So the aflatoxins in peanuts up the lifetime risk of liver cancer by 1/35,000 you say? Well, compared to the increased risk of cancer by 7% for each serving of alcohol, and considering that red wine and peanuts both have a antimicrobial affect (Don't know how they compare), I think that's a rather acceptable tradeoff. Eat your lycopene and green leafy nitrates if you want to prevent cancer.
It's interesting how well peanuts seem to sate my hunger. Maybe that's why snickers is so effective. It's the peanuts. I think these boogers must have the fat and minerals the body desires so much and that's why they taste so good and seem to satisfy hunger. The other nuts don't seem to be as effective at satisfying hunger, or so it seems. As much as people try to tell me other tree nuts are better because of the aflatoxins, the effectiveness of peanuts vs. the other nuts in tasting good and satisfying hunger is telling me another story.
Maybe it's the special blend of nutrients/minerals it has.
https://www.quora.com/Why-do-peanuts-taste-so-good
What is biotin?
https://draxe.com/biotin-benefits/
Oh, so the biotin in peanuts help the body utilize the fat in peanuts for energy. That sounds like a good thing, sounds like a way to promote low-microbial-activity non-carb energy intake. The fact it "makes you beautiful" is telling of its significance.
Just sitting here eating a pineapple and now my mouth is feeling tingly. So, I'm wondering if this tropical fruit is another one of those antimicrobial tropical wonders.
Appear it is!
http://naturalsociety.com/cough-try-pineapple-juice/
A sugary carb source with a builtin antimicrobial. Sounds smart to me! I'm just willing to bet if you ate a whole pineapple and then had an equivalent amount of sugar in the form of some sugary milk and cereal, you'd find the blood pressure rise from a pineapple to be a /LOT/ less. I think I might just experiment with this hypothesis soon enough... maybe...
And, an actual research paper:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4229839/
The amount of antimicrobial this and that in the tropics is ridiculuous. I'm guessing the cozy environment (Hot & moist) that the tropics provides for bacterial growth had put high population pressures on the plants there to develop antimicrobial features, and that's why it seems to be so common among the plants/fruits/beans/etc. originating there. And maybe that's why the people who consume the native diet of the tropics are so healthy/live-so-long.
Wow, not me! I think peeling a kiwi is a pain in the ass, so I just eat the whole thing, and the center of a pineapple is freaking scrumptious. Has that oh-so-enjoyable meaty texture to it. And, uh oh, seeing that "antioxidant' hokum pokum. I'm assuming they mean... antibacterial.
So, pineapple /really/ is the missing ingredient to my tomato-rice meals. It doesn't just make it taste absolutely scrumptious, it keeps the bacteria at bay from fermenting the rice/tomato-sugars. (I've had a few suspicious reactions to rice/tomatos, so I think adding antibiotics might be in order. I've been avoiding the rice for now because I've been having suspicious reactions to it recently. I've been focusing on fruit for my carb sources in the meantime and I've so far have had no suspicious reactions to fruit.)
And... oh... when they say "anti-inflammatory", that's pretty much code word for antibacterial methinks. Because bacteria initiates the immune response causing inflammation, so hence bacteria=inflammation. Thus, Anti-inflammatory = anti-bacterial.
So continuing along that line, I wondered... is fish oil antibacterial? It's often described as an "antinflammatory" just as Omega-3 fatty acids are, like flaxseed oil.
Well... lookie here...
https://www.ncbi.nlm.nih.gov/pubmed/22150831
DHA, that's the fatty acid that's thought to have the most health benefit according to the research (Reduce cardiovascular hazard, improved dementia, alzheimers, etc.) AND... according to this paper... it's also the most active against bacteria. Isn't that a coincidence?
What about flaxseed oil? (Another popular omega-3 often described as anti-inflammatory.)
https://www.ncbi.nlm.nih.gov/pubmed/20602175
Linum usitatissimum (linseed/flaxseed) fixed oil: antimicrobial activity and efficacy in bovine mastitis.
What is this cefoperazone?
