5 Health Benefits Of Cold Brew Coffee – Why Is Cold Brew Better Than Drip Coffee

5 Health Benefits Of Cold Brew Coffee – Why Is Cold Brew Better Than Drip Coffee

Cold Brew Filter BagCold brew, drip, or espresso, any sort of brewed coffee is good for us in moderation. There are numerous health benefits from drinking coffee. Coffee can boost the athletic performance, reduce the risk of diabetes, colon cancer, gallstones, and Parkinson’s disease, as well as improve the liver health. Cold brew, however, is particularly beneficial to our health, while reducing some of the side effects associated with consuming coffee. This is because the chemical profile of coffee brewed with cold water is different. I am not saying you should stop drinking your daily espresso if your body agrees with it. Cold brew, however, can give you the caffeine craving fix, and the delicious no-calorie drink, in a healthier way. Let’s see how cold brew is different from hot brewed coffee.

Cold Brew Coffee Health Benefits

Believe it or not, coffee is one of the healthiest drinks on the planet.  No, not your Starbuck’s coffee filled with an unknown number of chemical sweeteners and flavoring; but real coffee.  For those of you who at least understand the benefits of drinking coffee in a healthy manner, you may want to look at cold brew health benefits to take your coffee drinking to the next level!
For those of you who can drink traditional hot coffee without any ill-effects, switching to cold brew would certainly still benefit you.  However, especially for those individuals who experience stomach issues when they drink hot coffee, cold brew coffee could pose a surprising amount of advantage!
Furthermore, cold brew health benefits include the fact that it protects against damaging the powerful antioxidants in coffee which make it such a spectacular drink!  People generally do not consider the fact that roasting coffee can have ill effects on its health, but this is a fact!  You can have all the intended benefits of coffee, plus relieve stress on your stomach; simply by switching to cold brew!
There are many unique health benefits to drinking cold brew coffee, but here are the most important ones:
  1. Improved Control of Gastric Acid Secretion, (no acid reflux)
  2. Less Acid in Coffee Overall
  3. Increased Amounts of Antioxidants, (Chlorogenic Acid)
  4. Less cafestol and kahweol
  5. Lower caffeine content, (this means you can drink more of it)
Below, I will review each of these benefits, and how they will pertain to your overall health and enjoyment in drinking coffee!

Improved Control of Gastric Acid Secretion

We wrote a dedicated article on stomach pain and coffee, but here is a short reminder in the context of cold brew.
Generally speaking, if a person has stomach issues after drinking coffee, the first blame always goes towards the “acid” content of the coffee itself.  Although this can play a factor, it isn’t necessarily the entire story to the situation.
Little known, N-methylpyridinium (or NMP) is probably the much more cumulative cause of preventing stomach pain from drinking coffee.  NMP is formed during the roasting process of coffee and has been proven to have several health benefits in humans.  One of these health benefits is that it inhibits gastric acid secretion in your stomach, causing a less painful stomach after drinking coffee.
Furthermore, it has been proven many times that NMP formation is significantly higher in darker-roasted coffee, essentially proving that light roasted coffee will always be more painful on your stomach.
We recommended light coffee roasts for the cold brew in this article. Lighter roasts help even more to preserve phytochemicals in coffee. Some might argue that light roasts are harsh for sensitive stomachs, as we showed in this article. However, the low brewing temperature ensures that NMP is not extracted during brewing, therefore cold brew is not dependant on the roast type.

Contains Less Acid Overall

Cold brew health benefits include the fact that cold brew may have up to 67% less acid overall than traditional brewing methods. A common misconception is that the total acid content will affect the GERD problems for those sensitive. However, coffee acidity is so low, that it can’t cause you any problems from this perspective. There is another holistic view that an alkaline diet would be beneficial to our health.
Although I personally am not a supporter of this health claim, I have to note that cold brew coffee is less acidic than hot brews. The reason for this is simple, the brewing process. The low brewing temperature doesn’t allow the extraction of acidic substances, and therefore remains far less acidic overall.
The same remains true about light roasts with cold brew. You don’t need a dark roast in order to avoid acidity. Yes, it’s true, light roasts are more acidic than dark ones. But the low extraction temperature will reduce the acid content drastically.

