Hydroxyapatite Toothpaste – 6 Month Update
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A dental hygienist tried hydroxyapatite toothpaste for 6 months, and this is what she found:
The results are in
In few words: she took before-and-after photos, or rather, regular photos through the 6-month process.
What she was mostly looking for: tooth translucency, enamel imperfections, and stains.
What she found: a slight improvement within two months, though over the course of the six months, the photos were somewhat inconsistent—however, this may have more to do with the machinations of her camera, the ambient lighting, etc, than it has to do with the toothpaste. In an ideal world, she’d be able to do a density test with a laser on one side and a sensor on the other, but it seems her budget didn’t stretch to that. In terms of subjective improvement, she found that her teeth felt better, even if the visual change was not consistently apparent.
This is consistent with the idea that hydroxyapatite toothpaste can mineralize teeth throughout the tooth, not just from the outside in, due to the porous nature of the enamel. So, a lot of the change may have been on the inside.
Ultimately, she neither recommends nor discommends the toothpaste, and acknowledges that more time, up to a year, may be needed for more noticeable results.
For more on all of this plus visual demonstrations, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like:
Tooth Remineralization: How To Heal Your Teeth Naturally
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Egg Noodles vs Soba Noodles – Which is Healthier?
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Our Verdict
When comparing egg noodles to soba noodles, we picked the soba.
Why?
First of all, for any unfamiliar, soba noodles are made with buckwheat. Buckwheat, for any unfamiliar, is not wheat and does not contain gluten; it’s just the name of a flowering plant that gets used as though a grain, even though it’s technically not.
In terms of macros, egg noodles have slightly more protein 2x the fat (of which, some cholesterol) while soba noodles have very slightly more carbs and 3x the fiber (and, being plant-based, no cholesterol). Given that the carbs are almost equal, it’s a case of which do we care about more: slightly more protein, or 3x the fiber? We’re going with 3x the fiber, and so are calling this category a win for soba.
In the category of vitamins, egg noodles have more of vitamins A, B12, C, D, E, K, and choline, while soba noodles have more of vitamins B1, B2, B3, B5, B6, and B9. That’s a 6:6 tie. One could argue that egg noodles’ vitamins are the ones more likely to be a deficiency in people, but on the other hand, soba noodles’ vitamins have the greater margins of difference. So, still a tie.
When it comes to minerals, egg noodles have more calcium and selenium, while soba noodles have more copper, iron, magnesium, manganese, phosphorus, potassium, and zinc. So, this one’s not close; it’s an easy win for soba noodles.
Adding up the sections makes for a clear win for soba noodles, but by all means, enjoy moderate portions of either or both (unless you are vegan or allergic to eggs, in which case, skip the egg noodles and just enjoy the soba!).
Want to learn more?
You might like to read:
Egg Noodles vs Rice Noodles – Which is Healthier?
Take care!
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How we treat catchment water to make it safe to drink
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Most of us are fortunate that, when we turn on the tap, clean, safe and high-quality water comes out.
But a senate inquiry into the presence of PFAS or “forever chemicals” is putting the safety of our drinking water back in the spotlight.
Lidia Thorpe, the independent senator leading the inquiry, says Elders in the Aboriginal community of Wreck Bay in New South Wales are “buying bottled water out of their aged care packages” due to concerns about the health impacts of PFAS in their drinking water.
So, how is water deemed safe to drink in Australia? And why does water quality differ in some areas?
Here’s what happens between a water catchment and your tap.
Andriana Syvanych/Shutterstock Human intervention in the water cycle
There is no “new” water on Earth. The water we drink can be up to 4.5 billion years old and is continuously recycled through the hydrological cycle. This transfers water from the ground to the atmosphere through evaporation and back again (for example, through rain).
Humans interfere with this natural cycle by trapping and redirecting water from various sources to use. A lot happens before it reaches your home.
The quality of the water when you turn on the tap depends on a range of factors, including the local geology, what kind of activities happen in catchment areas, and the different treatments used to process it.
Maroondah dam in Healesville, Victoria. doublelee/Shutterstock How do we decide what’s safe?
The Australian Drinking Water Guidelines define what is considered safe, good-quality drinking water.
The guidelines set acceptable water quality values for more than 250 physical, chemical and bacterial contaminants. They take into account any potential health impact of drinking the contaminant over a lifetime as well as aesthetics – the taste and colour of the water.
