Public health officials consistently promote hand-washing as a way for people to protect themselves from the COVID-19 coronavirus. However, this virus can live on metal and plastic for days, so simply adjusting your eyeglasses with unwashed hands may be enough to infect yourself. Thus, the Centers for Disease Control and Prevention and the World Health Organization have been telling people to stop touching their faces.


We are experts in psychological science and public health. Brian Labus is an expert in communicable diseases who knows what people should do to avoid becoming infected. Stephen Benning is a clinical psychologist who helps clients change their habits and manage stress in healthy ways. Kimberly Barchard is an expert in research methods who wanted to know what the research says about face-touching. Together, we used our clinical expertise and the research literature to identify the best practices to reduce face-touching and lower people’s chances of catching COVID-19.

People touch their faces frequently. They wipe their eyes, scratch their noses, bite their nails and twirl their mustaches. People touch their faces more when they are anxious, embarrassed or stressed, but also when they aren’t feeling anything at all. Studies show that students, office workers, medical personnel and people on trains touch their faces between nine and 23 times per hour, on average.

Why is it so hard to stop? Face-touching rewards us by relieving momentary discomforts like itches and muscle tension. These discomforts usually pass within a minute, but face-touching provides immediate relief that eventually makes it a habitual response that resists change.

Change habitual behaviors

Habit reversal training is a well-established behavior modification technique that helps people stop a variety of seemingly automatic behaviors, such as nervous tics, nail-biting and stuttering. It trains people to notice the discomfort that prompts their habits, select another behavior to use until the discomfort passes and change their surroundings to lessen their discomfort.

You may have already changed some of your other habits – for example, by coughing into your elbow instead of your hands, or greeting others with a bow or wave instead of a handshake. But unlike coughing and hand-shaking, people frequently touch their faces without being aware of doing so. So the first step in reducing face-touching is becoming aware of it.

Each time you touch your face, notice how you touched your face, the urge or sensation that preceded it and the situation you were in – what you were doing, where you were physically or what you were feeling emotionally. If you usually don’t notice when you touch your face, you can ask someone else to point it out.

Self-monitoring is more effective when people create a physical record. You can create a log where you briefly describe each instance of face-touching. For example, log entries might say:

• Scratched nose with finger, felt itch, while at my desk

• Fiddled with eyeglasses, hands tingled, frustrated

• Rested chin on palm, neck sore, while reading

• Bit fingernail, nail caught on pants, watching TV

Self-monitoring is more effective if people share their outcomes publicly, so consider sharing your results with friends or post it on social media.

Create new responses

Now that you are aware of the behavior you want to change, you can replace it with a competing response that opposes the muscle movements needed to touch your face. When you feel the urge to touch your face, you can clench your fists, sit on your hands, press your palms onto the tops of your thighs or stretch your arms straight down at your sides. This competing response should be inconspicuous and use a position that can be held for at least a minute. Use the competing response for as long as the urge to touch your face persists.

Some sources recommend object manipulation, in which you occupy your hands with something else. You can rub your fingertips, fiddle with a pen or squeeze a stress ball. The activity shouldn’t involve touching any part of your head. For tough-to-break habits, object manipulation isn’t as effective as competing responses, perhaps because people tend to play with objects when bored, but touch their faces and hair when anxious.

Learn more about breaking the itch-scratch cycle.

Manage your triggers

Changing your environment can reduce your urges to touch your face and your need to use alternative responses. Use your log to figure out what situations or emotions are associated with your face-touching. For example:

• If your glasses keep slipping off your nose, you can use ear hooks or hair ties to prevent slippage.

• If you bite your nails, you can use a file to keep your nails short, or wear gloves or fingertip bandages, so that nail-biting is impossible.

• If allergies make your eyes or skin itch or make your nose run, you can limit your exposure to allergens or take antihistamines.

• If you get food stuck between your teeth, you can brush your teeth after each meal.