Cold Brew Is a Powerful Antioxidant – Contains Increased Amounts of Chlorogenic Acid

Hot brewed coffee contains 40 mg caffeine per 100 gram and no essential nutrients in significant content. Cold brew coffee is very similar to drip from this perspective.  However, this is where the similarities stop. Recent discoveries in nutrition show the importance of phytonutrients in our health. Green coffee is an important source of phytochemicals, as a result, is a great antioxidant. However, high-temperature exposure destroys the antioxidants; the higher the temperature and the longer the exposure, the more of the antioxidants are destroyed. Coffee prepared at low temperatures preserves a higher ratio of antioxidants.
Chlorogenic acid is a powerful antioxidant which is found in coffee beans, but it is extremely sensitive to heat.  Chlorogenic acid itself is a reason for you to drink coffee every day, but roasting the coffee beans is detrimental to the health of this amazing antioxidant.
Light roast coffee can post a breakdown in chlorogenic acid up to 60%, while darker roasts can have a breakdown of up to 100%!  This is an extremely huge loss to the health of your coffee overall, as it is a commonly considered goal of science to one day maximize the amount of this product in every cup of coffee.
The only trade-off with cold brew is that some of the terpenes, (aromatic oils), in coffee are the basis for the aromas and taste of coffee. Since the terpenes need heat to be extracted from the grounds, cold brew doesn’t have the same kick that hot brew has. That’s why we didn’t all switch to cold brew yet. However, once you try a cup of cold brew you will be amazed by its complex aroma and taste. Cold brew coffee has a unique delicate flavor. People describe it as sweet, with floral and earthy notes, and without any bitterness. You don’t need any sugar and the taste is very mild.

Caffeine Content

I love my espresso in the morning. In fact, I love my espresso even in the afternoon. Many people though, cannot have the second cup, because of the caffeine. Some people don’t have any reaction even with huge amounts of caffeine, but for some, even a sip over the daily coffee dose can lead to serious problems. Even without an apparent reaction, large amounts of caffeine can lead to serious conditions such as osteoporosis, anxiety, depression, sleep problems, and many other problems. N.I.H. has an article about this here.
Cold brew coffee contains about 40 milligrams per 100 grams of coffee. This is 20 milligrams less than your regular drip coffee from the coffee shop. Sure, many people only drink coffee for the energy jolt. I drink it for pleasure, and I like to drink more of it, without the effects of ingesting too much caffeine. If your afternoon drink needs to be even less caffeinated, the best option is to mix it with chicory. This way you have a strong coffee, without the caffeine. Cold brew coffee and chicory is my favorite afternoon drink. Here is my article about chicory coffee.

Cold Brew and Cholesterol

There are a few studies that show that the consumption of unfiltered coffee can affect the cholesterol production. The two compounds that are responsible for stimulating the LDL cholesterol are kahweol and cafestol. This was confirmed scientifically and presented by JRSM here.
I personally don’t care much about LDL cholesterol raised by coffee, even though I am a health nut. But that’s another discussion. Anyway, going back to the subject, it is assumed that cold brew contains less kahweol and cafestol because of the low brewing temperature. There is no scientific research on the subject, it’s just assumed that the two terpenes are extracted better at higher temperatures. If you want to make sure you don’t get them into your coffee, just filter it. Oh, and make sure your grinder is a good one so that your grounds are uniformly ground. Fines can transfer the two compounds into your cup.

Cold Brew Health Benefits Review

If you are one of the millions of people who avidly begin their day with a cup of coffee for energy and alertness, it is wise that you consider how you are ingesting your coffee.  Although you may not currently suffer from heartburn or any stomach issues, you can protect and benefit your stomach by switching to a brewing method (dark roast), which has far more of the compound NMP.
If you have attempted to drink dark roast coffee, and still cannot handle the stomach issues, cold brew coffee is probably the perfect drink for you!  Cold brew has a substantially lower amount of acid than any roasting technique and does not sacrifice any of the traditional coffee bean benefits as they do.  The many faces of cold brew nutrition should be enough for you to at least give it a try!
Cold brew coffee will have your body ingesting much more of the powerful antioxidant, chlorogenic acid, as well as protecting your body against harmful acid!