So, you're telling me that flaxseed is as effective if not more effective than one of the most powerful antibiotics on the market? Yeah, ok, I think I've discovered flaxseed oils and, in general, "omega 3s" secrets. They're powerful antibiotic fatty acids, and that's probably the most important reason for their well documented health benefits. [Regular consumption of flaxseed oil substantially improves bloodflow rates. Would imply that the coagulase from staph aureus has a habit of slowing down the bloodflow... which makes sense if coagulase has a tendency to clot up the blood... hence the name (Based on the word 'coagulate').]
Boy, getting my business of national television and solving all of life's medical mysteries... man, I'm on a f/u/cking roll.
I'm starting to think that "God Complex" that I've exhibited from time to time has some basis in reality. :lol:
I'm thinking I might add some garlic and flaxseed to my garden, it'll be in the "antibacterial" section, lol [I'm definitely having a tropical section for the winter.].
And, you know what, that pineapple really seemed to wake me up. I'm not sure if it's the sugar or its strong antibiotic properties that woke me up. Or maybe it's some vitamin...? Seems hard to believe that 40 grams of sugar would keep me feeling this awake for this long. Then again, maybe not so hard to believe. I've had some 100 grams of carbs so far today.
So, anyway... I'm going to say it... that popularized notion of Omega-6:Omega-3 ratio is horse hockey. It's all about how frequently you consume omega 3s.
Which then leads me to the question if the omega 3s in pasture fed cow milk products also have an antibacterial affect? Well, I should probably find out what their fatty acids are exactly, the "omega 3" ones... I doubt too many people have looked at precisely the antimicrobial nature of pasture-fed cow milk products, lol. [But, I could be wrong; worth a gander]
Ok, not seeing a whole lot of research in this particular direction. Now, let's identify the omega 3 fatty acids in pasture fed cow milk.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2846864/
A review of fatty acid profiles and antioxidant content in grass-fed and grain-fed beef
Already seeing that hokum pokum word again... I'm starting to think it's another one of those 'code words' for antibacterial, just like 'anti-inflammatory'....
According to a table(Table 2), it appears that these omega-3 fatty acids are in higher quantities in grass fad cow milk products.
Now let's research every one of these.
http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0116519
Linolenic acid fights against H. Pylori, a cause of peptic ulcers.
https://www.ncbi.nlm.nih.gov/pubmed/119029777
Linolenic strong against the biggest baddy of them all, staph aureus.
Having difficulty discriminating out the Environment Protection Agency pages...
Ok, here's one:
http://www.sciencedirect.com/science/article/pii/S0023643807000060
Oh look, it's staph aureus again!
DPA(dipicolinic acid antibacterial); no obvious antibacterial properties or at least little to no research I could find.
DHA - the fish oil fatty acid. It's the one that's already been demonstrated as antimicrobial higher up in the post.
So, 3 of the 4 omega-3 fatty acids in pasture fed cow milk and it's products (Cheese, yogurt, etc.) are antibacterial against staphylococcus aureus and a bunch of others. So, yes, eating pasture fed cow cheese has an antimicrobial advantage over soy&corn fed cow cheese. As well, as I'm assuming, pasture fed cow milk though it has sugars... so I'm not certain how that balances out... It would seem likely that full fat pasture fed cow milk would likely not grow bacteria populations, and may even decrease existing ones.
It's interesting how 'eating as nature intended' seems to naturally provide an antibiotic strategy against the bad bacteria in this world, whereas, the modern processed diet(including bread), decidely does not. It almost seems like it's designed that way... or perhaps organisms evolved that way...
It's pretty interesting how much my bias against the 'skim milk', 'fat free' milk products and my exclusionary preference for pasture fed cow products has some sound basis in reality. I didn't know I was essentially rooting for the antimicrobial strategy... it just didn't seem that's the way cows and milk were naturally designed, so it was wrong.
So, it's obvious to me know that one shouldn't consume omega 3 for the purpose of achieving the ideal omega3
mega6 ratio, but to seek out frequent consumption of it(Particularly with meals) because it's antimicrobial. I suppose, however, if Omega-6 might dilute the concentration of omega-3 in the diet, it might reduce the antibacterial effectiveness of the omega-3. So, perhaps the omega3
mega6 ratio has some basis in reality (Though, I think omega3:everything-else-consumed is probably more pertinent), though it seems obvious to me it's more important to consume enough omega3 on a frequent enough basis as opposed to trying to achieve ideal ratios. (If both are achieved, there might be a bonus.)
