Gut-Healthy Tacos

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The 10almonds Team

Full of prebiotics and probiotics, healthy fats, colorful salad boasting vitamins and minerals aplenty, and of course satisfying protein too, these tacos are also boasting generous flavors to keep you coming back for more…

You will need

  • 24 sardines—canned is fine (if vegetarian/vegan, substitute tempeh and season generously; marinade if you have time)
  • 12 small wholewheat tortillas
  • 1 14oz/400g can black beans, drained
  • 1 ripe avocado, stoned and cut into small chunks
  • 1 red onion, thinly sliced
  • 1 little gem lettuce, shredded
  • 12 cherry tomatoes, halved
  • 1 bulb garlic, crushed
  • 1 lemon, sliced
  • 4 tbsp plain unsweetened yogurt (your choice what kind, but something with a live culture is best)
  • 3oz pickled jalapeños, roughly chopped
  • 1oz cilantro (or substitute parsley if you have the cilantro-tastes-like-soap gene), finely chopped
  • 1 tbsp extra virgin olive oil
  • 2 tsp black pepper
  • 1 tsp smoked paprika
  • Juice of 1 lime
  • Optional: Tabasco sauce, or similar hot sauce

Method

(we suggest you read everything at least once before doing anything)

1) Preheat your oven to a low temperature; 200℉ or just under 100℃ is fine

2) Place the lemon slices on top of the sardines on top of foil on a baking tray; you want the foil to be twice as much as you’d expect to need, because now you’re going to fold it over and make a sort of sealed envelope. You could use a dish with a lid yes, but this way is better because there’s going to be less air inside. Upturn the edges of the envelope slightly so that juices won’t run out, and make sure the foil is imperfectly sealed so a little steam can escape but not much at a time. This will ensure it doesn’t dry out, while also ensuring your house doesn’t smell of fish. Put all this into the oven on a middle shelf.

3) Mix the lime juice with the onion in a bowl, and add the avocado and tomatoes, mixing gently. Add half the cilantro, and set aside.

4) Put the black beans in a sieve and pour boiling water over them to refresh and slightly warm them. Tip them into a bowl and add the olive oil, black pepper, and paprika. Mix thoroughly with a fork, and no need to be gentle this time; in fact, deliberately break the beans a little in this case.

5) Mix the yogurt, jalapeños, garlic, and remaining cilantro in a small bowl.

6) Get the warmed sardines from the oven; discard the lemon slices.

7) Assemble! We recommend the order: tortilla, lettuce, fish (2 per taco), black bean mixture, salad mixture, garlic jalapeño yogurt mixture. You can also add a splash of the hot sauce per your preference, or if catering for more people, let people add their own.

Enjoy!

Want to learn more?

For those interested in some of the science of what we have going on today:

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  • Anti-Inflammatory Brownies

    The 10almonds Team

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Brownies are usually full of sugar, butter, and flour. These ones aren’t! Instead, they’re full of fiber (good against inflammation), healthy fats, and anti-inflammatory polyphenols:

    You will need

    • 1 can chickpeas (keep half the chickpea water, also called aquafaba, as we’ll be using it)
    • 4 oz of your favorite nut butter (substitute with tahini if you’re allergic to nuts)
    • 3 oz rolled oats
    • 2 oz dark chocolate chips (or if you want the best quality: dark chocolate, chopped into very small pieces)
    • 3 tbsp of your preferred plant milk (this is an anti-inflammatory recipe and unfermented dairy is inflammatory)
    • 2 tbsp cocoa powder (pure cacao is best)
    • 1 tbsp glycine (if unavailable, use 2 tbsp maple syrup, and skip the aquafaba)
    • 2 tsp vanilla extract
    • ½ tsp baking powder
    • ¼ tsp low-sodium salt

    Method

    (we suggest you read everything at least once before doing anything)

    1) Preheat the oven to 350℉ / 180℃, and line a 7″ cake tin with baking paper.

    2) Blend the oats in a food processor, until you have oat flour.

    3) Add all the remaining ingredients except the dark chocolate chips, and process until the mixture resembles cookie dough.

    3) Transfer to a bowl, and fold in the dark chocolate chips, distributing evenly.