Coffee And Health: Brewing The Healthiest Cup Of Coffee Possible

http://feelhappiness.com/coffee-health-benefits/

Coffee And Health: Brewing The Healthiest Cup Of Coffee Possible


Can you imagine how unproductive the American office worker would be if coffee wasn’t widely available? I shudder to even consider the prospect of this awful, dystopian world.
Besides water and tea (and I have much to say about how beneficial it is to drink green tea), coffee is the most popular beverage in the world. According to Statistic Brain, 54% of Americans over the age of 18 drink coffee on a daily basis – that’s more than 100 million people. Out of these, 60% claim they need coffee to start their day, and 54% claim they “need coffee to feel like their self".
Coffee, due to its caffeine content, is pretty damn addictive. At one point in my life, I went from having barely drank coffee in my life to six cups a day in 10 weeks. And trying to quit after that? Ugh! Intense headaches and no motivation to get out of bed. Personally, I suspect that the addictive nature of caffeine has fueled some of the popular perception that coffee isn’t particularly healthy, or at least is a somewhat “risky" thing to drink regularly.
Luckily, this perception is inaccurate. While there are some people who are very sensitive to caffeine, the rest of us can drink coffee without a problem. Even pregnant women can likely drink up to two cups of coffee per day without negatively impacting the child. And for the rest of us, coffee is actually pretty damn healthy!

What’s In A Cup Of Coffee?

Before diving into the health benefits of coffee, it is worth knowing what is actually in the coffee you drink. There are hundreds of different compounds in coffee, but there are a few that are most important.
  • Caffeine. Duh. This is the main psychoactive component of coffee, and by far the most studied. Many of the health effects described later in this article are due to caffeine (which, of course, you can get from non-coffee sources). It’s that thing that wakes you up, but it’s also the thing that might make you irritable and restless.
  • Chlorogenic acids. These are phenolic compounds, 45 of which have been found in coffee thus far. They also are responsible for much of the health impact of coffee – phenolic compounds are antioxidants and do a lot of good stuff.
  •  
  • Diterpines. Primarily cafestol and kahweol. These guys help give coffee its bitter taste, and they help fight cancer. For what it’s worth, they also are linked to higher cholesterol levels, if that’s something you’re concerned about.
While you might expect that these components will exist in roughly the same proportions in each cup of coffee, you would be mistaken. For instance, the amount of caffeine in a cup of coffee varies dramatically, even when purchased from the same coffee shop on a different day. Many things can affect the caffeine content: the variety of bean, roasting method, particle size, brewing time, and the proportion of coffee to water.
There really is a science to coffee, and the way it is prepared will have an impact. Covering all of these differences is beyond the scope of this article. However, it is worth noting that lighter roasts have more of the healthy chlorogenic acids than dark roasts (though it is unclear whether lighter roasts have more caffeine, as rumored). Instant coffee is also loaded with chlorogenic acids. To maximize the health benefits of coffee, it is better to choose a light roast or instant coffee…which is a bummer, because my favorite is French roast. Oh well.

Health Benefits of Coffee

Drinking coffee may feel as though it gives you superpowers in the morning, but it also does a whole host of nice things for your body behind the scenes.

Coffee, The Brain, and Cognitive Function

Let’s start with the health impact of coffee and caffeine on the brain – an area that I personally find most compelling. Diseases such as Alzheimer’s and Parkinson’s are debilitating for the elderly, and can be devastating to the families of those afflicted (particularly in the case of Alzheimer’s). Unfortunately, there are no cures yet.
But there are ways to prevent the onset of these diseases, and caffeine seems to be one of the best. While the mechanism of action is not fully understood, it appears that caffeine protects against Alzheimer’s and Parkinson’s by protecting the integrity of the blood-brain barrier.1 A 2010 meta-analysis found caffeine to substantially reduce Parkinson’s disease risk – there was an overall risk reduction of 25%, with a linear dose-response.2 In other words, each additional cup of coffee should decrease your risk in proportion to how much caffeine it contains. However, it does appear that estrogen may block some of caffeine’s neuroprotective effects, so women undergoing hormone replacement therapy may not benefit.3 A 2007 review found a decreased risk of Alzheimer’s in coffee drinkers,4 and lifetime caffeine exposure and current caffeine consumption have a positive impact on cognitive function in elderly women.5
But wait, there’s more! Total coffee and tea intake has been associated with a reduced risk of brain tumors.6 Not only that, but a 2015 meta-analysis showed that coffee and caffeine are significantly related to a reduced risk of depression; each additional cup of coffee per day reduces the risk of depression by 7%!7
Some of the more exciting research regarding caffeine’s impact on the brain is about how it affects cognitive function in healthy individuals. Much of this research is summarized in Nehlig 2010,8 a paper which I would highly recommend to interested readers.
“It has been repeatedly demonstrated that caffeine decreases reaction time, increases vigilance and attention, and has positive effects on mood (at the doses used in most studies that will be considered here)."
Here are some more specifics and qualifications:
  • “…caffeine facilitates learning in tasks in which information is presented passively; in tasks in which material is learned intentionally, caffeine has no effect."
  • “…caffeine does not seem to consistently improve immediate free recall of words, letters and digits. Caffeine facilitates performance in tasks involving working memory to a limited extent, but hinders performance in tasks that heavily depend on working memory."
  • “It is well-known that caffeine ingestion leads to dose-dependent increased energetic arousal. At low doses, caffeine improves hedonic tone and reduces anxiety, while at high doses there is an increase in tense arousal, including anxiety, nervousness, and jitteriness. Caffeine improves concentration and help to focus mainly by eliminating distractors."
  • “Caffeine can apparently improve performance directly over a wide variety of mental tasks, and indirectly by reducing decrements in performance under suboptimal alertness conditions. The efficacy of caffeine under states of reduced alertness is quite consistent."
In other words, caffeine is not a perfect performance enhancer, but it definitely has some serious positives. In particular, it seems to be helpful for those who are sleep deprived or otherwise tired. Note that it is also possible that some of these beneficial effects are merely the result of correcting for caffeine withdrawal symptoms that subjects may have been experiencing; whether or not this is the case is up for debate. In either case, it is clearly beneficial for the brain.