So what have I discovered in this post? The antibacterial properties of omega-3s and it's connection to staph aureus's coagulase and increased bloodflow. That's pretty important, yes, that moves it from a 'myth' to a 'real' concept. (I've recently been buying the cheaper cheese for the last 2 weeks... so this research matters...)
You know, people have been asking me if I was going to get a cow, lol. I said nope, don't have enough land for that! lol. But if I did, it'd be a milking cow and it'd eat grass. And, I'd probably try my hand at cheese making. Looks like a cow needs 2 acres, guess maybe I should save up for a 5 acre lot, preferably already deforested and/or grassland. [I don't really want to remove the forests if there's usable land already out there. I'd rather preserve the forests, especially 5 acres worth.]
It's interesting how well peanuts seem to sate my hunger. Maybe that's why snickers is so effective. It's the peanuts. I think these boogers must have the fat and minerals the body desires so much and that's why they taste so good and seem to satisfy hunger. The other nuts don't seem to be as effective at satisfying hunger, or so it seems. As much as people try to tell me other tree nuts are better because of the aflatoxins, the effectiveness of peanuts vs. the other nuts in tasting good and satisfying hunger is telling me another story.
Maybe it's the special blend of nutrients/minerals it has.
https://www.quora.com/Why-do-peanuts-taste-so-good
Also, in addition to mere fat, peanuts have a pretty good nutrition profile in general. In particular, peanuts are one of the best sources of biotin, which has a range of potentially powerful health effects, as per (biotin) .
What is biotin?
https://draxe.com/biotin-benefits/
Biotin acts as a coenzyme in the body that’s needed for the metabolism of fatty acids, amino acids and glucose. This means that when we eat foods that are sources of fats, proteins and carbohydrates, vitamin B7 biotin must be present in order to convert and use these macronutrients for bodily energy, to carry out physical activities and for proper psychological functioning.
Biotin is also a nutrient that helps us keep a young, attractive appearance since it plays a major part in maintaining the health of our hair, nails and skin. In fact, biotin sometimes gets the nickname the “H” vitamin, which stems from the German words Haar and Haut that mean “hair and skin.” Vitamin B7 biotin is commonly added to hair and skin beauty products, although it’s believed to not be absorbed very well through the skin and actually must be ingested to be fully beneficial.
Oh, so the biotin in peanuts help the body utilize the fat in peanuts for energy. That sounds like a good thing, sounds like a way to promote low-microbial-activity non-carb energy intake. The fact it "makes you beautiful" is telling of its significance.
Just sitting here eating a pineapple and now my mouth is feeling tingly. So, I'm wondering if this tropical fruit is another one of those antimicrobial tropical wonders.
Appear it is!
http://naturalsociety.com/cough-try-pineapple-juice/
Pineapples contain copious amounts of vitamin C, manganese, and something known as bromelain, an enzyme that fights inflammation. Said to prevent unhealthy blood clots and improve digestion, bromelain works on a variety of fronts to encourage healing and discourage illness. It has antiviral, anti-inflammatory, and antibacterial properties. Together, these components can sooth a cough by calming the airways and fighting infection.
One study found that pineapple is actually more effective at quelling a cough than cough syrup—up to 5 times more effective.
A sugary carb source with a builtin antimicrobial. Sounds smart to me! I'm just willing to bet if you ate a whole pineapple and then had an equivalent amount of sugar in the form of some sugary milk and cereal, you'd find the blood pressure rise from a pineapple to be a /LOT/ less. I think I might just experiment with this hypothesis soon enough... maybe...
And, an actual research paper:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4229839/
Bromelain exerts an antibacterial effect against potent periodontal pathogens; hence, it may be used as an antibacterial agent. However, further trial has to be conducted to validate this result.
The amount of antimicrobial this and that in the tropics is ridiculuous. I'm guessing the cozy environment (Hot & moist) that the tropics provides for bacterial growth had put high population pressures on the plants there to develop antimicrobial features, and that's why it seems to be so common among the plants/fruits/beans/etc. originating there. And maybe that's why the people who consume the native diet of the tropics are so healthy/live-so-long.