    4) Add the mixture to the cake tin, and smooth the surface down so that it’s flat and even. Bake for about 25 minutes, and let them cool in the tin for at least 10 minutes, but longer is better, as they will firm up while they cool. Cut into cubes when ready to serve:

    Enjoy!

    Want to learn more?

    For those interested in some of the science of what we have going on today:

    Take care!

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  • 10 Tips for Better Sleep: Starting In The Morning

    The 10almonds Team

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Dr. Siobhan Deshauer advises:

    Checklist

    You’ll probably have heard similar advice before (including from us), but it’s always good to do a quick rundown and check which ones you are actually doing, as opposed to merely know you should be doing:

    • Wake up at the same time every day, including weekends, to maintain a consistent sleep schedule and avoid “social jet lag.”
    • Expose yourself to bright light in the morning, either sunlight or light therapy, to regulate your circadian rhythm and melatonin production.
    • Avoid caffeine late in the day to maintain natural sleep pressure, experimenting with a cutoff time based on your sensitivity (e.g. 6–10 hours before bedtime)*.
    • Limit naps to under 30 minutes and take them early in the afternoon to avoid disrupting sleep pressure.
    • Exercise regularly but avoid strenuous activity 2 hours before bed. Optimal exercise time is 4–6 hours before bedtime.
    • Avoid alcohol, as it disrupts sleep quality and may worsen conditions like sleep apnea. If drinking, have your last drink early in the evening—but honestly, it’s better to not drink at all.
    • Establish a wind-down routine 1–2 hours before bed, including dimming lights and engaging in relaxing activities to signal your body to prepare for sleep.
    • Keep your bedroom cool (below 68°F/20°C) and ensure your hands and feet stay warm to aid in natural body temperature regulation.
    • Limit device use before bed. If unavoidable, reduce blue light exposure and avoid mentally stimulating content. Set boundaries, such as placing your phone out of reach.
    • Ensure complete darkness in your sleeping environment using blackout curtains, covering light-emitting devices, or wearing a sleep mask.

    *we imagine she picked 6–10 hours because, depending on whether you have the fast or slow caffeine metabolizer gene, the biological halflife of caffeine in your body will be around 4 or 8 hours (that’s not a range, that’s two distinct and non-overlapping options). However, if we use 4 or 8 hours depending on which gene version we have, then that will mean that 4 or 8 hours later, respectively, we’ll have half the caffeine in us that we did 4 or 8 hours ago (that’s what a halflife means). So for example if you had a double espresso that number of hours before bedtime, then congratulations, you have the caffeine of a single espresso in your body by bedtime. Which, for most people**, is not an ideal nightcap. Hence, adding on a few more hours. Again, earlier is better though, so consider limiting caffeine to the morning only.

    **we say “most people”, because if you have ADHD or a similar condition, your brain’s relationship with caffeine is a bit different, and—paradoxically—stimulants can help you to relax. Do speak with your doctor though, as individual cases vary widely, and it also may make a difference depending on what relevant meds (if any) you’re on, too.

    For more on all of those things, enjoy:

    Click Here If The Embedded Video Doesn’t Load Automatically!

    Want to learn more?

    You might also like to read:

    Take care!

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  • Ginkgo Biloba, For Memory And, Uh, What Else Again?

    The 10almonds Team

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Ginkgo biloba, for memory and, uh, what else again?

    Ginkgo biloba extract has enjoyed use for thousands of years for an assortment of uses, and has made its way from Traditional Chinese Medicine, to the world supplement market at large. See:

    Ginkgo biloba: A Treasure of Functional Phytochemicals with Multimedicinal Applications

    But what does the science say about the specific claims?

    Antioxidant & anti-inflammatory

    We’re going to lump these two qualities together for examination, since one invariably leads to the other.

    A quick note: things that have antioxidant and anti-inflammatory properties, often also help guard against cancer and aging. However, in this case, there are few good studies pertaining to anti-aging, and none that we could find pertaining to anti-cancer potential.

    So, does it have antioxidant and anti-inflammatory properties, first?

    Yes, it has potent antioxidants that do fight inflammation; this is clear, from an abundance of in vitro and in vivo studies, including with human patients:

    In short: it helps, and there’s plenty of science for it.

    What about anti-aging effects?