The guidelines are not mandatory but provide the basis for determining if the quality of water to be supplied to consumers in all parts of Australia is safe to drink. The guidelines undergo rolling revision to ensure they represent the latest scientific evidence.
From water catchment to tap
Australians’ drinking water mainly comes from natural catchments. Sources include surface water, groundwater and seawater (via desalination).
Public access to these areas is typically limited to preserve optimal water quality.
Filtration and purification of water occurs naturally in catchments as it passes through soil, sediments, rocks and vegetation.
But catchment water is subject to further treatment via standard processes that typically focus on:
- removing particulates (for example, soil and sediment)
- filtration (to remove particles and their contaminants)
- disinfection (for example, using chlorine and chloramine to kill bacteria and viruses)
- adding fluoride to prevent tooth decay
- adjusting pH to balance the chemistry of the water and to aid filtration.
This water is delivered to our taps via a reticulated system – a network of underground reservoirs, pipes, pumps and fittings.
In areas where there is no reticulated system, drinking water can also be sourced from rainwater tanks. This means the quality of drinking water can vary.
Sources of contamination can come from roof catchments feeding rainwater tanks as well from the tap due to lead in plumbing fittings and materials.
So, does all water meet these standards?
Some rural and remote areas, especially First Nations communities, rely on poor-quality surface water and groundwater for their drinking water.
Rural and regional water can exceed recommended guidelines for salt, microbial contaminants and trace elements, such as lead, manganese and arsenic.
The federal government and other agencies are trying to address this.
There are many impacts of poor regional water quality. These include its implication in elevated rates of tooth decay in First Nations people. This occurs when access to chilled, sugary drinks is cheaper and easier than access to good quality water.
What about PFAS?
There is also renewed concern about the presence of PFAS or “forever” chemicals in drinking water.
Recent research examining the toxicity of PFAS chemicals along with their presence in some drinking water catchments in Australia and overseas has prompted a recent assessment of water source contamination.
A review by the National Health and Medical Research Council (NHMRC) proposed lowering the limits for four PFAS chemicals in drinking water: PFOA, PFOS, PFHxS and PFBS.
The review used publicly available data and found most drinking water supplies are currently below the proposed new guideline values for PFAS.
However, “hotspots” of PFAS remain where drinking water catchments or other sources (for example, groundwater) have been impacted by activities where PFAS has been used in industrial applications. And some communities have voiced concerns about an association between elevated PFAS levels in their communities and cancer clusters.
While some PFAS has been identified as carcinogenic, it’s not certain that PFAS causes cancer. The link is still being debated.
Importantly, assessment of exposure levels from all sources in the population shows PFAS levels are falling meaning any exposure risk has also reduced over time.
How about removing PFAS from water?
Most sources of drinking water are not associated with industrial contaminants like PFAS. So water sources are generally not subject to expensive treatment processes, like reverse osmosis, that can remove most waterborne pollutants, including PFAS. These treatments are energy-intensive and expensive and based on recent water quality assessments by the NHMRC will not be needed.
While contaminants are everywhere, it is the dose that makes the poison. Ultra-low concentrations of chemicals including PFAS, while not desirable, may not be harmful and total removal is not warranted.
Mark Patrick Taylor, Chief Environmental Scientist, EPA Victoria; Honorary Professor, School of Natural Sciences, Macquarie University; Antti Mikkonen, Principal Health Risk Advisor – Chemicals, EPA Victoria, and PhD graduate, School of Pharmacy and Medical Sciences, University of South Australia, and Minna Saaristo, Research Affiliate in the School of Biological Sciences, Monash University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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The Burden of Getting Medical Care Can Exhaust Older Patients
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Susanne Gilliam, 67, was walking down her driveway to get the mail in January when she slipped and fell on a patch of black ice.
Pain shot through her left knee and ankle. After summoning her husband on her phone, with difficulty she made it back to the house.
And then began the run-around that so many people face when they interact with America’s uncoordinated health care system.
Gilliam’s orthopedic surgeon, who managed previous difficulties with her left knee, saw her that afternoon but told her “I don’t do ankles.”
He referred her to an ankle specialist who ordered a new set of X-rays and an MRI. For convenience’s sake, Gilliam asked to get the scans at a hospital near her home in Sudbury, Massachusetts. But the hospital didn’t have the doctor’s order when she called for an appointment. It came through only after several more calls.
Coordinating the care she needs to recover, including physical therapy, became a part-time job for Gilliam. (Therapists work on only one body part per session, so she has needed separate visits for her knee and for her ankle several times a week.)
