Is Fast Food Really All That Bad?
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Yes, yes it is. However, most people misunderstand the nature of its badness, which is what causes problems. The biggest problem is not the acute effects of one afternoon’s burger and fries; the biggest problem is the gradual slide into regularly eating junk food, and the long-term effects of that habit as our body changes to accommodate it (of which, people tend to focus on subcutaneous fat gain as it’s usually the most visible, but that’s really the least of our problems).
Cumulative effects
There are, of course, immediate negative effects too, and they’re not without cause for concern. Because of the composition of most junk food, it will almost by definition result in immediate blood sugar spikes, rising insulin levels, and a feeling of fatigue not long afterwards.
- Within a week of regularly consuming junk food, gut bacteria will change, resulting in moderate cravings, as well as a tendency towards depression and anxiety. Mood swings are likely, as are the gastrointestinal woes associated with any gut microbiota change.
- Within two weeks, those effects will be greater, the cravings will increase, energy levels will plummet, and likely skin issues may start to show up (our skin mostly works on a 3-week replacement cycle; some things can show up in the skin more quickly or slowly than that, though).
- Within three weeks, the rest of our blood metrics (e.g. beyond blood sugar imbalances) will start to stray from safe zones. Increased LDL, decreased HDL, and the beginnings of higher cardiovascular disease risk and diabetes risk.
- Within a month, we will likely see the onset of non-alcoholic fatty liver disease, and chronic inflammation sets in, raising the risk of a lot of other diseases, especially immune disorders and cancer.
If that seems drastic, along the lines of “eat junk food for a month and get cancer”, well, it’s an elevated risk, not a scheduled diagnosis, but the body is constantly rebuilding itself, for better or for worse, and if we sabotage its efforts by consuming a poor diet, then it will be for worse.
The good news is: this works both ways, and we can get our body back on track in fairly short order too, by enjoying a healthier diet; our body will be thrilled to start repairing itself. And of course, all these effects, good and bad, are proportional to how well or badly we eat. There’s a difference between doing a “Supersize Me” month-long 100% junk food diet, and “merely” getting a junk food breakfast each day and eating healthily later.
In short, if your diet is only moderately bad, then you will only be moderately unwell.
For more on all of this, enjoy:
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Want to learn more?
You might also like to read:
- Fix Chronic Fatigue & Regain Your Energy, By Science
- How To Unfatty A Fatty Liver
- How to Prevent (or Reduce) Inflammation
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Two Awesome Hours – by Dr. Josh Davis
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The brain is an amazing and powerful organ, with theoretically unlimited potential in some respects. So why doesn’t it feel that way a lot of the time?
The truth is that not only are we often tired, dehydrated, or facing other obvious physiological challenges to peak brain health, but also… We’re simply not making the best use of it!
What Dr. Davis does is outline for us how we can create the conditions for “two awesome hours” of effective mental performance by:
- Recognizing when to most effectively flip the switch on our automatic thinking
- Scheduling tasks based on their “processing demand” and recovery time
- Learning how to direct attention, rather than avoid distractions
- Feeding and moving our bodies in ways that prep us for success
- Identifying what matters in our environment to be at the top of our mental game
Why only two hours? Why not four, or eight, or more?
Well, our brains need recovery time too, so we can’t be “always on” and operating and peak efficiency. But, what we can do is optimize a couple of hours for absolute peak efficiency, and then enjoy the rest of time with lower cognitive-load activities.
Bottom line: if the idea of what you could accomplish if you could just be guaranteed two schedulable hours (your preference when!) of peak cognitive performance per day, then this is a great book for you.
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Ricezempic: is there any evidence this TikTok trend will help you lose weight?
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If you spend any time looking at diet and lifestyle content on social media, you may well have encountered a variety of weight loss “hacks”.
One of the more recent trends is a home-made drink called ricezempic, made by soaking uncooked rice and then straining it to drink the leftover starchy water. Sounds delicious, right?