    For this, there is science, but a lot of the science is not great. As one team of researchers concluded while doing a research review of their own:

    ❝Based on the reviewed information regarding EGb’s effects in vitro and in vivo, most have reported very positive outcomes with strong statistical analyses, indicating that EGb must have some sort of beneficial effect.

    However, information from the reported clinical trials involving EGb are hardly conclusive since many do not include information such as the participant’s age and physical condition, drug doses administered, duration of drug administered as well as suitable control groups for comparison.

    We therefore call on clinicians and clinician-scientists to establish a set of standard and reliable standard operating procedure for future clinical studies to properly evaluate EGb’s effects in the healthy and diseased person since it is highly possible it possesses beneficial effects.❞

    Translation from sciencese: “These results are great, but come on, please, we are begging you to use more robust methodology”

    ~ Zuo et al

    If you’d like to read the review in question, here it is:

    Advances in the Studies of Ginkgo Biloba Leaves Extract on Aging-Related Diseases

    Does it have cognitive enhancement effects?

    The claims here are generally that it helps:

    • improve memory
    • improve focus
    • reduce cognitive decline
    • reduce anxiety and depression

    Let’s break these down:

    Does it improve memory and cognition?

    Ginkgo biloba was quite popular for memory 20+ years ago, and perhaps had an uptick in popularity in the wake of the 1999 movie “Analyze This” in which the protagonist psychiatrist mentions taking ginkgo biloba, because “it helps my memory, and I forget what else”.

    Here are a couple of studies from not long after that:

    In short:

    • in the first study, it helped in standardized tests of memory and cognition (quite convincing)
    • In the second study, it helped in subjective self-reports of mental wellness (also placebo-controlled)

    On the other hand, here’s a more recent research review ten years later, that provides measures of memory, executive function and attention in 1132, 534 and 910 participants, respectively. That’s quite a few times more than the individual studies we cited above, by the way. They concluded:

    ❝We report that G. biloba had no ascertainable positive effects on a range of targeted cognitive functions in healthy individuals❞

    ~ Laws et al

    Read: Is Ginkgo biloba a cognitive enhancer in healthy individuals? A meta-analysis

    Our (10almonds) conclusion: we can’t say either way, on this one.

    Does it have neuroprotective effects (i.e., against cognitive decline)?

    Yes—probably by the same mechanism will discuss shortly.

    Can it help against depression and anxiety?

    Yes—but probably indirectly by the mechanism we’ll get to in a moment:

    Likely this helps by improving blood flow, as illustrated better per:

    Efficacy of ginkgo biloba extract as augmentation of venlafaxine in treating post-stroke depression

    Which means…

    Bonus: improved blood flow

    This mechanism may support the other beneficial effects.

    See: Ginkgo biloba extract improves coronary blood flow in healthy elderly adults

    Is it safe?

    Ginkgo biloba extract* is generally recognized as safe.

    • However, as it improves blood flow, please don’t take it if you have a bleeding disorder.
    • Additionally, it may interact badly with SSRIs, so you might want to avoid it if you’re taking such (despite it having been tested and found beneficial as an adjuvant to citalopram, an SSRI, in one of the studies above).
    • No list of possible contraindications can be exhaustive, so please consult your own doctor/pharmacist before taking something new.

    *Extract, specifically. The seeds and leaves of this plant are poisonous. Sometimes “all natural” is not better.

    Where can I get it?

    As ever, we don’t sell it (or anything else), but here’s an example product on Amazon

    Enjoy!

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Related Posts

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  • I’m feeling run down. Why am I more likely to get sick? And how can I boost my immune system?

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    Sathana Dushyanthen – The University of Melbourne

    It has been a long winter, filled with many viruses and cost-of-living pressures, on top of the usual mix of work, study, life admin and caring responsibilities.

    Stress is an inevitable part of life. In short bursts, our stress response has evolved as a survival mechanism to help us be more alert in fight or flight situations.

    But when stress is chronic, it weakens the immune system and makes us more vulnerable to illnesses such as the common cold, flu and COVID.

    Pexels/Ketut Subiyanto

    Stress makes it harder to fight off viruses

    When the immune system starts to break down, a virus that would normally have been under control starts to flourish.

