Figs vs Banana – Which is Healthier?
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Our Verdict
When comparing figs to banana, we picked the banana.
Why?
Both of these fruits have a reputation for being carb-heavy (though their glycemic index is low in both cases because of the fiber), and they both have approximately the same macros across the board. So a tie on macros.
When it comes to vitamins, figs have more of vitamins A, B1, E, and K, while banana has more of vitamins B2, B3, B5, B6, B9, C, and choline. So, a win for banana there.
In the category of minerals, figs have more calcium and iron, while banana has more copper, magnesium, manganese, phosphorus, potassium, and selenium. Another win for banana.
Adding up the section makes for a win for bananas, but by all means, enjoy either or both; diversity is good!
Want to learn more?
You might like to read:
Which Sugars Are Healthier, And Which Are Just The Same?
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3 Things Everyone Over 50 Must Do Daily for Healthy Feet
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Will Harlow, the over-50s specialist physio, wants you to be on a good footing:
Daily steps in the right direction
The three daily exercises recommended in the video are:
Exercise 1: Towel Scrunch
The towel scrunch exercise strengthens the flexor muscles in the feet, improving balance and improving contact with the ground. To do this exercise, sit on a chair with a towel placed on the floor beneath your toes while keeping your heels on the ground. Use only your toes to pull the towel toward your heel, scrunching it up as much as possible. This movement strengthens the arch of the foot and can help alleviate symptoms of flat feet. For best results, practice this exercise for 2–3 minutes once or twice daily. Once you’ve got the hand of doing it sitting, do it while standing.
Exercise 2: Big Toe Extension
Big toe extension is an essential exercise for maintaining foot mobility and improving walking kinesthetics by preventing stiffness in the big toe. To do this exercise, keep your foot flat on the floor and try to lift only your big toe while keeping the four other toes firmly pressed down. To be clear, we mean under its own power; not using your hands to help. Many people find this difficult initially, but it’s due to a loss of neural connection rather than muscle strength, so with practice, the ability to isolate the movement improves quite quickly. Perform 10 repetitions in a row, three times per day, for optimal benefits. Once you’ve got the hand of doing it sitting, do it while standing.
Exercise 3: Calf Stretch
The calf stretch is an important exercise for maintaining foot health by preventing tight calves, which can contribute to issues like plantar fasciitis and Morton’s neuroma. To do this stretch, place your hands against a wall for support and extend one leg straight behind you while keeping your other heel firmly on the floor. The front knee should be bent while the back leg remains straight, creating a stretch in the calf. Hold this position for 30 seconds (building up to that, if necessary). Since the effectiveness of stretching comes from frequency rather than duration, this stretch should be performed three to four times per day for the best results.
For more on each of these, plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
Steps For Keeping Your Feet A Healthy Foundation ← this one’s about general habits, not exercises
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What Your Eyes Say About Your Health (If You Have A Mirror, You Can Do This Now!)
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In an age when doctors are increasingly pressed to get you out of their office quickly and not take the time to do thorough tests, having a good basic knowledge of signs and symptoms of disease has become more important than ever for all of us:
The eyes have it:
Dr. Siobhan Deshauer is back, this time working with Dr. Maria Howard, a Canadian optometrist, who advised behind-the-scenes to ensure the best information about these signs and symptoms and what they tell us:
- Color blindness test: Ishihara color test identifies color blindness; in the version in the video, seeing “74” is normal, “12” indicates red-green color blindness, and no numbers suggest complete color blindness due to genetics or retinal/optic nerve issues.
- Yellow sclera (scleral icterus): yellow sclera indicates high bilirubin from excessive red blood cell breakdown, liver damage, bile duct blockage, or Gilbert syndrome.
- Blue sclera: indicates thin collagen in the sclera, which can be linked to osteogenesis imperfecta, Ehlers-Danlos syndrome, and Marfan syndrome.
- Pink eye: caused by infections, autoimmune diseases, or trauma; persistent symptoms or associated pain/vision changes need medical evaluation.
- Physiologic diplopia (double vision): normal test where fingers appear doubled when focusing on different planes; absence may indicate amblyopia.
- Pinhole test (visual acuity): looking through a small pinhole can determine if glasses are needed for clearer vision.
- Nearsighted vs farsighted: nearsightedness risks retinal tears and night vision issues, while farsightedness increases the risk of glaucoma.
