How Dimethyl sulfoxide (DMSO) protects and heals the internal organs

DMSO

•The therapeutic actions of DMSO make it well suited to treat challenging conditions throughout the body, including many of the internal organs.

•In this article, we will examine how DMSO protects organs from injury (e.g., poisoning or blood loss) and some of the specific diseases DMSO has been proven to treat.

•These include: heart attacks, liver cirrhosis, gallstones, ARDS, lung damage from inhaling smoke, pulmonary fibrosis, pancreatitis, diabetes, nephritis, kidney stones, polycystic kidney disease, cystitis, epididymitis, genital pain, prostatitis, urethral syndrome, enlarged prostates, tubal infertility, endometrial inflammation, and fibrosis.

•This article will review DMSO treatment protocols for those conditions (along with non-DMSO approaches we utilize for them) and provide general DMSO information for those looking to use DMSO for their own health.

https://nexusnewsfeed.com/article/climate-ecology/how-dimethyl-sulfoxide-dmso-protects-and-heals-the-internal-organs/

Frequent ultraprocessed food consumption raises mortality risks, especially in women

Ultraprocessed Food

  • A recent study of 27,670 participants found that ultraprocessed foods increase mortality risk, especially in women
  • Higher ultraprocessed food consumption was linked to poor cholesterol profiles, showing reduced HDL (good cholesterol) and increased VLDL (bad cholesterol), particularly in older women
  • Studies found people consuming most ultraprocessed foods had 11% higher cardiovascular disease risk, 16% higher coronary heart disease risk and 4% higher stroke risk
  • Research identified 25 adverse health outcomes from ultraprocessed food consumption, including respiratory diseases, kidney problems, mental health issues, and diabetes among adults and children
  • Linoleic acid (LA) in seed oils, a common ingredient in ultraprocessed foods, is particularly harmful; ideally, reduce your intake to 5 grams a day or less

https://nexusnewsfeed.com/article/food-cooking/frequent-ultraprocessed-food-consumption-raises-mortality-risks-especially-in-women/

The Problem With Sugar – The Devil Is In The Detail

Refined Sugar

A friend sent me an article: Just found this article while looking at sweetener information and was quite surprised at the far reaching effect refined sugar has on our bodies. I always knew refined sugar wasn’t good for us but this article goes beyond what I knew and is very thorough.

GLYCEMIC INDEX
Sugar Glycemic Index
Refined White Sugar 80
Sugar Cane Juice 43
Processed Honey 75
Raw Honey 30
High Fructose Corn Syrup 87
Fructose: Natural, found in fruit 20
Coconut Sugar 40
Maple Syrup 54

https://organicallymade.com/the-problem-with-granulated-white-sugar/

Souper broth! An old wives’ tale? No, chicken soup really CAN fight a cold, say scientists

Chicken Soup

Chicken soup is good for the soul, they say. And as a homespun remedy for everything that might ail you during winter, there are few things as deliciously soothing.

But could such a broth be more than just a cold comfort? According to the latest scientific study, the answer is yes.

Research in the American Journal of Therapeutics showed that a compound found in chicken soup – carnosine – helped the body’s immune system to fight the early stages of flu.

But the authors warned this benefit ended as soon as the soup was excreted by the body, so that means you may need to have a fairly constant supply.

https://www.dailymail.co.uk/health/article-2252167/Souper-broth-An-old-wives-tale-No-chicken-soup-really-CAN-fight-cold-say-scientists.html

How To Protect Your Vision From Your Computer!

By: Mark Rosenberg, M.D.

If you’re like most of my patients over 40, you spend a good deal of time at your computer every day. Let’s face it, the workings of our modern world, the flow of information, is dependent on computers and you likely have to spend some part of your day using one. Perhaps your job requires you to spend 8 or more hours a day in front of it, or maybe you only use your computer a shorter amount of time a day checking emails, paying bills, staying connected to friends or family on social media or just looking up information.

However long you use your computer, like my patients, you may have experienced symptoms of computer vision syndrome – an annoying set of symptoms that affects 90% of people who use their computer 3 or more hours per day. Since I frequently hear complaints from patients about the symptoms of computer vision, I’d also like to share with you how you can relieve the temporary symptoms of computer vision and allow more comfortable use of your computer.