Its proponents claim it leads to weight loss by making you feel fuller for longer and suppressing your appetite, working in a similar way to the sought-after drug Ozempic – hence the name.
So does this drink actually mimic the weight loss effects of Ozempic? Spoiler alert – probably not. But let’s look at what the evidence tells us.
New Africa/Shutterstock How do you make ricezempic?
While the recipe can vary slightly depending on who you ask, the most common steps to make ricezempic are:
- soak half a cup of white rice (unrinsed) in one cup of warm or hot water up to overnight
- drain the rice mixture into a fresh glass using a strainer
- discard the rice (but keep the starchy water)
- add the juice of half a lime or lemon to the starchy water and drink.
TikTokers advise that best results will happen if you drink this concoction once a day, first thing in the morning, before eating.
The idea is that the longer you consume ricezempic for, the more weight you’ll lose. Some claim introducing the drink into your diet can lead to a weight loss of up to 27 kilograms in two months.
Resistant starch
Those touting ricezempic argue it leads to weight loss because of the resistant starch rice contains. Resistant starch is a type of dietary fibre (also classified as a prebiotic). There’s no strong evidence it makes you feel fuller for longer, but it does have proven health benefits.
Studies have shown consuming resistant starch may help regulate blood sugar, aid weight loss and improve gut health.
Research has also shown eating resistant starch reduces the risk of obesity, diabetes, heart disease and other chronic diseases.
Ricezempic is made by soaking rice in water. Kristi Blokhin/Shutterstock Resistant starch is found in many foods. These include beans, lentils, wholegrains (oats, barley, and rice – particularly brown rice), bananas (especially when they’re under-ripe or green), potatoes, and nuts and seeds (particularly chia seeds, flaxseeds and almonds).
Half a cup of uncooked white rice (as per the ricezempic recipe) contains around 0.6 grams of resistant starch. For optimal health benefits, a daily intake of 15–20 grams of resistant starch is recommended. Although there is no concrete evidence on the amount of resistant starch that leaches from rice into water, it’s likely to be significantly less than 0.6 grams as the whole rice grain is not being consumed.
Ricezempic vs Ozempic
Ozempic was originally developed to help people with diabetes manage their blood sugar levels but is now commonly used for weight loss.
Ozempic, along with similar medications such as Wegovy and Trulicity, is a glucagon-like peptide-1 (GLP-1) receptor agonist. These drugs mimic the GLP-1 hormone the body naturally produces. By doing so, they slow down the digestive process, which helps people feel fuller for longer, and curbs their appetite.
While the resistant starch in rice could induce some similar benefits to Ozempic (such as feeling full and therefore reducing energy intake), no scientific studies have trialled ricezempic using the recipes promoted on social media.
Ozempic has a long half-life, remaining active in the body for about seven days. In contrast, consuming one cup of rice provides a feeling of fullness for only a few hours. And simply soaking rice in water and drinking the starchy water will not provide the same level of satiety as eating the rice itself.
Other ways to get resistant starch in your diet
There are several ways to consume more resistant starch while also gaining additional nutrients and vitamins compared to what you get from ricezempic.
1. Cooked and cooled rice
Letting cooked rice cool over time increases its resistant starch content. Reheating the rice does not significantly reduce the amount of resistant starch that forms during cooling. Brown rice is preferable to white rice due to its higher fibre content and additional micronutrients such as phosphorus and magnesium.
2. More legumes
These are high in resistant starch and have been shown to promote weight management when eaten regularly. Why not try a recipe that has pinto beans, chickpeas, black beans or peas for dinner tonight?
3. Cooked and cooled potatoes
Cooking potatoes and allowing them to cool for at least a few hours increases their resistant starch content. Fully cooled potatoes are a rich source of resistant starch and also provide essential nutrients like potassium and vitamin C. Making a potato salad as a side dish is a great way to get these benefits.