    Once you begin to feel sick, the stress response rises, making it harder for the immune system to fight off the disease. You may be sick more often and for longer periods of time, without enough immune cells primed and ready to fight.

    In the 1990s, American psychology professor Sheldon Cohen and his colleagues conducted a number of studies where healthy people were exposed to an upper respiratory infection, through drops of virus placed directly into their nose.

    These participants were then quarantined in a hotel and monitored closely to determine who became ill.

    One of the most important factors predicting who got sick was prolonged psychological stress.

    Cortisol suppresses immunity

    “Short-term stress” is stress that lasts for a period of minutes to hours, while “chronic stress” persists for several hours per day for weeks or months.

    When faced with a perceived threat, psychological or physical, the hypothalamus region of the brain sets off an alarm system. This signals the release of a surge of hormones, including adrenaline and cortisol.

    Human brain illustration
    The hypothalamus sets off an alarm system in response to a real or perceived threat. stefan3andrei/Shutterstock

    In a typical stress response, cortisol levels quickly increase when stress occurs, and then rapidly drop back to normal once the stress has subsided. In the short term, cortisol suppresses inflammation, to ensure the body has enough energy available to respond to an immediate threat.

    But in the longer term, chronic stress can be harmful. A Harvard University study from 2022 showed that people suffering from psychological distress in the lead up to their COVID infection had a greater chance of experiencing long COVID. They classified this distress as depression, probable anxiety, perceived stress, worry about COVID and loneliness.

    Those suffering distress had close to a 50% greater risk of long COVID compared to other participants. Cortisol has been shown to be high in the most severe cases of COVID.

    Stress causes inflammation

    Inflammation is a short-term reaction to an injury or infection. It is responsible for trafficking immune cells in your body so the right cells are present in the right locations at the right times and at the right levels.

    The immune cells also store a memory of that threat to respond faster and more effectively the next time.

    Initially, circulating immune cells detect and flock to the site of infection. Messenger proteins, known as pro-inflammatory cytokines, are released by immune cells, to signal the danger and recruit help, and our immune system responds to neutralise the threat.

    During this response to the infection, if the immune system produces too much of these inflammatory chemicals, it can trigger symptoms such as nasal congestion and runny nose.

    Man blows nose
    Our immune response can trigger symptoms such as a runny nose. Alyona Mandrik/Shutterstock

    What about chronic stress?

    Chronic stress causes persistently high cortisol secretion, which remains high even in the absence of an immediate stressor.

    The immune system becomes desensitised and unresponsive to this cortisol suppression, increasing low-grade “silent” inflammation and the production of pro-inflammatory cytokines (the messenger proteins).

    Immune cells become exhausted and start to malfunction. The body loses the ability to turn down the inflammatory response.

    Over time, the immune system changes the way it responds by reprogramming to a “low surveillance mode”. The immune system misses early opportunities to destroy threats, and the process of recovery can take longer.

    So how can you manage your stress?

    We can actively strengthen our immunity and natural defences by managing our stress levels. Rather than letting stress build up, try to address it early and frequently by:

    1) Getting enough sleep

    Getting enough sleep reduces cortisol levels and inflammation. During sleep, the immune system releases cytokines, which help fight infections and inflammation.

    2) Taking regular exercise

    Exercising helps the lymphatic system (which balances bodily fluids as part of the immune system) circulate and allows immune cells to monitor for threats, while sweating flushes toxins. Physical activity also lowers stress hormone levels through the release of positive brain signals.

    3) Eating a healthy diet

    Ensuring your diet contains enough nutrients – such as the B vitamins, and the full breadth of minerals like magnesium, iron and zinc – during times of stress has a positive impact on overall stress levels. Staying hydrated helps the body to flush out toxins.

    4) Socialising and practising meditation or mindfulness

    These activities increase endorphins and serotonin, which improve mood and have anti-inflammatory effects. Breathing exercises and meditation stimulate the parasympathetic nervous system, which calms down our stress responses so we can “reset” and reduce cortisol levels.

    Sathana Dushyanthen, Academic Specialist & Lecturer in Cancer Sciences & Digital Health| Superstar of STEM| Science Communicator, The University of Melbourne

    This article is republished from The Conversation under a Creative Commons license. Read the original article.