• If your hair gets in your eyes and mouth, you can use an elastic, scarf or hair product to keep it back.

You can read more detailed information about habit reversal training.

Face it, you may not be able to stop

Most people cannot entirely eliminate unwanted habits, but they can reduce them. Consistent with the principles of harm reduction, just reducing face-touching lessens the opportunities for viruses to enter your system.

Sometimes you need to touch your face: flossing your teeth, putting in contact lenses, wiping food off your lips, putting on makeup or shaving your jaw. Remember to wash your hands first. To adjust your glasses without first washing your hands, use a tissue and throw it out immediately after use. Avoid finger food and using unwashed hands to put food into your mouth. Wash your hands first, or use utensils or the wrapper to handle the food.

Other ways you can reduce the spread of infectious diseases include practicing social spacing, washing hands thoroughly with soap and water or hand sanitizer and disinfecting high-touch surfaces regularly. When your hands touch contaminated surfaces, though, the suggestions above may help you avoid touching your face before you wash them again.

Stephen D. Benning is Assistant Professor of Psychology, University of Nevada, Las Vegas

Brian Labus is Assistant Professor of Epidemiology and Biostatistics, University of Nevada, Las Vegas

Kimberly A. Barchard is Professor of Quantitative Psychology, University of Nevada, Las Vegas

This article originally appeared on The Conversation. You can read it here.

  • Experts say you can ‘talk’ to someone using your eyebrows regardless of language or culture
    You say more with your eyebrows than you probably realize.Photo credit: Canva

    In order to communicate and read others effectively, people need to pay attention to others’ body language and their words. Of course, it’s not always easy to decipher. People can interpret body language very differently from one another, but some physical signs are universal (like a smile). However, more than just smiles are universal. New research suggests that, regardless of culture or language, understanding can be found in our eyebrows.

    Communication expert Vanessa Van Edwards shared how important eyebrows are for conveying and interpreting curiosity, engagement, and interest. Van Edwards explains that raising our eyebrows comes from humans wanting to widen their eyes to visually get a closer look at something. This behavior has since translated into nonverbally communicating the same thing in conversations. Seeing a person raise both eyebrows indicates that the conversation is in your favor. If their eyebrows are neutral or furrowed, you may want to make pivots or switch topics.

    @vvanedwards

    The Eyebrow Cue You’ve Been Ignoring

    ♬ original sound – Vanessa Van Edwards

    According to psychologist Dane Archer, as quoted by the Los Angeles Times, eyebrows are especially revealing. The eyes, brows, and forehead tend to show more authentic expression and are less performative than the lower half of the face. “If we are trying to mask our feelings, we do it with our lower face,” Archer said. “The upper face is under a little less control.”

    These aren’t the only experts vouching for the importance of eyebrows in human communication. A 2025 study at the Max Planck Institute for Psycholinguistics found that eyebrows were essential for signaling problems of understanding. An audience member raising or furrowing their eyebrows can indicate to a speaker whether listeners understand or need more information.

    A speaker can tell how they’re being received by reading their listeners’ eyebrows. Either the audience is tracking with them, or the speaker needs to elaborate on a point. If a listener furrows their eyebrows and the speaker notices, they can pivot mid-speech to provide a clearer example. Once eyebrows return to a neutral position—or signal understanding—the speaker can move on.

    According to research from the Max Planck Institute for Psycholinguistics, eyebrows are “initiating repair during conversation” to fix any misunderstandings on the fly.

    Researchers say this eyebrow movement isn’t just helpful for verbal communication, it also plays an important role in sign language. In American Sign Language, furrowed eyebrows while signing indicate that someone is requesting information. When asking a question, ASL users rely on brow movement to signal whether the question is genuine or rhetorical.

    While eyebrows primarily help keep sweat out of our eyes, psychologists argue there are other reasons we have them. Eyebrows are key factors in how humans evolved for communication, helping us express emotion to one another without words.