Coffee And Cancer

Coffee, perhaps due to its phenolic compounds, substantially reduces the risk of various types of cancers. For instance, Yu et al. (2011) found that each additional cup of coffee per day reduced the risk of cancer by 3%.9 Specifically,
“In subgroup analyses, we noted that, coffee drinking was associated with a reduced risk of bladder, breast, buccal and pharyngeal, colorectal, endometrial, esophageal, hepatocellular, leukemic, pancreatic, and prostate cancers."
Other studies have investigated the effects of coffee on different kinds of cancer. For instance, a 2012 meta-analysis found that each cup of coffee conferred an 8% reduced risk of endometrial cancer,10 and a meta-analysis from 2011 showed that each additional cup reduced the risk of pancreatic cancer by 4%.11
Perhaps the most impressive cancer reduction is that of liver cancer; a 2007 meta-analysis found that an increase of 2 cups of coffee per day was associated with a 43% reduced risk of liver cancer!12 In fact, coffee seems to just be great for your liver in general. Cadden et al. (2007) found that coffee prevents the elevation of liver enzymes, and reduces the risk of cirrhosis and hepatocellular carcinoma (liver cancer).13 A more recent review, Saab et al. (2014) found that coffee consumption is beneficial in a wide range of liver diseases, and recommended that coffee consumption be promoted among those with liver issues.14 Note that, consistent with our discussion above, the study found that filtered coffee appears to have more benefits than unfiltered coffee.

Coffee and the Cardiovascular System

Since caffeine is a stimulant, there are many who are concerned that drinking coffee may not be good for your heart. This fear is primarily centered on the belief that drinking coffee will increase blood pressure. What does the evidence say?
Overall, the evidence is mixed but promising for coffee drinkers. One review of prospective observational studies found that drinking more than 3 cups of coffee per day was not associated with an increased hypertension risk, but that 1-3 cups per day is associated with a slight increase.15 In contrast, a more recent meta-analysis found no significant effects from coffee on blood pressure.16 A different meta-analysis found that hypertensive individuals may experience an acute increase in blood pressure when drinking coffee, but that they experienced no increase in blood pressure with long-term consumption of coffee.17 In other words, those who don’t normally drink coffee may experience a short-term spike in blood pressure, but habitual coffee drinkers won’t have elevated blood pressure compared to non-drinkers.
The story doesn’t end there. Interested readers can refer to Bonita et al. (2007) for a review of the mechanisms by which coffee components may influence cardiovascular health and risk factors.18 In practice, these effects provide some benefits with respect to cardiovascular disease outcomes (O’Keefe et al, 2013).19
“From a cardiovascular (CV) standpoint, coffee consumption may reduce the risk of type 2 diabetes mellitus and hypertension, as well as other conditions associated with CV risk such as obesity and depression; but it may adversely affect lipid profiles depending on how the beverage is prepared. Regardless, a growing body of data suggests that habitual coffee consumption is neutral to beneficial regarding the risks of a variety of adverse CV outcomes including coronary heart disease, congestive heart failure, arrhythmias, and stroke. Moreover, large epidemiological studies suggest that regular coffee drinkers have reduced risks of mortality, both CV and all-cause."
A gigantic meta-analysis performed on 1.28 million subjects found that 3-5 cups of coffee per day was associated with a decrease in cardiovascular disease risk by about 10%, and that even heavier consumption did not elevate risk.20
Coffee appears to be dramatically beneficial with respect to diabetes. A 2005 review found that drinking 4-6 cups of coffee per day reduces the risk of type 2 diabetes by 28%, and 6+ cups per day reduces the risk by 35%.21 Consistent with these findings, a more recent meta-analysis on over 450,000 participants found that each additional cup of coffee per day reduced the risk of diabetes by 7%.22 It is worth noting that those who drank decaf coffee had a similar risk reduction, so it is not the caffeine that confers this benefit.
Finally, I should point out that filtered coffee removes more of the diterpine compounds – cafestol and kahweol – which increase serum lipids or cholesterol levels. Boiled or unfiltered coffee doesn’t remove these compounds, and is thus more likely to raise cholesterol levels. Conventional wisdom is that we should aim for lower cholesterol levels, but there are also many nutritionists (or just hobbyists like myself) who believe that high cholesterol is fine, if not a good thing. I’ll leave it to you to determine whether you care about this effect or not.