In a nutshell
Although many people on social media have reported benefits, there’s no scientific evidence drinking rice water or “ricezempic” is effective for weight loss. You probably won’t see any significant changes in your weight by drinking ricezempic and making no other adjustments to your diet or lifestyle.
While the drink may provide a small amount of resistant starch residue from the rice, and some hydration from the water, consuming foods that contain resistant starch in their full form would offer significantly more nutritional benefits.
More broadly, be wary of the weight loss hacks you see on social media. Achieving lasting weight loss boils down to gradually adopting healthy eating habits and regular exercise, ensuring these changes become lifelong habits.
Emily Burch, Accredited Practising Dietitian and Lecturer, Southern Cross University and Lauren Ball, Professor of Community Health and Wellbeing, The University of Queensland
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Is thunderstorm asthma becoming more common?
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When spring arrives, so do warnings about thunderstorm asthma. But a decade ago, most of us hadn’t heard of it.
So where did thunderstorm asthma come from? Is it a new phenomenon?
In 2016, the world’s most catastrophic thunderstorm asthma event took Melbourne by surprise. An increase in warnings and monitoring is partly a response to this.
But there are also signs climate change may be exacerbating the likelihood of thunderstorm asthma, with more extreme weather, extended pollen seasons and a rise in Australians reporting hay fever.
A landmark catastrophe
The first time many Australians heard of thunderstorm asthma was in November 2016, when a major event rocked Melbourne.
During a late night storm, an estimated 10,000 people were rushed to hospitals with severe asthma attacks. With thousands of calls on emergency lines, ambulances and emergency departments were unprepared to handle the rapid increase in people needing urgent medical care. Tragically, ten of those people died.
This was the most catastrophic thunderstorm asthma event in recorded history and the first time deaths have ever occurred anywhere in the world.
In response, the Victorian Department of Health implemented initiatives, including public awareness campaigns and improvements to health and emergency services, to be ready for future thunderstorm asthma events.
A network of pollen monitoring stations was also set up across the state to gather data that helps to predict future events.
A problem for decades
While this event was unexpected, it wasn’t the first time we’d had thunderstorm asthma in Australia – we’ve actually known about it for decades.
Melbourne reported its first instance of thunderstorm asthma back in 1984, only a year after this phenomenon was first discovered in Birmingham in the United Kingdom.
Thunderstorm asthma has since been reported in other parts of Australia, including Canberra and New South Wales. But it is still most common in Melbourne. Compared to any other city (or country) the gap is significant: over a quarter of all known events worldwide have occurred in Melbourne.
Why Melbourne?
Melbourne’s location makes it a hotspot for these kinds of events. Winds coming from the north of Melbourne tend to be dry and hot as they come from deserts in the centre of Australia, while winds from the south are cooler as they come from the ocean.
When hot and cool air mix above Melbourne, it creates the perfect conditions for thunderstorms to form.
Northern winds also blow a lot of pollen from farmlands into the city, in particular grass pollen. This is not only the most common cause of seasonal hay fever in Melbourne but also a major trigger of thunderstorm asthma.
Why grass pollen?
There’s a particular reason grass pollen is the main culprit behind thunderstorm asthma in Australia. During storms there is a lot of moisture in the air. Grass pollen will absorb this moisture, making it swell up like a water balloon.
If pollen absorbs too much water whilst airborne, it can burst or “rupture,” releasing hundreds of microscopic particles into the air that can be swept by powerful winds.
Normally, when you breathe in pollen it gets stuck in your upper airway – for example, your nose and throat. This is what causes typical hay fever symptoms such as sneezing or runny nose.
But the microscopic particles released from ruptured grass pollen are much smaller and don’t get stuck as easily in the upper airway. Instead, they can travel deep into your airways until they reach your lungs. This may trigger more severe symptoms, such as wheezing or difficulty breathing, even in people with no prior history of asthma.
So who is at risk?
