Body aches, runny nose, fever, headache and fatigue. These are some of the symptoms of the flu.

Occupational skin diseases are the second-most common type of occupational disease. NIOSH estimates that more than 13 million U.S. workers are potentially exposed to chemicals that can be absorbed through their skin.

Pneumoconiosis is an encompassing term given to “any lung disease caused by dusts that are breathed in and then deposited deep in the lungs causing damage,” the American Lung Association states. Pneumoconiosis generally is considered an occupational lung disease because exposure to the dusts that can cause the condition often takes place at work.

Occupational asthma is a respiratory disease in which on-the-job exposure to certain substances causes the airways of a person’s lungs to swell and narrow.

Pneumoconiosis is a group of diseases that includes asbestosis, silicosis and coal workers’ pneumoconiosis, also known as black lung.

If you think you don’t need to worry about the flu, look at the 2017-18 season and think again.

For some workers, mosquitoes are an on-the-job hazard. That’s because some mosquitoes carry diseases – such as Zika virus, West Nile virus, Chikungunya virus, dengue and malaria – that can be transmitted to people.

Occupational asthma can develop when a worker breathes in gases, chemical fumes, dust or other work-related substances. According to Mayo Clinic, it also can result from exposure to a substance a worker is sensitive to, triggering an allergic or immunological response.

Methicillin-resistant Staphylococcus aureus – more commonly known as MRSA – is a potentially dangerous type of staph bacteria that can lead to difficult-to-treat infections. MRSA is resistant to certain antibiotics and, although an infection may begin as a skin sore, it can become serious and potentially deadly, NIOSH warns.

As reports of the COVID-19 pandemic dominate the headlines, keeping calm can prove difficult. However, one of the best ways to combat anxiety – and be prepared – is to be informed.

Maintaining a routine, helping others and taking time to focus on self-care are among the tips one Ball State University professor is sharing to help people stay “sane and safe” while practicing physical distancing during the COVID-19 pandemic.

Feeling anxious about going back to the office during the COVID-19 pandemic? It’s important to manage your stress to ensure a healthy return – physically and mentally, experts at Ohio State University say.

As the economy gradually begins to function in this new normal, some workers who traveled for business before the COVID-19 pandemic may be returning to that lifestyle.

As many employees begin returning to a more typical work environment, employers must remember to prioritize safety. Here are 10 steps the National Safety Council – based on recommendations from its SAFER task force – says employers should take before reopening.

The next time you fuel up at a gas station, consider this: Most pump handles contain 11,000 times more germs than a toilet seat in a public restroom. And the keypad on the pump? The buttons typically have 15,000 times more germs than a public toilet seat, according to a tip sheet from KeepTruckingSafe.org.

A best practice to prevent the spread of COVID-19 and other viral respiratory infections is routinely cleaning and disinfecting/sanitizing surfaces, the Centers for Disease Control and Prevention says.

People who work in hot, humid conditions may not like the idea of wearing a facial covering to decrease their risk of exposure to COVID-19. But it’s necessary.

COVID-19 has changed the way we all work. Some of us never stopped physically going to work, while others have been working remotely since mid-March. No matter where we are, working during a pandemic has added stress to our daily lives.

When a COVID-19 case occurs in the workplace, the local health department may ask an employer for help. Health departments are responsible for leading case investigations, contact tracing and outbreak investigations.

Health care workers who are exposed to needles – for example, those administering a COVID-19 vaccine – are at risk of sharps injuries and exposure to bloodborne pathogens.

More than 300. That’s how many known triggers can be found in the workplace that cause or worsen asthma, according to NIOSH. 

As with all workplace safety and health efforts, staying safe in the future world of work will be the combined effort of employers taking the right steps to reduce risk and employees doing their part to look out for themselves and each other.

Employers typically are required to accommodate employees with diabetes, according to the Canadian Center for Occupational Health and Safety. Accommodations may include time and a private place to administer any medications or conduct blood sugar tests, the ability to keep food nearby, or a schedule of regular breaks to maintain a prescribed diet.

You probably know about Lyme disease, and that it’s transmitted to humans through the bite of infected ticks. But have you heard of alpha-gal syndrome?

Raynaud’s phenomenon – sometimes called Raynaud’s syndrome or disease – is a disorder of blood circulation in the fingers and toes (and less commonly in the ears and nose). The cause: Several.

“Even skin that is protected can be subject to frostbite,” the National Safety Council says. Signs of frostbite include skin that looks red, white, bluish-white, grayish-yellow, purplish, brown or ashen, depending on the severity of the condition and the person’s skin color. The affected area may feel numb as well. The condition can affect the fingers, toes, ears and face.

Many workers have been diagnosed with some form of lung condition, such as asthma or chronic obstructive pulmonary disease, which means working in a lung-friendly workplace is key.

Pregnancy increases the risk of heatstroke or heat exhaustion on the job because the body must work harder to cool itself, according to OSHA. Pregnant workers are also more likely to become dehydrated, “a primary contributor to heat-related illness.”

Also known as coal workers’ pneumoconiosis, black lung is a “job-related disease caused by continued exposure to excessive amounts of respirable coal mine dust,” NIOSH says.

Why does the high-visibility standard have FR requirements?

How can workers reduce fogging when wearing safety eyewear?

OSHA regulations dictate we offer a “variety” of hearing protectors to noise-exposed workers. What is best practice for providing a variety while keeping inventory to a minimum?

What are the most common reasons why employees fail to wear safety eyewear, and how can we help increase compliance?

How is the comfort of FR clothing related to compliance?

What is the relationship between OSHA permissible exposure limits/maximum use concentrations and assigned protection factors?

What is climate control in personal protective equipment, and why is it important?

How have the products used by utilities workers in recent years evolved to address changing demographics and working conditions?

What role does scheduling play in cold weather work?

How is glass and steel engineered into cut-resistant gloves?

What are the benefits of having personal protective equipment at the point of use?

What should our company look for in a safety footwear program/provider?

What’s the difference between “hearing conservation” and “hearing loss prevention”?

When selecting protective eyewear, most higher-quality options have various features and upgrades, including impact re-sistance, anti-fog technology, ultraviolent resistance and polarized lenses. What do each of these technologies provide and why should workers want them in their safety glasses?

What do I need to know before buying gloves for a specific job task?

How can proper eye protection relieve headaches and eye fatigue?

What are cut-resistant sleeves, and what type of workers should wear them?

How are powered air-purifying systems protecting frontline health care workers from COVID-19?

As an employer, what are my responsibilities to protect my workers from respiratory hazards? What responsibilities do my employees have?

How do I build a hand safety program that actually reduces hand injuries?

What are some of the most important factors to consider when choosing hand and arm protection?