- Eye color and health: brown eyes lower cancer risk but higher cataract risk; light eyes higher cancer risk but lower cataract risk; sudden changes may indicate a condition.
- Kayser-Fleischer rings: golden-brown rings around the iris suggest copper buildup from Wilson disease, treatable with chelation therapy.
- Corneal arcus: gray/white ring around the iris indicates cholesterol buildup, normal with aging but concerning in younger individuals, signaling hypercholesterolemia or artery narrowing.
- Limbal rings: dark rings around the iris are generally aesthetic and not health-related.
- Red desaturation test: a difference in red color perception between eyes may indicate optic nerve or retinal issues.
- Eye twitching: often linked to stress, sleep deprivation, or caffeine; persistent twitching or muscle involvement requires medical attention.
- Pupillary reflex: pupil constriction in light; abnormal responses suggest trauma, overdose, or poisoning.
- Cataracts: lens cloudiness due to age, UV exposure, smoking, diabetes, or prednisone; also occurs sometimes in youth due to conditions like diabetes.
- Yellow spots (pinguecula and pterygium): sun damage, wind, and dust exposure cause yellow spots; protect with sunglasses to prevent progression impacting vision.
- Dark spots in the eye: includes freckles, moles (nevi), and melanoma; changes require medical evaluation.
- Hypnotic induction profile: eye roll test assesses susceptibility to hypnosis.
- Floaters: normal clumps in the eye; sudden increases, flashes, or curtain-like effects may signal retinal detachment.
- Retinal detachment: caused by aging-related vitreous shrinkage; treated with lasers, gas bubbles, or retinal buckles.
- Macular degeneration (Amsler grid test): wavy, fuzzy lines or missing vision spots may indicate this condition.
- Giant cell arteritis: no, that’s not a typo: rather it is about blood vessel inflammation that can cause blindness; treated with prednisone, symptoms include headaches and vision changes.
- Near point of convergence: focus test to detect convergence issues common with excessive screen time.
- Blepharitis: eyelid inflammation causing itchiness, burning, or flaky skin; treated with hygiene, antibiotics, or tea tree oil.
- Proptosis (Graves’ disease): bulging eyes due to hyperthyroidism; treatable with medications, radiation, or surgery.
- Ptosis (droopy eyelids): indicates myasthenia gravis, temporarily improved with the ice pack test.
- Night vision issues: caused by retinal problems or high myopia, not typically vitamin A deficiency in developed countries.
- Dry eyes: caused by screen time, smoking, medications, or autoimmune diseases; managed with lubricating drops, reduced screen time, and adjustments.
- Watery eyes: caused by irritation or blocked tear ducts; treated with lubricating drops or surgery.
- Retinoblastoma: rare childhood cancer detectable through flash photography showing one white pupil; early detection enables treatment.
For more on all of these plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like:
What Your Hands Can Tell You About Your Health
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Can you get sunburnt or UV skin damage through car or home windows?
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When you’re in a car, train or bus, do you choose a seat to avoid being in the sun or do you like the sunny side?
You can definitely feel the sun’s heat through a window. But can you get sunburn or skin damage when in your car or inside with the windows closed?
Let’s look at how much UV (ultraviolet) radiation passes through different types of glass, how tinting can help block UV, and whether we need sunscreen when driving or indoors.
Zac Harris/Unsplash What’s the difference between UVA and UVB?
Of the total UV radiation that reaches Earth, about 95% is UVA and 5% is UVB.
UVB only reaches the upper layers of our skin but is the major cause of sunburn, cataracts and skin cancer.
UVA penetrates deeper into our skin and causes cell damage that leads to skin cancer.
UVA penetrates deeper than UVB. Shutterstock/solar22 Glass blocks UVA and UVB radiation differently
All glass used in house, office and car windows completely blocks UVB from passing through.
But only laminated glass can completely block UVA. UVA can pass through other glass used in car, house and office windows and cause skin damage, increasing the risk of cancer.
Car windscreens block UVA, but the side and rear windows don’t
A car’s front windscreen lets in lots of sunshine and light. Luckily it blocks 98% of UVA radiation because it is made of two layers of laminated glass.
But the side and rear car windows are made of tempered glass, which doesn’t completely block UVA. A study of 29 cars found a range from 4% to almost 56% of UVA passed through the side and rear windows.