Coffee and Dental Health

Coffee has been known to stain teeth, but this is purely a cosmetic issue. It also isn’t exactly conducive to having fresh breath. Not to downplay these concerns, but coffee may on the whole be beneficial to your oral health.
Some evidence suggests that coffee reduces the risk of dental caries (cavities) when taken straight black; adding milk and sugar ameliorated this benefit.23 It appears that the antioxidants in coffee make your teeth less adhesive, so bacteria don’t stick to them as well. A recent study found that coffee consumption was associated with a small reduction in periodontal bone loss, and no evidence of harmful effects was found.24

Coffee and Hydration

It is commonly believed that drinking coffee causes dehydration, and some recommend that for every cup of coffee you drink, you need an extra cup of water beyond the normal recommendations. That coffee makes me feel the need to pee far more often doesn’t help.
But it turns out that coffee may not be as dehydrating as people think. For instance, Ruxton (2008) concludes that
“The available studies on hydration found that caffeine intakes up to 400 mg per day did not produce dehydration, even in subjects undergoing exercise testing. It was concluded that the range of caffeine intake that appeared to maximise benefit and minimise risk is 38 to 400 mg per day, equating to 1 to 8 cups of tea per day, or 0.3 to 4 cups of brewed coffee per day."25
Perhaps a higher caffeine intake than that may cause dehydration, but there are not enough studies with such high consumption to make that conclusion.
A more recent study of 50 males consuming 4 mg/kg of caffeine (the equivalent of 270 mg of caffeine, or 2-3 cups of coffee, for someone who weighs 150 lbs) found that coffee has an equal hydration effect as water.26 In other words, those who consume coffee in moderation should be able to count a cup of coffee as the equivalent as a cup of water in determining their overall fluid intake for hydration status. The researchers acknowledged that high doses of caffeine in individuals who don’t normally consume caffeine will cause an acute increase in urine volume, however.

Coffee and Exercise Performance

Caffeine is often added to pre-workout supplements, perhaps partly for marketing purposes: it helps get people to buy your product when they can say that they actually felt its effects acutely, something that caffeine will surely do. But it actually does benefit exercise performance, though it isn’t entirely clear-cut what it will benefit and how much needs to be consumed to experience those benefits.
There appears to be substantial agreement that caffeine improves endurance performance. In addition, there is some evidence that coffee and caffeine itself have similar benefits for endurance training when consumed one hour before the bout of exercise.27
In high doses, caffeine is considered a performance enhancing substance. But what about more normal doses? A review by Spriet (2014) addressed this question by looking at studies using a “low" dose of 3 mg/kg, or about 200 mg (2 cups of coffee) for most individuals, finding that there are performance improvements.28 To summarize the findings:
“It has long been known that moderate to high caffeine doses (5–13 mg/kg bm) ingested ~1 h before and during exercise increase endurance exercise performance in laboratory and sport field settings. Recent work also suggests that caffeine is ergogenic in some short-term high-intensity exercise and sport situations and also in team-sport simulations. Lower caffeine doses (≤3 mg/kg bm, ~200 mg) taken before exercise also increase athletic performance, and recent evidence has demonstrated an ergogenic effect of low and very low doses of caffeine taken late in prolonged exercise. Low caffeine doses do not alter exercise-induced changes in peripheral whole-body responses to exercise and are associated with few, if any, side effects. Low doses of caffeine (~200 mg) have also been shown to improve vigilance, alertness and mood, and improve cognitive processes during and following strenuous exercise."

