB exposure laws.

The Federal Register outlines various changes to PCB regulations:

  • Updates to PCB Regulations: The EPA periodically revises extraction and determinative methods for managing PCBs, ensuring that the most current scientific techniques are being used.
  • Proposed Amendments: Proposed changes to PCB regulations are detailed in Federal Register notices, allowing for public awareness and commentary before implementation.
  • Annual Average Concentration Requirements: The EPA mandates an annual average concentration for inadvertently generated PCBs found in products from manufacturing sites or those imported to the US.
  • Continuation of Certain Equipment: Specific regulations allow certain electrical equipment containing PCBs to remain in use under controlled circumstances.
  • Manifest Regulation Changes: Amendments regarding manifest regulations for PCBs are brought forward by the EPA to improve tracking and disposal processes.

PCB Exposure in the Workplace

In examining the dangers of polychlorinated biphenyls (PCBs), a noteworthy concern is PCB Exposure in the Workplace, where stringent regulatory standards are paramount for safeguarding worker health.

In occupational environments, regulations are in place to manage employees’ risks through permissible exposure limits and mandatory safety protocols.

Additionally, guidelines set forth by government agencies address necessary procedures for handling PCB incidents, as well as stipulate access to medical treatment options for affected workers.

For those facing potential workplace exposure, it’s critical to understand these protective measures and to seek expert legal advice if adverse health effects arise due to PCB contact.

Interested individuals can utilize the chat feature available on this page to discuss case particulars with our network of seasoned PCB Exposure Lawyers.

Regulations for Occupational Exposure

Employers must adhere to strict safety standards when it comes to managing the risk of PCB exposure in the workplace.

The US government has set permissible exposure limits (PELs) for PCBs at 42 micrograms per cubic meter of air over an eight-hour workday.

These guidelines are enforced by the Occupational Safety and Health Administration (OSHA), underscoring their commitment to safeguard workers’ health.

Work environments with potential PCB hazards require rigorous monitoring and control measures, including proper ventilation, protective equipment, and regular health screenings for employees.

Implementing these regulations necessitates coordination between employers, health experts, and regulatory authorities.

Workers handling or coming into contact with materials containing polychlorinated biphenyls should receive adequate training on safe practices and emergency procedures.

Continuous efforts to minimize occupational exposure underscore the dedication to preventing adverse health effects associated with long-term contact with PCBs.

Medical Treatment Options

You should carefully consider your medical treatment options after exposure to PCBs.

While no specific cure exists for PCB toxicity, healthcare professionals can conduct tests like liver function assessments and skin examinations to monitor health impacts.

If exposed on the job, workers should seek immediate medical attention and follow guidelines set by NIOSH to minimize any further risk.

For those dealing with symptoms related to PCBs, it’s important to consult with experts who are knowledgeable about industrial contaminants.

Ongoing care may involve regular check-ups and monitoring of potential long-term effects.

Next up, we’ll delve into how PCBs are classified as hazardous waste and what that means for their management and disposal regulations.

PCBs and Hazardous Waste

Properly disposing of PCBs and hazardous waste is crucial to prevent severe environmental and health consequences.

Here are some important guidelines to follow for managing PCBs and hazardous waste:

  • Management Protocols: Agencies specify detailed protocols for handling, storing, transporting, and disposing of PCB-containing materials.
  • Disposal Facilities: There are designated facilities equipped to handle PCB disposal safely; utilizing unauthorized methods or sites is strictly prohibited.
  • Manifesting Regulations Revisions: Updates to manifesting requirements ensure accurate tracking and recording of any movement or transformation of hazardous waste containing polychlorinated biphenyls.

If you’re grappling with concerns related to exposure or legal complexities involving polychlorinated biphenyls (PCBs), don’t navigate this alone.

Use the chat at the bottom of this page to discuss your case details with our proficient network of PCB Exposure Lawyers at TruLawsuit Info.

Management and Disposal Regulations

Managing and disposing of polychlorinated biphenyls (PCBs) is a critical task to protect human health and the environment.

Strict regulations set by government agencies oversee how PCBs must be handled to prevent contamination.