“The burden of arranging everything I need — it’s huge,” Gilliam told me. “It leaves you with such a sense of mental and physical exhaustion.”
The toll the American health care system extracts is, in some respects, the price of extraordinary progress in medicine. But it’s also evidence of the poor fit between older adults’ capacities and the health care system’s demands.
“The good news is we know so much more and can do so much more for people with various conditions,” said Thomas H. Lee, chief medical officer at Press Ganey, a consulting firm that tracks patients’ experiences with health care. “The bad news is the system has gotten overwhelmingly complex.”
That complexity is compounded by the proliferation of guidelines for separate medical conditions, financial incentives that reward more medical care, and specialization among clinicians, said Ishani Ganguli, an associate professor of medicine at Harvard Medical School.
“It’s not uncommon for older patients to have three or more heart specialists who schedule regular appointments and tests,” she said. If someone has multiple medical problems — say, heart disease, diabetes, and glaucoma — interactions with the health care system multiply.
Ganguli is the author of a new study showing that Medicare patients spend about three weeks a year having medical tests, visiting doctors, undergoing treatments or medical procedures, seeking care in emergency rooms, or spending time in the hospital or rehabilitation facilities. (The data is from 2019, before the covid pandemic disrupted care patterns. If any services were received, that counted as a day of health care contact.)
That study found that slightly more than 1 in 10 seniors, including those recovering from or managing serious illnesses, spent a much larger portion of their lives getting care — at least 50 days a year.
“Some of this may be very beneficial and valuable for people, and some of it may be less essential,” Ganguli said. “We don’t talk enough about what we’re asking older adults to do and whether that’s realistic.”
Victor Montori, a professor of medicine at the Mayo Clinic in Rochester, Minnesota, has for many years raised an alarm about the “treatment burden” that patients experience. In addition to time spent receiving health care, this burden includes arranging appointments, finding transportation to medical visits, getting and taking medications, communicating with insurance companies, paying medical bills, monitoring health at home, and following recommendations such as dietary changes.
Four years ago — in a paper titled “Is My Patient Overwhelmed?” — Montori and several colleagues found that 40% of patients with chronic conditions such as asthma, diabetes, and neurological disorders “considered their treatment burden unsustainable.”
When this happens, people stop following medical advice and report having a poorer quality of life, the researchers found. Especially vulnerable are older adults with multiple medical conditions and low levels of education who are economically insecure and socially isolated.
Older patients’ difficulties are compounded by medical practices’ increased use of digital phone systems and electronic patient portals — both frustrating for many seniors to navigate — and the time pressures afflicting physicians. “It’s harder and harder for patients to gain access to clinicians who can problem-solve with them and answer questions,” Montori said.
Meanwhile, clinicians rarely ask patients about their capacity to perform the work they’re being asked to do. “We often have little sense of the complexity of our patients’ lives and even less insight into how the treatments we provide (to reach goal-directed guidelines) fit within the web of our patients’ daily experiences,” several physicians wrote in a 2022 paper on reducing treatment burden.
Consider what Jean Hartnett, 53, of Omaha, Nebraska, and her eight siblings went through after their 88-year-old mother had a stroke in February 2021 while shopping at Walmart.
At the time, the older woman was looking after Hartnett’s father, who had kidney disease and needed help with daily activities such as showering and going to the bathroom.
During the year after the stroke, both of Hartnett’s parents — fiercely independent farmers who lived in Hubbard, Nebraska — suffered setbacks, and medical crises became common. When a physician changed her mom’s or dad’s plan of care, new medications, supplies, and medical equipment had to be procured, and new rounds of occupational, physical, and speech therapy arranged.
Neither parent could be left alone if the other needed medical attention.
“It wasn’t unusual for me to be bringing one parent home from the hospital or doctor’s visit and passing the ambulance or a family member on the highway taking the other one in,” Hartnett explained. “An incredible amount of coordination needed to happen.”
Hartnett moved in with her parents during the last six weeks of her father’s life, after doctors decided he was too weak to undertake dialysis. He passed away in March 2022. Her mother died months later in July.
So, what can older adults and family caregivers do to ease the burdens of health care?
To start, be candid with your doctor if you think a treatment plan isn’t feasible and explain why you feel that way, said Elizabeth Rogers, an assistant professor of internal medicine at the University of Minnesota Medical School.
“Be sure to discuss your health priorities and trade-offs: what you might gain and what you might lose by forgoing certain tests or treatments,” she said. Ask which interventions are most important in terms of keeping you healthy, and which might be expendable.