Coffee and Mortality Risk

Ahhh, mortality risk. The motherlode of health benefits! While causality has yet to be established, there is a strong association between reduced mortality risk and drinking coffee.
A very large study conducted by Freedman et al. (2012) measured the association between all-cause mortality risk and coffee consumption in over 400,000 individuals.29 They found that drinking coffee reduces the risk of death from all causes by a few percentage points, whether drinking caffeinated or decaf coffee.
“Adjusted hazard ratios for death among men who drank coffee as compared with those who did not were as follows: 0.99 (95% confidence interval [CI], 0.95 to 1.04) for drinking less than 1 cup per day, 0.94 (95% CI, 0.90 to 0.99) for 1 cup, 0.90 (95% CI, 0.86 to 0.93) for 2 or 3 cups, 0.88 (95% CI, 0.84 to 0.93) for 4 or 5 cups, and 0.90 (95% CI, 0.85 to 0.96) for 6 or more cups of coffee per day (P<0.001 for trend); the respective hazard ratios among women were 1.01 (95% CI, 0.96 to 1.07), 0.95 (95% CI, 0.90 to 1.01), 0.87 (95% CI, 0.83 to 0.92), 0.84 (95% CI, 0.79 to 0.90), and 0.85 (95% CI, 0.78 to 0.93) (P<0.001 for trend). Inverse associations were observed for deaths due to heart disease, respiratory disease, stroke, injuries and accidents, diabetes, and infections, but not for deaths due to cancer."
To translate, drinking one cup of coffee per day reduced the risk of death by 6%, drinking 2-3 cups per day reduced the risk by 10%, drinking 4 or 5 cups was associated with a 12% decrease in mortality, and drinking 6 or more cups reduced the risk by 10%. In other words, moderate consumption of coffee may help you cheat death a little longer.

Healthy Ways to Consume Coffee

By now, surely you are convinced that coffee is not only safe, but a healthy thing to consume in moderate amounts on a daily basis, despite the stigma against it. That being said, not all coffee is equal, and there are both good and bad ways to take it.
First things first – ditch the cream and sugar. Sugar is bad for you, period. Cream will add a lot of calories to your coffee, but won’t add any real benefits. Most creamers are very unhealthy. Follow this rule alone – that is, take your coffee straight black – and you won’t jeopardize the health benefits of coffee by adding a bunch of harmful crap to it. Coffee is also a crop that is heavily sprayed with pesticides, so it is worth springing for organic if you can afford it.
Not everyone can handle the deliciousness that is black coffee. Luckily, there are still things you can put in your coffee to improve the taste and texture without sacrificing your health. Here are a few suggestions:
  • Personally, I like to add coconut oil and cinnamon to my coffee. The cinnamon is very healthy and adds flavor. Coconut oil contains healthy medium-chain triglycerides (MCTs) which boost energy. The coconut oil also makes it a little more “creamy", for those of you who need to replace unhealthy creamers.
  • Drop a square of uber-healthy dark chocolate into your cup and let it melt. The darker, the better. Aim for a minimum of 70% cacao content.
  • Try using egg yolks as an emulsifier. Egg yolks are super healthy and are loaded with micronutrients. Plus, they are a breakfast food, so they sort of “go" with coffee well. Here’s a recipe.
  • Something called “Bulletproof Coffee" seems to be all the rage nowadays. It’s your standard black coffee with some added grass-fed butter and some MCT oil (such as that from coconut oil) thrown into a blender. Here is a recipe, straight from the inventor. This guy is selling his own butter and MCT oil, but they are overpriced. You can make this yourself with grass-fed butter and coconut oil.
  • Will Brink created what he calls “Bomb Proof Coffee", which contains added cocoa powder (make sure it isn’t “Dutch Processed"), l-tyrosine, creatine, and coconut oil. These videos describe what is in it and how to make it, and this article explains the science behind why the ingredients should be included.
With a little creativity, I’m sure you can come up with your own healthy additions. Note that coconut oil seems to be a common one, and is quite delicious. Side benefit: it keeps my lips from getting chapped. My preferred brand is Viva Labs, which is cheap and high quality. You can get yours here.
Besides these various add-ins, the method you brew your coffee also has an impact. I’ll admit that I’m out of my league here – I just use a single-serving K-cup machine. Nevertheless, there are some differences in what compounds different brews will produce:
  • Standard drip coffee maximizes caffeine content and decreases diterpines
  • French press doesn’t filter out diterpines
  • Single-serve machines reduce both caffeine and diterpine content
  • Instant coffee reduces caffeine and filters out nearly all diterpines
  • Cold-brew coffee has ambiguous effects on caffeine and retains most of the diterpines
Different brewing methods also affect the flavor of your coffee. You can find amusing but unscientific taste tests from Thrillistand Huffington Post. Thrillist recommended the AeroPress machine in their test (currently about $34 on Amazon), while HuffPo recommended the Chemex (currently $36 on Amazon).
Instant coffee, despite its taste, is a healthy way to go for those concerned about cholesterol. For anyone else, the French press results in a more “pure" product than the drip or single-serve methods (and here is a quality French press for about $25). Cold-brewed coffee is about two-thirds less acidic than the other methods, so it is less likely to upset your stomach and would be better for those with acid-reflux (and perhaps is better for your teeth?). This involves steeping ground coffee in water for 12+ hours in a cool environment.