The Management and Disposal Regulations for polychlorinated biphenyls (PCBs) include several key aspects:

  • PCB disposal facilities and transporters must adhere to federal hazardous waste management rules, ensuring safe transit.
  • All PCB waste, whether from commercial or industrial origins, is subject to rigorous screening before disposal.
  • The US EPA instructs on the correct procedures for PCB cleanup, which must be followed strictly.
  • When discarded, PCB bulk product waste undergoes risk assessment-based regulation for ultimate disposal methods.
  • Amendments to performance-based disposal options are in progress for PCB remediation waste under certain conditions.
  • With provisions outlined in 40 CFR Part 761 Subpart D, each stage of the disposal process is carefully monitored.
  • Disposal records must be accurately maintained as a crucial component of regulatory compliance for tracking risk mitigation efforts.
  • Regular audits ensure that all involved parties manage and eliminate PCB wastes according to the stipulated guidelines.
  • Amendments by the EPA regarding these regulations reflect ongoing assessments and updates aimed at improving safety.

Revisions to Manifesting Regulations

The US EPA is making changes to streamline how PCB waste is tracked and handled.

These updates align with the already established Uniform Hazardous Waste Manifest, simplifying processes for those dealing with polychlorinated biphenyls (PCBs).

Entities that generate or manage PCB waste will find guidance in these revisions on properly cleaning up and disposing of PCBs, especially inadvertent PCBs at specific concentrations.

Clear instructions for approximately 200,638 federal entities grappling with both hazardous and PCB wastes are set out in these regulation modifications.

This vital step ensures compliance across industries managing toxic substances, maintaining strict adherence to TSCA guidelines.

Health Risks and PCBs

In examining the multifaceted health risks associated with PCBs, it’s crucial to delineate between oncological concerns such as liver cancer, and a spectrum of non-cancer afflictions that can manifest from exposure.

Furthermore, we analyze how these toxins disrupt reproductive and endocrine function, scrutinizing both prenatal and perinatal implications, which could lead to significant developmental consequences.

PCB Exposure: Cancers

Cancer risks increase significantly with exposure to polychlorinated biphenyls (PCBs), especially for individuals in environments where PCB concentrations are high.

Research shows a troubling link between PCBs and various types of cancer, including malignancies of the liver, gall bladder, biliary tract, and gastrointestinal system.

These findings highlight the critical need for awareness and stringent regulations regarding PCB handling and cleanup.

Studies particularly point to a relationship between PCBs and liver cancer as well as biliary tract cancers.

Occupational studies, however, do not suggest an elevated risk for certain other cancers such as malignant melanoma or breast cancer among those exposed to high levels of PCBs.

With these contrasting outcomes in mind, it’s key that legal experts understand the nuances involved in claims about health impacts due to PCB exposure.

Non-Cancer Effects of PCB Exposure

Shifting focus from the well-documented cancer risks, PCB exposure also significantly impacts human health in other serious ways.

The immune system, for instance, can be severely weakened by persistent pollutants like PCBs, potentially leading to increased susceptibility to infections and diseases.

Laboratory studies have suggested that PCB exposure disrupts the normal functioning of the reproductive system as well.

This disruption may result in altered reproductive parameters and has been linked with issues such as lower birth weights and developmental delays.

Moreover, the nervous system is not immune to these toxic compounds; both perinatal and prenatal exposure have shown potential associations with cognitive deficits and behavior changes in children.

Illinois’ advisory on contaminated fish underscores how crucial it is to limit consumption that might lead to non-cancer-related health problems caused by PCBs.

It’s essential for people exposed at work or through environmental factors to understand these risks beyond cancer, as they too can profoundly affect one’s quality of life and long-term wellbeing.

Reproductive and Endocrine Effects

Polychlorinated biphenyls (PCBs) disrupt the delicate balance of the reproductive and endocrine systems, leading to fertility issues in both humans and animals.

Scientific studies have shown that PCB exposure can suppress key components of the hypothalamus, a critical area of the brain involved in hormonal regulation and reproductive functions.

Laboratory animal research has further validated these effects, revealing significant decreases in fertility from persistent PCB exposure.

This interference with normal hormonal activity points to serious concerns over how PCB contamination impacts long-term health.

Affected individuals may experience changes in their hormone levels, which could lead to reproductive problems or other endocrine-related illnesses.

If you have been exposed to PCBs, it is crucial to seek legal help to understand potential health implications.

If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

Health Benefits for Affected Individuals

Explore the health benefits and support available to those impacted by PCB exposure, including how to obtain compensation and access medical resources.

VA Compensation Benefits

Veterans who have bravely served may find themselves struggling with health issues due to PCB exposure during their military tenure.

Recognizing this, the VA provides disability compensation for veterans affected by contact with these toxic chemicals.