Of course, missing from that picture are the parts of those superfoods that you may often discard, such as the skin of the kiwi and the hard core of the pineapple. But before you toss out these food parts, dietitians say, it’s time to reconsider what you’re cutting away. Many of these pared-off parts of fruits and veggies are positively brimming with antioxidants, and eating them can boost your health.
Wow, not me! I think peeling a kiwi is a pain in the ass, so I just eat the whole thing, and the center of a pineapple is freaking scrumptious. Has that oh-so-enjoyable meaty texture to it. And, uh oh, seeing that "antioxidant' hokum pokum. I'm assuming they mean... antibacterial.
So, pineapple /really/ is the missing ingredient to my tomato-rice meals. It doesn't just make it taste absolutely scrumptious, it keeps the bacteria at bay from fermenting the rice/tomato-sugars. (I've had a few suspicious reactions to rice/tomatos, so I think adding antibiotics might be in order. I've been avoiding the rice for now because I've been having suspicious reactions to it recently. I've been focusing on fruit for my carb sources in the meantime and I've so far have had no suspicious reactions to fruit.)
And... oh... when they say "anti-inflammatory", that's pretty much code word for antibacterial methinks. Because bacteria initiates the immune response causing inflammation, so hence bacteria=inflammation. Thus, Anti-inflammatory = anti-bacterial.
So continuing along that line, I wondered... is fish oil antibacterial? It's often described as an "antinflammatory" just as Omega-3 fatty acids are, like flaxseed oil.
Well... lookie here...
https://www.ncbi.nlm.nih.gov/pubmed/22150831
Burkholderia cepacia complex (Bcc) bacteria are opportunistic pathogens that cause multiresistant pulmonary infections in patients with cystic fibrosis (CF). In this study, we evaluated the in vitro antimicrobial efficacy of eight unsaturated fatty acids against Burkholderia cenocepacia K56-2, a CF epidemic strain. Docosahexaenoic acid (DHA) was the most active compound. Its action can be either bacteriostatic or bactericidal, depending upon the concentration used.
DHA, that's the fatty acid that's thought to have the most health benefit according to the research (Reduce cardiovascular hazard, improved dementia, alzheimers, etc.) AND... according to this paper... it's also the most active against bacteria. Isn't that a coincidence?
What about flaxseed oil? (Another popular omega-3 often described as anti-inflammatory.)
https://www.ncbi.nlm.nih.gov/pubmed/20602175
Linum usitatissimum (linseed/flaxseed) fixed oil: antimicrobial activity and efficacy in bovine mastitis.
The in vitro antimicrobial activity of the oil against Staphylococcus aureus, Streptococcus agalactiae and Escherichia coli was comparable to that of cefoperazone while the antimicrobial activity against Enterococcus faecalis, Micrococcus luteus and Candida albicans, was greater than that of cefoperazone.
What is this cefoperazone?
Cefoperazone is a third-generation cephalosporin antibiotic, marketed by Pfizer under the name Cefobid. It is one of few cephalosporin antibiotics effective in treating Pseudomonas bacterial infections which are otherwise resistant to these antibiotics
Cefoperazone has a broad spectrum of activity and has been used to target bacteria responsible for causing infections of the respiratory and urinary tract, skin, and the female genital tract. The following represents MIC susceptibility data for a few medically significant microorganisms.
So, you're telling me that flaxseed is as effective if not more effective than one of the most powerful antibiotics on the market? Yeah, ok, I think I've discovered flaxseed oils and, in general, "omega 3s" secrets. They're powerful antibiotic fatty acids, and that's probably the most important reason for their well documented health benefits. [Regular consumption of flaxseed oil substantially improves bloodflow rates. Would imply that the coagulase from staph aureus has a habit of slowing down the bloodflow... which makes sense if coagulase has a tendency to clot up the blood... hence the name (Based on the word 'coagulate').]
Boy, getting my business of national television and solving all of life's medical mysteries... man, I'm on a f/u/cking roll.
I'm starting to think that "God Complex" that I've exhibited from time to time has some basis in reality. :lol:
I'm thinking I might add some garlic and flaxseed to my garden, it'll be in the "antibacterial" section, lol [I'm definitely having a tropical section for the winter.].