    This helps explain why expressions conveyed through eyebrows are nearly universal, regardless of differences in culture or language—and, in some cases, even species. Domesticated dogs, for example, have evolved prominent inner eyebrows that help them communicate more effectively with humans.

    The next time you’re conversing with someone, it’d be worth looking at their eyebrows to see what they’re truly saying back to you.

  • How birdwatching makes your brain stronger and healthier
    A birdwatching hobby could help keep the brain healthy into old age.Photo credit: Canva

    Birdwatching, or “birding,” is a calm hobby that many people, especially older adults, tend to gravitate toward. It allows people to increase their knowledge and appreciation of our feathered friends flying above us. It can also, according to a published study, help maintain brain health as we age.

    A Canadian study of adult birdwatchers with varying levels of experience found something interesting: the brains of more seasoned birdwatchers had denser areas related to perception and attention than those of novices. This density was also present in older participants.

    @todayshow

    It turns out birding might be good for the brain! A new study published in the Journal or Neuroscience says birdwatching can improve attention and perception. Al shares more about his hobby, and Craig shares a hilarious story about the time he caught Al talking to the birds at his bird feeder. 🐦 #AlRoker #Birding

    ♬ original sound – TODAY Show – TODAY Show

    Compared to their less experienced counterparts, expert birdwatchers also showed increased activity in three brain regions when identifying non-local birds: the bilateral prefrontal cortex, bilateral intraparietal sulcus, and right occipitotemporal cortex. These regions are involved in attention, memory, object identification, and visual processing.

    This suggests that taking up birdwatching could help maintain brain function and encourage neuroplasticity as we age. That makes sense, given how mentally engaging birdwatching can be.

    “[Birding] combines fine-grain identification, visual search and attention to the immediate environment and sensitivity to motion, pattern detection, building these elaborate conceptual networks of different related species,” said Erik Wing, a research associate at York University in Toronto and lead author of the study, according to NBC News

    @birdladydrin

    Reply to @narielthetrue They’re getting used to me!!! 💕 #birdladydrin #facefeeder #chickadee #birdwatching #fyp

    ♬ Funny Song – Sounds Reel

    Should birdwatching be a part of senior living?

    Caregivers for seniors can vouch for birdwatching as a brain-stimulating activity for older adults.

    Debra Maddox, director of community relations at Springs Ranch, a memory care senior living center in Colorado Springs, Colorado, tells GOOD that birdwatching has become a regular part of their clients’ activities and care.

    “Because many of our residents who are living with dementia enjoy birdwatching, last summer, we installed a wild bird sanctuary outside our dining room windows,” said Maddox. “Since then, watching the various bird types has become a popular activity enjoyed by residents, families, and team members.”

    “The activity offers sensory stimulation, promotes relaxation, and provides opportunities to reminisce, all of which are especially meaningful for those living with memory loss,” added Maddox. “Additionally, when our residents and their families birdwatch together, they connect on a unique level and discuss what they see outside.” 

    A geriatrician weighs in on birdwatching

    Dr. Manisha Santosh Parulekar, a geriatrician at Hackensack Meridian Health, confirmed the potential brain benefits of birdwatching to GOOD.

    “[Birdwatching] is a mentally stimulating activity that can be as simple or as challenging as you choose to make it, from identifying common backyard birds to learning complex bird songs and migration patterns,” said Parulekar. “Research has shown that learning new, cognitively demanding skills can enhance memory function in older adults.”

    Parulekar added that birdwatching can help an older person’s brain for reasons outside of the actual activity.

    “Furthermore, hobbies like birdwatching can become a meaningful part of one’s daily routine, providing a sense of purpose and accomplishment,” she said. “It can also be a social activity, connecting you with a community of fellow enthusiasts and warding off the loneliness and depression that can contribute to memory loss. Consistently engaging in such purposeful activities is a powerful, evidence-based strategy for lowering the risk of dementia and extending your ‘healthspan,’ the years you live without chronic disease or disability.”