Doctors can adjust your treatment plan, discontinue medications that aren’t yielding significant benefits, and arrange virtual visits if you can manage the technological requirements. (Many older adults can’t.)
Ask if a social worker or a patient navigator can help you arrange multiple appointments and tests on the same day to minimize the burden of going to and from medical centers. These professionals can also help you connect with community resources, such as transportation services, that might be of help. (Most medical centers have staff of this kind, but physician practices do not.)
If you don’t understand how to do what your doctor wants you to do, ask questions: What will this involve on my part? How much time will this take? What kind of resources will I need to do this? And ask for written materials, such as self-management plans for asthma or diabetes, that can help you understand what’s expected.
“I would ask a clinician, ‘If I chose this treatment option, what does that mean not only for my cancer or heart disease, but also for the time I’ll spend getting care?’” said Ganguli of Harvard. “If they don’t have an answer, ask if they can come up with an estimate.”
We’re eager to hear from readers about questions you’d like answered, problems you’ve been having with your care, and advice you need in dealing with the health care system. Visit http://kffhealthnews.org/columnists to submit your requests or tips.
KFF Health News is a national newsroom that produces in-depth journalism about health issues and is one of the core operating programs at KFF—an independent source of health policy research, polling, and journalism. Learn more about KFF.
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Are You Taking PIMs?
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Getting Off The Overmedication Train
The older we get, the more likely we are to be on more medications. It’s easy to assume that this is because, much like the ailments they treat, we accumulate them over time. And superficially at least, that’s what happens.
And yet, almost half of people over 65 in Canada are taking “potentially inappropriate medications”, or PIMs—in other words, medications that are not needed and perhaps harmful. This categorization includes medications where the iatrogenic harms (side effects, risks) outweigh the benefits, and/or there’s a safer more effective medication available to do the job.
You may be wondering: what does this mean for the US?
Well, we don’t have the figures for the US because we’re working from Canadian research today, but given the differences between the two country’s healthcare systems (mostly socialized in Canada and mostly private in the US), it seems a fair hypothesis that if it’s almost half in Canada, it’s probably more than half in the US. Socialized healthcare systems are generally quite thrifty and seek to spend less on healthcare, while private healthcare systems are generally keen to upsell to new products/services.
The three top categories of PIMs according to the above study:
- Gabapentinoids (anticonvulsants also used to treat neuropathic pain)
- Proton pump inhibitors (PPIs)
- Antipsychotics (especially, to people without psychosis)
…but those are just the top of the list; there are many many more.
The list continues: opioids, anticholinergics, sulfonlyurea, NSAIDs, benzodiazepines and related rugs, and cholinesterase inhibitors. That’s where the Canadian study cuts off (although it also includes “others” just before NSAIDs), but still, you guessed it, there are more (we’re willing to bet statins weigh heavily in the “others” section, for a start).
There are two likely main causes of overmedication:
The side effect train
This is where a patient has a condition and is prescribed drug A, which has some undesired side effects, so the patient is prescribed drug B to treat those. However, that drug also has some unwanted side effects of its own, so the patient is prescribed drug C to treat those. And so on.
For a real-life rundown of how this can play out, check out the case study in:
The Hidden Complexities of Statins and Cardiovascular Disease (CVD)
The convenience factor
No, not convenient for you. Convenient for others. Convenient for the doctor if it gets you out of their office (socialized healthcare) or because it was easy to sell (private healthcare). Convenient for the staff in a hospital or other care facility.
This latter is what happens when, for example, a patient is being too much trouble, so the staff give them promazine “to help them settle down”, notwithstanding that promazine is, besides being a sedative, also an antipsychotic whose common side effects include amenorrhea, arrhythmias, constipation, drowsiness and dizziness, dry mouth, impotence, tiredness, galactorrhoea, gynecomastia, hyperglycemia, insomnia, hypotension, seizures, tremor, vomiting and weight gain.
This kind of thing (and worse) happens more often towards the end of a patient’s life; indeed, sometimes precipitating that end, whether you want it or not:
Mortality, Palliative Care, & Euthanasia
How to avoid it
Good practice is to be “open-mindedly skeptical” about any medication. By this we mean, don’t reject it out of hand, but do ask questions about it.
Ask your prescriber not only what it’s for and what it’ll do, but also what the side effects and risks are, and an important question that many people don’t think to ask, and for which doctors thus don’t often have a well-prepared smooth-selling reply, “what will happen if I don’t take this?”