And, you know what, that pineapple really seemed to wake me up. I'm not sure if it's the sugar or its strong antibiotic properties that woke me up. Or maybe it's some vitamin...? Seems hard to believe that 40 grams of sugar would keep me feeling this awake for this long. Then again, maybe not so hard to believe. I've had some 100 grams of carbs so far today.
So, anyway... I'm going to say it... that popularized notion of Omega-6:Omega-3 ratio is horse hockey. It's all about how frequently you consume omega 3s.
Which then leads me to the question if the omega 3s in pasture fed cow milk products also have an antibacterial affect? Well, I should probably find out what their fatty acids are exactly, the "omega 3" ones... I doubt too many people have looked at precisely the antimicrobial nature of pasture-fed cow milk products, lol. [But, I could be wrong; worth a gander]
Ok, not seeing a whole lot of research in this particular direction. Now, let's identify the omega 3 fatty acids in pasture fed cow milk.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2846864/
A review of fatty acid profiles and antioxidant content in grass-fed and grain-fed beef
Already seeing that hokum pokum word again... I'm starting to think it's another one of those 'code words' for antibacterial, just like 'anti-inflammatory'....
According to a table(Table 2), it appears that these omega-3 fatty acids are in higher quantities in grass fad cow milk products.
Linolenic C
20:5n-3 EPA
C22:5n-3 DPA
C22:6n-3 DHA
Now let's research every one of these.
http://journals.plos.org/plosone/article?id=10.1371/journal.pone.0116519
Linolenic acid fights against H. Pylori, a cause of peptic ulcers.
https://www.ncbi.nlm.nih.gov/pubmed/119029777
Linolenic strong against the biggest baddy of them all, staph aureus.
Having difficulty discriminating out the Environment Protection Agency pages...
Ok, here's one:
http://www.sciencedirect.com/science/article/pii/S0023643807000060
The EPA exhibited antimicrobial activity against Bacillus subtilis ATCC 6633, Listeria monocytogenes ATCC 19166, Staphylococcus aureus ATCC 6538, S. aureus KCTC 1916 and Pseudomonas aeruginosa KCTC 2004}
Oh look, it's staph aureus again!
DPA(dipicolinic acid antibacterial); no obvious antibacterial properties or at least little to no research I could find.
DHA - the fish oil fatty acid. It's the one that's already been demonstrated as antimicrobial higher up in the post.
So, 3 of the 4 omega-3 fatty acids in pasture fed cow milk and it's products (Cheese, yogurt, etc.) are antibacterial against staphylococcus aureus and a bunch of others. So, yes, eating pasture fed cow cheese has an antimicrobial advantage over soy&corn fed cow cheese. As well, as I'm assuming, pasture fed cow milk though it has sugars... so I'm not certain how that balances out... It would seem likely that full fat pasture fed cow milk would likely not grow bacteria populations, and may even decrease existing ones.
It's interesting how 'eating as nature intended' seems to naturally provide an antibiotic strategy against the bad bacteria in this world, whereas, the modern processed diet(including bread), decidely does not. It almost seems like it's designed that way... or perhaps organisms evolved that way...
It's pretty interesting how much my bias against the 'skim milk', 'fat free' milk products and my exclusionary preference for pasture fed cow products has some sound basis in reality. I didn't know I was essentially rooting for the antimicrobial strategy... it just didn't seem that's the way cows and milk were naturally designed, so it was wrong.
So, it's obvious to me know that one shouldn't consume omega 3 for the purpose of achieving the ideal omega3
So what have I discovered in this post? The antibacterial properties of omega-3s and it's connection to staph aureus's coagulase and increased bloodflow. That's pretty important, yes, that moves it from a 'myth' to a 'real' concept. (I've recently been buying the cheaper cheese for the last 2 weeks... so this research matters...)
You know, people have been asking me if I was going to get a cow, lol. I said nope, don't have enough land for that! lol. But if I did, it'd be a milking cow and it'd eat grass. And, I'd probably try my hand at cheese making. Looks like a cow needs 2 acres, guess maybe I should save up for a 5 acre lot, preferably already deforested and/or grassland. [I don't really want to remove the forests if there's usable land already out there. I'd rather preserve the forests, especially 5 acres worth.]