    While evidence can’t prove that birdwatching prevents cognitive decline, it’s helpful to know that staying active and participating in hobbies like this can help our brains “stay in shape” as we grow older and wiser.

  • Oxygenating hydrogel and a tiny battery may heal chronic wounds and transform recovery
    Cream on a young girl’s burn.Photo credit: Canva
    ,

    Oxygenating hydrogel and a tiny battery may heal chronic wounds and transform recovery

    Self-oxygenating gel could save limbs, heal chronic wounds, and grow organs.

    Researchers at the University of California, Riverside created a new gel that oxygenates and regenerates damaged tissue. By attaching a tiny battery about the size of a hearing aid, the gel becomes an electrochemical device capable of healing previously unhealable wounds. This breakthrough oxygenating hydrogel could reshape tissue restoration and address challenges across multiple conditions.

    Some injuries develop complications and never fully heal. Without sufficient oxygen reaching the deeper layers of the skin, these wounds remain inflamed and never receive the medication needed to heal.

    medicine, medical professionals, wound, nurse
    A medical provider treats a wound.
    Photo credit: Canva

    Researchers create oxygenating hydrogel

    People suffering from chronic wounds—injuries that haven’t healed for over a month—face the risk of potential amputation. In the absence of oxygen, bacteria continue to flourish and the deepest layers of tissue worsen instead of rebuilding—a condition known as hypoxia.

    The 2026 UC Riverside study described a soft, flexible gel containing a nontoxic, antibacterial liquid and water. When an electric current travels through the hydrogel, the water molecules split, releasing a steady trickle of healing oxygen. By placing the gel-and-battery system into an absorbent patch, the hydrogel can be replaced as needed.

    Iman Noshadi, an associate professor at UC Riverside who led the research team, described the problem this way:

    “There are four stages to healing chronic wounds: inflammation, vascularization where tissue starts making blood vessels, remodeling, and regeneration or healing. In any of these stages, lack of a stable, consistent oxygen supply is a big problem.”

    medicine, medical challenges, hypoxia, tissue damage
    Hypoxia is a medical term that means low oxygen levels in the body’s tissues.
    Photo credit: Canva

    A steady flow of healing oxygen

    A 2024 study published in Oxford Academic revealed that hypoxia is a natural part of the healing process. In the early stages, it helps wounds form and promotes cell migration. However, chronic hypoxia in long-term wounds harms immune function and limits tissue regeneration.

    There are significant benefits to using the oxygenating hydrogel. First, the gel adapts to a wound’s specific shape. By seeping into small gaps, it reaches areas where oxygen levels drop and infection risk is highest. Second, it delivers a continuous flow of oxygen that can last up to a month. Because tissue regrowth can take weeks, brief oxygen spikes don’t solve hypoxia. With controlled oxygen release, cells that were once unstable can begin to regrow.

    science, oxygen, periodic table, chemical elements
    The chemical element oxygen.
    Photo credit: Canva

    Oxygenating hydrogel has future applications

    One of the major challenges in organ-growing research has been oxygen supply.

    A 2025 study by researchers at Stanford University revealed that a lack of internal blood vessels limits oxygen delivery to growing cells. As a result, engineered tissues have restricted growth and never reach full maturity. Another 2025 study by a team at the University of Tokyo attempted to mimic the placenta to enhance liver growth, again aiming to counter the challenges posed by hypoxic conditions.

    Noshadi believes the gel could be a “bridge to creating and sustaining larger organs for people in need of them.”

    Whether scientists are trying to heal chronic wounds or grow fully functional organs, the challenge often comes down to oxygen. Innovations like oxygenating hydrogel aim to solve this problem. By delivering oxygen exactly where it’s needed, the technology could become a turning point—transforming stalled healing and organ engineering into life-changing medical breakthroughs.

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