If you have diseases linked to such hazardous materials, the PACT Act now allows you to seek disability benefits, encompassing conditions resulting from burn pit exposure.

Proactive steps have been taken by the VA:

For instance, establishing a presumption of service connection for diseases related to contamination incidents like those at Camp Lejeune.

In recent times, six new presumptive conditions were added under service-connected disability claims.

Veterans stationed on military bases where they encountered substances like toxic solvents could be eligible for compensation through the VA’s initiatives designed to support our nation’s defenders against environmental dangers encountered in service.

Available Resources for Medical Treatment

After exploring the VA Compensation Benefits, it’s essential to consider other available resources for medical treatment that individuals exposed to PCBs can access.

The right medical support is critical in managing health issues stemming from PCB contact.

Individuals affected by PCB exposure can access these valuable medical resources for treatment and monitoring:

  • The Environmental Protection Agency (EPA) offers guidelines on how to handle exposure and provides educational materials on recognizing symptoms related to PCBs.
  • Agency for Toxic Substances and Disease Registry (ATSDR) supports those affected with detailed toxicological profiles and health consultations, aiming to prevent harmful health effects.
  • Health professionals utilize the National Health and Nutrition Examination Survey data to study the impact of PCBs on populations, guiding their treatment decisions.
  • Several state departments of health offer local resources, including testing for PCB levels in blood and breast milk to assist in monitoring perinatal exposure levels.
  • Medical centers across the country may conduct studies supported by the National Toxicology Program and provide participants with comprehensive examinations and ongoing health evaluations.
  • For individuals working in environments with potential PCB exposure, such as electrical installations with old PCB capacitors, occupational safety regulations require employers to facilitate medical examinations.
  • The Human Services Department can serve as a point of access for government-funded healthcare assistance, catering to those who have developed conditions due to toxic exposures.
  • Information on measuring PCB levels in various biological samples is obtainable through scientifically recognized procedures found in environmental health laboratories.


Government action plays a pivotal role in safeguarding communities from the dangers of PCBs.

These agencies create policies ensuring water systems and workplaces remain free of harmful levels of this chemical.

By enforcing regulations on production, use, and disposal, they minimize risks to public health and the environment.

Are you confident that your surroundings are protected from PCB exposure?

Consider how updated regulations might enhance safety for everyone.

For those seeking more information or assistance, our team stands ready to chat about potential legal avenues concerning PCB exposure cases.

Take a moment today to empower yourself with knowledge and support for a healthier future.

Frequently Asked Questions

  • What are PCB Congeners and How Do They Affect Humans?

    PCB congeners refer to the individual chemical compounds in the PCB mixture.

    These compounds have been linked to various health issues in humans, with studies indicating that PCBs can disrupt endocrine and other bodily systems.

    If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

  • What Medical Tests are Available for Measuring PCBs in the Body?

    Medical tests for measuring PCBs typically involve blood tests or tests on other bodily fluids.

    These tests can detect the presence and concentration of PCBs and their metabolites, including hydroxylated PCB metabolites.

    If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

  • How Have Laboratory Animals Contributed to Understanding PCB Exposure?

    Animal studies using laboratory animals have been crucial in understanding how PCBs affect exposure.

    These studies have shown that PCBs can cause health issues like birth defects and hearing impairment.

    If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

  • How Does Human Exposure to PCBs Occur in Industrial and Commercial Applications?

    Human exposure to PCBs in industrial and commercial applications can occur through products like fluorescent lights and electrical transformers that historically contained PCBs.

    Occupational exposure is a significant concern in such environments.

    If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

  • How do PCB Levels in Human Breast Milk Compare to Other Sources?

    Studies have shown that human breast milk can contain PCBs, sometimes at higher levels than in other sources.

    This is a concern due to the potential transfer of PCBs to infants, highlighting the importance of monitoring chlorinated pesticides in human food chains.

    If you or a loved one has been affected by PCB exposure, contact TruLaw today using the chat on this page to discuss your potential case.

Written By:
Jessie Paluch
Jessie Paluch

Experienced Attorney & Legal SaaS CEO

With over 25 years of legal experience, Jessie is an Illinois lawyer, a CPA, and a mother of three.  She spent the first decade of her career working as an international tax attorney at Deloitte.

In 2009, Jessie co-founded her own law firm with her husband – which has scaled to over 30 employees since its conception.

In 2016, Jessie founded TruLaw, which allows her to collaborate with attorneys and legal experts across the United States on a daily basis. This hypervaluable network of experts is what enables her to share reliable legal information with her readers!

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