You might think asthma is the biggest risk factor for thunderstorm asthma. In fact, the biggest risk factor is hay fever.
Up to 99% of patients who went to the emergency department during the Melbourne 2016 event had hay fever, while a majority (60%) had no prior diagnosis of asthma.
Every single person hospitalised was allergic to at least one type of grass pollen. All had a sensitivity to ryegrass.
Is thunderstorm asthma becoming more common?
Thunderstorm asthma events are rare, with just 26 events officially recorded worldwide.
However there is evidence these events could become more frequent and severe in coming years, due to climate change. Higher temperatures and pollution could be making plants produce more pollen and pollen seasons last much longer.
Extreme weather events, including thunderstorms, are also expected to become more common and severe.
In addition, there are signs rates that hay fever may be increasing. The number of Australians reporting allergy symptoms have risen from 15% in 2008 to 24% in 2022. Similar trends in other countries has been linked to climate change.
How can I prepare?
Here are three ways you can reduce your risk of thunderstorm asthma:
- stock up on allergy medication and set up an asthma action plan with your GP
- check daily pollen forecasts for the estimated pollen level and risk of a thunderstorm asthma event in your local area
- on days with high pollen or a high risk of thunderstorm asthma, spend less time outside or wear a surgical face mask to reduce your symptoms.
Kira Morgan Hughes, PhD Candidate in Allergy and Asthma, School of Life and Environmental Sciences, Deakin University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Buckwheat vs Bulgur Wheat – Which is Healthier?
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Our Verdict
When comparing buckwheat to bulgur, we picked the buckwheat.
Why?
First, some things to know up front:
- Bulgur wheat is a kind of cracked wheat product. As such, it contains wheat, and yes, gluten.
- Buckwheat is not a wheat, nor even a grass, but a flowering plant. Buckwheat is as related to wheat as a lionfish is to a lion. It does not contain gluten.
- Buckwheat can be purchased whole or hulled. We went with whole. If you go with hulled, the percentages of vitamins and minerals will be relatively higher, and/but this will be because you lost the fibrous husk, so they’ll be commensurately lower in fiber. If you were to go with hulled, we’d still pick it over bulgur wheat though, just for a different reason (as in that case, the vitamin and mineral contents would be more overwhelmingly in buckwheat’s favor, even though it’d have less fiber).
Ok, now that those things are covered…
Looking at the macronutrients, there’s not a lot between them, except that buckwheat has the much lower glycemic index (this is only the case if you got whole, not hulled—if you got hulled, the glycemic index would be about the same).
In terms of vitamins, buckwheat has more of vitamins B2, B5, B9, E, K, and choline, while bulgur wheat technically has more vitamin A, but the numbers are tiny; a cup of bulgur wheat will give you 0.12% of the RDA. So, an easy win (functionally: 5:0) for buckwheat.
When it comes to minerals, buckwheat has more copper, magnesium, potassium, and selenium, while bulgur wheat has more calcium and manganese. They’re equal on iron and phosphorus, making this a 4:2 win for buckwheat.
Adding up the categories makes this a clear win for buckwheat!
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Dandelion: Time For Evidence On Its Benefits?
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In recent decades often considered a weed, now enjoying a resurgence in popularity due its benefits for pollinators, this plant has longer-ago been enjoyed as salad (leaves) or as a drink (roots), and is typically considered to have diuretic and digestion-improving properties. So… Does it?
Diuretic
Probably! Because of the ubiquity of anecdotal evidence, this hasn’t been well-studied, but here’s a small (n=17) study that found that it significantly increased urination:
The diuretic effect in human subjects of an extract of Taraxacum officinale folium over a single day
You may be thinking, “you usually do better than an n=17 study” and yes we do, but there’s an amazing paucity of human research when it comes to dandelions, as you’ll see:
Digestion-improving
There’s a lot of fiber in dandelion greens and roots both, and eating unprocessed or minimally-processed plants is (with obvious exceptions, such as plants that are poisonous) invariably going to improve digestion just by virtue of the fiber content alone.