Conclusion

It is a very lucky thing for the world that coffee is such a healthy drink. Do not be afraid to indulge yourself and have a few cups of coffee per day. It’s a fantastic part of a good morning routine.

Footnotes
  1. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3086010/
  2. http://www.coffeeeureka.com/wp-content/uploads/2014/10/Caffeine-Exposure-and-the-Risk-of-Parkinson%E2%80%99s-Disease.pdf
  3. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3221408/
  4. http://www.maneyonline.com/doi/abs/10.1179/174313206X152546
  5. http://aje.oxfordjournals.org/content/156/9/842.full
  6. http://ajcn.nutrition.org/content/92/5/1145.short
  7. http://anp.sagepub.com/content/early/2015/09/09/0004867415603131.abstract
  8. http://content.iospress.com/download/journal-of-alzheimers-disease/jad091315?id=journal-of-alzheimers-disease%2Fjad091315
  9. http://bmccancer.biomedcentral.com/articles/10.1186/1471-2407-11-96
  10. http://onlinelibrary.wiley.com/doi/10.1002/ijc.27408/full
  11. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3063915/
  12. http://www.gastrojournal.org/article/S0016-5085(07)00568-9/fulltext?refuid=S0973-6883(12)00036-9&refissn=0973-6883
  13. http://onlinelibrary.wiley.com/doi/10.1111/j.1365-2036.2007.03319.x/full
  14. http://onlinelibrary.wiley.com/doi/10.1111/liv.12304/full
  15. http://ajcn.nutrition.org/content/93/6/1212.full
  16. http://journals.lww.com/jhypertension/Abstract/2012/12000/The_effect_of_coffee_consumption_on_blood_pressure.1.aspx
  17. http://ajcn.nutrition.org/content/early/2011/08/31/ajcn.111.016667.full.pdf
  18. https://www.researchgate.net/profile/Joe_Vinson2/publication/6439485_Coffee_and_cardiovascular_disease_in_vitro_cellular_animal_and_human_studies/links/551ee5390cf29dcabb08412d.pdf
  19. http://content.onlinejacc.org/article.aspx?articleid=1712575
  20. http://circ.ahajournals.org/content/early/2013/11/07/CIRCULATIONAHA.113.005925.full.pdf
  21. https://jama.jamanetwork.com/article.aspx?articleid=201177
  22. https://archinte.jamanetwork.com/article.aspx?articleid=773949
  23. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2848806/
  24. https://www.researchgate.net/profile/Elizabeth_Kaye/publication/259445701_Coffee_Consumption_and_Periodontal_Disease_in_Men/links/53da40260cf2e38c633667b8.pdf
  25. https://classnet.wcdsb.ca/sec/StM/Gr11/Technology/TPJ-3MI/Class%20Documents/Unit%203%20-%20The%20Muscular%20System/Impact%20Of%20Caffeine%20On%20Mood%20Performance%20and%20Hydration.pdf
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  27. http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0059561
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  29. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3439152/