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  • Two Things You Can Do To Improve Stroke Survival Chances

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    The 10almonds Team

    Dr. Andrew’s Stroke Survival Guide

    This is Dr. Nadine Andrew. She’s a Senior Research Fellow in the Department of Medicine at Monash University. She’s the Research Data Lead for the National Center of Healthy Aging. She is lead investigator on the NHMRC-funded PRECISE project… The most comprehensive stroke data linkage study to date! In short, she knows her stuff.

    We’ve talked before about how sample size is important when it comes to scientific studies. It’s frustrating; sometimes we see what looks like a great study until we notice it has a sample size of 17 or something.

    Dr. Andrew didn’t mess around in this regard, and the 12,386 participants in her Australian study of stroke patients provided a huge amount of data!

    With a 95% confidence interval because of the huge dataset, she found that there was one factor that reduced mortality by 26%.

    And the difference was…

    Whether or not patients had a chronic disease management plan set up with their GP (General Practitioner, or “family doctor”, in US terms), after their initial stroke treatment.

    45% of patients had this; the other 55% did not, so again the sample size was big for both groups.

    Why this is important:

    After a stroke, often a patient is discharged as early as it seems safe to do so, and there’s a common view that “it just takes time” and “now we wait”. After all, no medical technology we currently have can outright repair that damage—the body must repair itself! Medications—while critical*—can only support that and help avoid recurrence.

    *How critical? VERY critical. Critical critical. Dr. Andrew found, some years previously, that greater levels of medication adherence (ie, taking the correct dose on time and not missing any) significantly improved survival outcomes. No surprise, right? But what may surprise is that this held true even for patients with near-perfect adherence. In other words: miss a dose at your peril. It’s that important.

    But, as Dr. Andrew’s critical research shows, that’s no reason to simply prescribe ongoing meds and otherwise cut a patient loose… or, if you or a loved one are the patient, to allow yourself/them to be left without a doctor’s ongoing active support in the form of a chronic disease management plan.

    What does a chronic disease management plan look like?

    First, what it’s not:

    • “Yes yes, I’m here if you need me, just make an appointment if something changes”
    • “Let’s pencil in a check-up in three months”
    • Etc

    What it actually looks like:

    It looks like a plan. A personal care plan, built around that person’s individual needs, risks, liabilities… and potential complications.

    Because who amongst us, especially at the age where strokes are more likely, has an uncomplicated medical record? There will always be comorbidities and confounding factors, so a one-size-fits-all plan will not do.

    Dr. Andrew’s work took place in Australia, so she had the Australian healthcare system in mind… We know many of our subscribers are from North America and other places. But read this, and you’ll see how this could go just as much for the US or Canada:

    ❝The evidence shows the importance of Medicare financially supporting primary care physicians to provide structured chronic disease management after a stroke.

    We also provide a strong case for the ongoing provision of these plans within a universal healthcare system. Strategies to improve uptake at the GP level could include greater financial incentives and mandates, education for patients and healthcare professionals.❞

    See her groundbreaking study for yourself here!

    The Bottom Line:

    If you or a loved one has a stroke, be prepared to make sure you get a chronic health management plan in place. Note that if it’s you who has the stroke, you might forget this or be unable to advocate for yourself. So, we recommend to discuss this with a partner or close friend sooner rather than later!

    “But I’m quite young and healthy and a stroke is very unlikely for me”

    Good for you! And the median age of Dr. Andrew’s gargantuan study was 70 years. But:

    • do you have older relatives? Be aware for them, too.
    • strokes can happen earlier in life too! You don’t want to be an interesting statistic.

    Some stroke-related quick facts:

    Stroke is the No. 5 cause of death and a leading cause of disability in the U.S.

    Stroke can happen to anyone—any age, any time—and everyone needs to know the warning signs.

    On average, 1.9 million brain cells die every minute that a stroke goes untreated.

    Stroke is an EMERGENCY. Call 911 immediately.

    Early treatment leads to higher survival rates and lower disability rates. Calling 911 lets first responders start treatment on someone experiencing stroke symptoms before arriving at the hospital.

    Source: https://www.stroke.org/en/about-stroke

    What are the warning signs for stroke?