The UVA protection was not related to the car’s age or cost, but to the type of glass, its colour and whether it has been tinted or coated in a protective film. Grey or bronze coloured glass, and window tinting, all increase UVA protection. Window tinting blocks around 95% of UVA radiation.
In a separate study from Saudi Arabia, researchers fitted drivers with a wearable radiation monitor. They found drivers were exposed to UV index ratings up to 3.5. (In Australia, sun protection is generally recommended when the UV index is 3 or above – at this level it takes pale skin about 20 minutes to burn.)
So if you have your windows tinted, you should not have to wear sunscreen in the car. But without tinted windows, you can accumulate skin damage.
UV exposure while driving increases skin cancer risk
Many people spend a lot of time in the car – for work, commuting, holiday travel and general transport. Repeated UVA radiation exposure through car side windows might go unnoticed, but it can affect our skin.
Indeed, skin cancer is more common on the driver’s side of the body. A study in the United States (where drivers sit on the left side) found more skin cancers on the left than the right side for the face, scalp, arm and leg, including 20 times more for the arm.
Another US study found this effect was higher in men. For melanoma in situ, an early form of melanoma, 74% of these cancers were on the on the left versus 26% on the right.
Earlier Australian studies reported more skin damage and more skin cancer on the right side.
Cataracts and other eye damage are also more common on the driver’s side of the body.
What about UV exposure through home or office windows?
We see UV damage from sunlight through our home windows in faded materials, furniture or plastics.
Most glass used in residential windows lets a lot of UVA pass through, between 45 and 75%.
Residential windows can let varied amounts of UVA through. Sherman Trotz/Pexels Single-pane glass lets through the most UVA, while thicker, tinted or coated glass blocks more UVA.
The best options are laminated glass, or double-glazed, tinted windows that allow less than 1% of UVA through.
Skylights are made from laminated glass, which completely stops UVA from passing through.
Most office and commercial window glass has better UVA protection than residential windows, allowing less than 25% of UVA transmission. These windows are usually double-glazed and tinted, with reflective properties or UV-absorbent chemicals.
Some smart windows that reduce heat using chemical treatments to darken the glass can also block UVA.
So when should you wear sunscreen and sunglasses?
The biggest risk with skin damage while driving is having the windows down or your arm out the window in direct sun. Even untinted windows will reduce UVA exposure to some extent, so it’s better to have the car window up.
For home windows, window films or tint can increase UVA protection of single pane glass. UVA blocking by glass is similar to protection by sunscreen.
When you need to use sunscreen depends on your skin type, latitude and time of the year. In a car without tinted windows, you could burn after one hour in the middle of the day in summer, and two hours in the middle of a winter’s day.
But in the middle of the day next to a home window that allows more UVA to pass through, it could take only 30 minutes to burn in summer and one hour in winter.
When the UV index is above three, it is recommended you wear protective sunglasses while driving or next to a sunny window to avoid eye damage.
Theresa Larkin, Associate Professor of Medical Sciences, University of Wollongong
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Awakening Your Ikigai – by Dr. Ken Mogi
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It’s been well-established in supercentenarian studies that one of the key factors beyond diet or exercise or suchlike (important as those things definitely are), is having a purpose to one’s life.
Neuroscientist Dr. Ken Mogi explains in this very easy-to-read book, how we can bring ikigai into our lives.
From noticing the details of the small things in life, to reorienting one’s life around what’s most truly most important to us, Dr. Mogi gives us not just a “this is ikigai” exposé, but rather, a practical and readily applicable how-to guide.
Bottom line: if you’ve so far been putting off ikigai as “I’ll get to that”, the time to start is today.
Click here to check out Awakening Your Ikigai, and actually awaken yours!
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Terminal lucidity: why do loved ones with dementia sometimes ‘come back’ before death?
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Dementia is often described as “the long goodbye”. Although the person is still alive, dementia slowly and irreversibly chips away at their memories and the qualities that make someone “them”.
Dementia eventually takes away the person’s ability to communicate, eat and drink on their own, understand where they are, and recognise family members.
Since as early as the 19th century, stories from loved ones, caregivers and health-care workers have described some people with dementia suddenly becoming lucid. They have described the person engaging in meaningful conversation, sharing memories that were assumed to have been lost, making jokes, and even requesting meals.