And look up unbiased neutral information about it, from reliable sources (Drugs.com and The BNF are good reference guides for this—and if it’s important to you, check both, in case of any disagreement, as they function under completely different regulatory bodies, the former being American and the latter being British. So if they both agree, it’s surely accurate, according to best current science).
Also: when you are on a medication, keep a journal of your symptoms, as well as a log of your vitals (heart rate, blood pressure, weight, sleep etc) so you know what the medication seems to be helping or harming, and be sure to have a regular meds review with your doctor to check everything’s still right for you. And don’t be afraid to seek a second opinion if you still have doubts.
Want to know more?
For a more in-depth exploration than we have room for here, check out this book that we reviewed not long back:
To Medicate or Not? That is the Question! – by Dr. Asha Bohannon
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Chia Seeds vs Flax Seeds – Which is Healthier?
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Our Verdict
When comparing chia to flax, we picked the chia.
Why?
Both are great! And it’s certainly close. Both are good sources of protein, fiber, and healthy fats.
Flax seeds contain a little more fat (but it is healthy fat), while chia seeds contain a little more fiber.
They’re both good sources of vitamins and minerals, but chia seeds contain more. In particular, chia seeds have about twice as much calcium and selenium, and notably more iron and phosphorous—though flax seeds do have more potassium.
Of course the perfect solution is to enjoy both, but since for the purpose of this exercise we have to pick one, we’d say chia comes out on top—even if flax is not far behind.
Enjoy!
Learn more
For more on these, check out:
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When Your Brain’s “Get-Up-And-Go” Has Got Up And Gone…
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Sometimes, there are days when the body feels heavy, the brain feels sluggish, and even the smallest tasks feel Herculean.
When these days stack up, this is usually a sign of depression, and needs attention. Unfortunately, when one is in such a state, taking action about it is almost impossible.
Almost, but not quite, as we wrote about previously:
The Mental Health First-Aid You’ll Hopefully Never Need ← this is about as close to true mental health bootstrapping as actually works
Today though, we’re going to assume it’s just an off-day or such. So, what to do about it?
Try turning it off and on again
Sometimes, a reboot is all that’s needed, and if napping is an option, it’s worth considering. However, if you don’t do it right, you can end up groggy and worse off than before, so do check out:
How To Be An Expert Nap-Artist (No More “Sleep Hangovers”!)
If your exhaustion is nevertheless accompanied by stresses that are keeping you from resting, then there’s another “turn it off and on again” process for that:
Fuel in the tank
Our brain is an energy-intensive organ, and cannot run on empty for long. Thus, lacking energy can sometimes simply be a matter of needing to supply some energy. Simple, no? Except, a lot of energy-giving foods can cause a paradoxical slump in energy, so here’s how to avoid that:
Eating For Energy (In Ways That Actually Work)
There are occasions when exhausted, when preparing food seems like too much work. If you’re not in a position to have someone else do it for you, how can you get “most for least” in terms of nutrition for effort?
Many of the above-linked items can help (a bowl of nuts and/or dried fruit is probably not going to break the energy-bank, for instance), but beyond that, there are other considerations too:
How To Eat To Beat Chronic Fatigue (While Chronically Fatigued) ← as the title tells, this is about chronic fatigue, but the advice therein definitely goes for acute fatigue also.
The lights aren’t on
Sometimes it may be that your body is actually fine, but your brain is working in a clunky fashion at best. Assuming there is no more drastic underlying cause for this, a lack of motivation is often as simple as a lack of appropriate dopamine response. When that’s the case…
Lacking Motivation? Science Has The Answer
If, instead, the issue is more serotonin-based than dopamine based, then green places with blue skies are ideal. Depending on geography and season, those things may be in short supply, but the brain is easily tricked with artificial plants and artificial sunlight. Is it as good as a walk in the park on a pleasant summer morning? Probably not, but it’s many times better than nothing, so get those juices flowing:
Neurotransmitter Cheatsheet ← four for the price of one, here!
Schedule time for rest, or your body/brain will schedule it for you
There’s a saying in the field of engineering that “if you don’t schedule time for maintenance, your equipment will schedule it for you”, and the same is true of our body/brain. If you’re struggling to get good quantity, here’s how to at least get good quality:
How To Rest More Efficiently (Yes, Really)
And, importantly,
7 Kinds Of Rest When Sleep Is Not Enough
Take care!
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