    Use the letters F.A.S.T. to spot a stroke and act quickly:

    • F = Face Drooping—does one side of the face droop or is it numb? Ask the person to smile. Is the person’s smile uneven?
    • A = Arm Weakness—is one arm weak or numb? Ask the person to raise both arms. Does one arm drift downward?
    • S = Speech Difficulty—is speech slurred?
    • T = Time to call 911

    Source: https://www.stroke.org/en/about-stroke/stroke-symptoms

    Last but not least, while we’re sharing resources:

    Download the PDF Checklist: 8 Ways To Help Prevent a Second Stroke

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  • Rebalancing Dopamine (Without “Dopamine Fasting”)

    10almonds is reader-supported. We may, at no cost to you, receive a portion of sales if you purchase a product through a link in this article.

    The 10almonds Team

    Rebalancing Dopamine (Without “Dopamine Fasting”)

    Listen to Dr. Anna Lembke's podcast focusing on rebalancing the brain's dopamine levels through fasting.
    Credit Steve Fisch

    This is Dr. Anna Lembke. She’s a professor of psychiatry at Stanford, and chief of the Stanford Addiction Medicine Dual Diagnosis Clinic—as well as running her own clinical practice, and serving on the board of an array of state and national addiction-focused organizations.

    Today we’re going to look at her work on dopamine management…

    Getting off the hedonic treadmill

    For any unfamiliar with the term, the “hedonic treadmill” is what happens when we seek pleasure, enjoy the pleasure, the pleasure becomes normalized, and now we need to seek a stronger pleasure to get above our new baseline.

    In other words, much like running on a reciprocal treadmill that just gets faster the faster we run.

    What Dr. Lembke wants us to know here: pleasure invariably leads to pain

    This is not because of some sort of extrinsic moral mandate, nor even in the Buddhist sense. Rather, it is biology.

    Pleasure and pain are processed by the same part of the brain, and if we up one, the other will be upped accordingly, to try to keep a balance.

    Consequently, if we recklessly seek “highs”, we’re going to hit “lows” soon enough. Whether that’s by drugs, sex, or just dopaminergic habits like social media overuse.

    Dr. Lembke’s own poison of choice was trashy romance novels, by the way. But she soon found she needed more, and more, and the same level wasn’t “doing it” for her anymore.

    So, should we just give up our pleasures, and do a “dopamine fast”?

    Not so fast!

    It depends on what they are. Dopamine fasting, per se, does not work. We wrote about this previously:

    Short On Dopamine? Science Has The Answer

    However, when it comes to our dopaminergic habits, a short period (say, a couple of weeks) of absence of that particular thing can help us re-find our balance, and also, find insight.

    Lest that latter sound wishy-washy: this is about realizing how bad an overuse of some dopaminergic activity had become, the better to appreciate it responsibly, going forwards.

    So in other words, if your poison is, as in Dr. Lembke’s case, trashy romance novels, you would abstain from them for a couple of weeks, while continuing to enjoy the other pleasures in life uninterrupted.

    Substances that create a dependency are a special case

    There’s often a popular differentiation between physical addictions (e.g. alcohol) and behavioral addictions (e.g. video games). And that’s fair; physiologically speaking, those may both involve dopamine responses, but are otherwise quite different.

    However, there are some substances that are physical addictions that do not create a physical dependence (e.g. sugar), and there are substances that create a physical dependence without being addictive (e.g. many antidepressants)

    See also: Addiction and physical dependence are not the same thing

    In the case of anything that has created a physical dependence, Dr. Lembke does not recommend trying to go “cold turkey” on that without medical advice and supervision.

    Going on the counterattack

    Remember what we said about pleasure and pain being processed in the same part of the brain, and each rising to meet the other?

    While this mean that seeking pleasure will bring us pain, the inverse is also true.

    Don’t worry, she’s not advising us to take up masochism (unless that’s your thing!). But there are very safe healthy ways that we can tip the scales towards pain, ultimately leading to greater happiness.

    Cold showers are an example she cites as particularly meritorious.

    As a quick aside, we wrote about the other health benefits of these, too:

    A Cold Shower A Day Keeps The Doctor Away?

    Further reading

    Want to know more? You might like her book:

    Dopamine Nation: Finding Balance in the Age of Indulgence

    Enjoy!

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