As for dandelions, the roots are rich in inulin, a great prebiotic fiber that indeed definitely helps:
Effect of inulin in the treatment of irritable bowel syndrome with constipation (Review)
When it comes to studies that are specifically about dandelions, however, we are down to animal studies, such as:
The effect of Taraxacum officinale on gastric emptying and smooth muscle motility in rodents
Note that this is not about the fiber; this is about the plant extract (so, no fiber), and how it gets the intestinal muscles to do their thing with more enthusiasm. Of course you, dear reader, are probably not a rodent, we can’t say for sure that this will have this effect in humans. However, generally speaking, what works for mammals works for mammals, so it probably indeed helps.
For liver health
More about rats and not humans, but again, it’s promising. Dandelion extract appears to protect the liver, reducing the damage in the event of induced liver failure:
In other words: the researchers poisoned the rats, and those who took dandelion extract suffered less liver damage than those who didn’t.
…and more?
It may help improve blood triglycerides and reduce ischemic stroke risk, but most of this research is still in non-human animals:
And while we’re on the topic of blood, it likely has blood-sugar-lowering effects too; once again (you guessed it), mostly non-human animal studies, though, with some in vitro studies:
The Physiological Effects of Dandelion (Taraxacum Officinale) in Type 2 Diabetes
Want to try some?
We don’t sell it, but if you have a garden, that’s a great place to grow this very easy-to-grow plant without having to worry about pesticides etc.
Alternatively, if you’d like to buy it in supplement form, here’s an example product on Amazon 😎
Enjoy!
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Montana Eyes $30M Revamp of Mental Health, Developmental Disability Facilities
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HELENA, Mont. — As part of a proposed revamping of the state’s behavioral health system, Republican Gov. Greg Gianforte’s administration is looking into moving a facility for people with developmental disabilities, beefing up renovations at the Montana State Hospital, and creating a Helena unit of that psychiatric hospital.
The changes, backers say, would fill gaps in services and help people better prepare for life outside of the locked, secure setting of the two state facilities before they reenter their own communities.
“I think part of the theme is responsibly moving people in and out of the state facilities so that we create capacity and have people in the appropriate places,” state Sen. Dave Fern (D-Whitefish) said of the proposed capital projects during a recent interview.
Fern served on the Behavioral Health System for Future Generations Commission, a panel created by a 2023 law to suggest how to spend $300 million to revamp the system. The law set aside the $300 million for improving state services for people with mental illness, substance abuse disorders, and developmental disabilities.
Gianforte’s proposed budget for the next two years would spend about $100 million of that fund on 10 other recommendations from the commission. The capital projects are separate ideas for using up to $32.5 million of the $75 million earmarked within the $300 million pool of funds for building new infrastructure or remodeling existing buildings.
The state Department of Public Health and Human Services and consultants for the behavioral health commission presented commission members with areas for capital investments in October. In December, the commission authorized state health department director Charlie Brereton to recommend the following projects to Gianforte:
- Move the 12-bed Intensive Behavior Center for people with developmental disabilities out of Boulder, possibly to either Helena or Butte, at an estimated cost of up to $13.3 million.
- Establish a “step-down” facility of about 16 beds, possibly on the campus of Shodair Children’s Hospital in Helena, to serve adults who have been committed to the Montana State Hospital but no longer need the hospital’s intensive psychiatric services.
- Invest $19.2 million to upgrade the Montana State Hospital’s infrastructure and buildings at Warm Springs, on top of nearly $16 million appropriated in 2023 for renovations already underway there in an effort to regain federal certification of the facility.
The state Architecture & Engineering Division is reviewing the health department’s cost estimates and developing a timeline for the projects so the information can be sent to the governor. Gianforte ultimately must approve the projects.