It is estimated 43% of people who experience this brief lucidity die within 24 hours, and 84% within a week.
Why does this happen?
Terminal lucidity or paradoxical lucidity?
In 2009, researchers Michael Nahm and Bruce Greyson coined the term “terminal lucidity”, since these lucid episodes often occurred shortly before death.
But not all lucid episodes indicate death is imminent. One study found many people with advanced dementia will show brief glimmers of their old selves more than six months before death.
Lucidity has also been reported in other conditions that affect the brain or thinking skills, such as meningitis, schizophrenia, and in people with brain tumours or who have sustained a brain injury.
Moments of lucidity that do not necessarily indicate death are sometimes called paradoxical lucidity. It is considered paradoxical as it defies the expected course of neurodegenerative diseases such as dementia.
But it’s important to note these episodes of lucidity are temporary and sadly do not represent a reversal of neurodegenerative disease.
Sadly, these episodes of lucidity are only temporary. Pexels/Kampus Production Why does terminal lucidity happen?
Scientists have struggled to explain why terminal lucidity happens. Some episodes of lucidity have been reported to occur in the presence of loved ones. Others have reported that music can sometimes improve lucidity. But many episodes of lucidity do not have a distinct trigger.
A research team from New York University speculated that changes in brain activity before death may cause terminal lucidity. But this doesn’t fully explain why people suddenly recover abilities that were assumed to be lost.
Paradoxical and terminal lucidity are also very difficult to study. Not everyone with advanced dementia will experience episodes of lucidity before death. Lucid episodes are also unpredictable and typically occur without a particular trigger.
And as terminal lucidity can be a joyous time for those who witness the episode, it would be unethical for scientists to use that time to conduct their research. At the time of death, it’s also difficult for scientists to interview caregivers about any lucid moments that may have occurred.
Explanations for terminal lucidity extend beyond science. These moments of mental clarity may be a way for the dying person to say final goodbyes, gain closure before death, and reconnect with family and friends. Some believe episodes of terminal lucidity are representative of the person connecting with an afterlife.
Why is it important to know about terminal lucidity?
People can have a variety of reactions to seeing terminal lucidity in a person with advanced dementia. While some will experience it as being peaceful and bittersweet, others may find it deeply confusing and upsetting. There may also be an urge to modify care plans and request lifesaving measures for the dying person.
Being aware of terminal lucidity can help loved ones understand it is part of the dying process, acknowledge the person with dementia will not recover, and allow them to make the most of the time they have with the lucid person.
For those who witness it, terminal lucidity can be a final, precious opportunity to reconnect with the person that existed before dementia took hold and the “long goodbye” began.
Yen Ying Lim, Associate Professor, Turner Institute for Brain and Mental Health, Monash University and Diny Thomson, PhD (Clinical Neuropsychology) Candidate and Provisional Psychologist, Monash University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Elderberries vs Gooseberries – Which is Healthier?
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Our Verdict
When comparing elderberries to gooseberries, we picked the elderberries.
Why?
These are both berries more likely found in your garden or local wood than in the supermarket, but if you have convenient access to them, they’re great options for eating!
In terms of macros, elderberry has nearly 2x the carbs and/but also nearly 2x the fiber, which in glycemic index terms, mostly cancels out (although: elderberry has the slightly lower glycemic index of the two)
In the category of vitamins, both are great but elderberries are winning with more of vitamins A, B1, B2, B3, B6, and C, while gooseberries have more vitamin B5.
When it comes to minerals, elderberries again lead with more calcium, iron, phosphorus, and potassium, while gooseberries have more magnesium.
There is an extra category today, which is “extra medicinal properties”, and elderberries have extra immune-boosting qualities, whereas gooseberries—while being as polyphenol-laden as one usually expects berries to be—do not confer the same kind of benefit in this regard.
You can check out the information about elderberry’s extra properties in the links section below; meanwhile, if you’re choosing between these berries, that’s the clear winner in every category today!
Want to learn more?
You might like to read:
- Herbs for Evidence-Based Health & Healing ← including elderberry
- Does It Come In A Pill? ← it does (but it doesn’t have to)
- Beyond Supplements: The Real Immune-Boosters! ← this article focusses on not-supplements, but does also have a supplement section
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