Health department officials have said they plan to take the proposals to legislative committees as needed. “With Commission recommendation and approval from the governor, the Department believes that it has the authority to proceed with capital project expenditures but must secure additional authority from the Legislature to fund operations into future biennia,” said department spokesperson Jon Ebelt.
The department outlined its facility plans to the legislature’s health and human services budget subcommittee on Jan. 22 as part of a larger presentation on the commission’s work and the 10 noncapital proposals in the governor’s budget. Time limits prevented in-depth discussion and public comment on the facility-related ideas.
One change the commission didn’t consider: moving the Montana State Hospital to a more populated area from its rural and relatively remote location near Anaconda, in southwestern Montana, in an attempt to alleviate staffing shortages.
“The administration is committed to continuing to invest in MSH as it exists today,” Brereton told the commission in October, referring to the Montana State Hospital.
The hospital provides treatment to people with mental illness who have been committed to the state’s custody through a civil or criminal proceeding. It’s been beset by problems, including the loss of federal Medicaid and Medicare funding due to decertification by the federal government in April 2022, staffing issues that have led to high use of expensive traveling health care providers, and turnover in leadership.
State Sen. Chris Pope (D-Bozeman) was vice chair of a separate committee that met between the 2023 and 2025 legislative sessions and monitored progress toward a 2023 legislative mandate to transition patients with dementia out of the state hospital. He agreed in a recent interview that improving — not moving — MSH is a top priority for the system right now.
“Right now, we have an institution that is failing and needs to be brought back into the modern age, where it is located right now,” he said after ticking off a list of challenges facing the hospital.
State Sen. John Esp (R-Big Timber) also noted at the October commission meeting that moving the hospital was likely to run into resistance in any community considered for a new facility.
Fern, the Whitefish senator, questioned in October whether similar concerns might exist for moving the Intensive Behavior Center out of Boulder. For more than 130 years, the town 30 miles south of Helena has been home, in one form or another, to a state facility for people with developmental disabilities. But Brereton said he believes relocation could succeed with community and stakeholder involvement.
The 12-bed center in Boulder serves people who have been committed by a court because their behaviors pose an immediate risk of serious harm to themselves or others. It’s the last residential building for people with developmental disabilities on the campus of the former Montana Developmental Center, which the legislature voted in 2015 to close.
Drew Smith, a consultant with the firm Alvarez & Marsal, told the commission in October that moving the facility from the town of 1,300 to a bigger city such as Helena or Butte would provide access to a larger labor pool, possibly allow a more homelike setting for residents, and open more opportunities for residents to interact with the community and develop skills for returning to their own communities.
Ideally, Brereton said, the center would be colocated with a new facility included in the governor’s proposed budget, for crisis stabilization services to people with developmental disabilities who are experiencing significant behavioral health issues.
Meanwhile, the proposed subacute facility with up to 16 beds for state hospital patients would provide a still secure but less structured setting for people who no longer need intensive treatment at Warm Springs but aren’t yet ready to be discharged from the hospital’s care. Brereton told the commission in October the facility would essentially serve as a less restrictive “extension” of the state hospital. He also said the agency would like to contract with a company to staff the subacute facility.
Health department officials don’t expect the new facility to involve any construction costs. Brereton has said the agency believes an existing building on the Shodair campus would be a good spot for it.
The state began leasing the building Nov. 1 for use by about 20 state hospital patients displaced by the current remodeling at Warm Springs — a different purpose than the proposed subacute facility.
Shodair CEO Craig Aasved said Shodair hasn’t committed to having the state permanently use the building as the step-down facility envisioned by the agency and the commission.
But Brereton said the option is attractive to the health department now that the building has been set up and licensed to serve adults.
“It seems like a natural place to start,” he told the commission in December, “and we don’t mind that it’s in our backyard here in Helena.”
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.
Subscribe to KFF Health News’ free Morning Briefing.
This article first appeared on KFF Health News and is republished here under a Creative Commons license.
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