What Is Computer Vision?
Computer vision syndrome, or CVS, is a cluster of temporary symptoms experienced by people who use their computers on a daily basis for several hours at a time. These symptoms can be further aggravated by bright lighting that creates glare on the computer screen (like overhead fluorescent lighting in offices) or air rushing past the eyes that might occur from an overhead AC or heat vent or desk top fan. These symptoms can include the following:

Dry eyes
Blurry vision
Headache
Double vision
Difficulty refocusing
Eye muscle twitching

How Can You Relieve Computer Vision?
Dry eyes are probably the #1 complaint of patients who use their computer and is usually the cause of redness of the eyes as well. This dryness is caused by the fact that you blink less while working on a computer. Here’s what helps:

Reminding yourself to blink while working on your computer.
Using eye lubrication drops (like artificial tears) to prevent dryness.
Add Omega-3 fats to your diet, at least 1,000 mg a day, to help lubricate older eyes.

Some suggestions to alleviate other common symptoms of computer vision are:

Blurry/double vision: The second most common complaint I hear from my patients involves blurring or double vision changes. These can be caused by trying to focus on reading in a field that has a constant moving flicker in it. Older cathode ray catheter monitor have a flicker that can easily be seen around the edges of the monitor and contributes to eyestrain. Flat screen liquid crystal monitors are much smoother and easier on the eyes. Here’s what helps:

“20/20/20” rule: Every 20 minutes of computer work, focus your vision on something at least 20 feet away for 20 seconds.
Computer glasses: These are special glasses to be used for computer use only and greatly help people who wear contact lenses and/or bifocal lens glasses. These can be somewhat expensive. However, studies show greater productivity of workers using them. In addition, over-the-counter reading glasses with a correction of between +1.00 and +1.50 can also help clarify print much better and decrease strain.

Adjust View Size: Your computer allows you to enlarge the size of print displayed. This option usually runs across the top of your toolbar. Text reading size should be 3 times larger than the smallest text you can read comfortably from your position. Or, select whatever magnification allows you to read print more clearly without straining.

Adjust Refresh Rate: Eye strain issues are more likely if your monitor refresh rate is 75 Hz or less. Set yours for the highest refresh rate.

Adjust Resolution: Related to the “dot pitch” of the display, be sure resolution is less than 0.28 dot pitch or less.
Choose larger screen size: Larger display screens also help. Try to get at least a 19” screen size at least for home use if you cannot change your work computer screen size.

Adjust brightness: Adjust amount of light in your screen with the brightness dial on your monitor. Too dark as well as too light can cause strain.

Difficulty refocusing: Take frequent screen breaks every 20 minutes and look out either a window or somewhere else in the room. Or simply close your eyes for 30 seconds. This rests the muscles of the eye and can help prevent/relieve eye twitching from constant tension.

Headache: Usually caused by monitor glare from surrounding bright light sources like overhead fluorescents or even bright sunlight from a window. Can be prevented by removing the glaring light source. Move your computer to a darker area, with darker walls (light bounces off light walls) so that surrounding lighting is to the side of your computer, rather than in front or behind it, and does not shine into your eyes.

As I tell my patients, in our modern computer-run world, I’m afraid that computer vision syndrome is here to stay. However, in addition to the above recommendations, observe good eye nutrition and vision protection in general. Be sure your diet also includes 5,000 mg of beta carotene a day, as well as lutein, zeaxanthin, and bilberry to boost clear vision. Also, drink enough water for your body weight and protect your eyes from bright sunlight with sunglasses to further strengthen your eyes and combat computer vision.

Stay well,

Mark Rosenberg, M.D.

Exposure to COVID-19-Jabbed Persons ‘Significantly Associated with the Likelihood of the Onset of Menstrual Irregularities’:

A new study published this weekend in the peer-reviewed journal International Journal of Vaccine Theory, Practice, and Research has revealed a significant association between indirect exposure to COVID-19 vaccinated individuals and the onset of menstrual irregularities among unvaccinated women.

The study reports that indirect exposure to COVID-19 vaccinated persons was significantly associated with the likelihood of the onset of menstrual irregularities.

Among unvaccinated participants who were in close proximity to vaccinated individuals:

  • 71.7% reported symptoms within one week.
  • 50.1% reported symptoms within three days.

Researchers further identified that “the strongest association lies within the comparison of ‘Daily within 6 feet outside the household’ versus ‘Seldom/Sometimes/Daily outside 6 feet,’” with relative risks of 1.34 for heavier menstrual bleeding, 1.28 for early periods, and 1.26 for extended bleeding.

This means that women who were in daily close proximity to vaccinated individuals were 34% more likely to experience heavier menstrual bleeding, 28% more likely to have an early period, and 26% more likely to have extended bleeding compared to those with less frequent or more distant exposure.

The study raises significant concerns about shedding—the excretion and potential environmental spread of vaccine components, such as lipid nanoparticles (LNPs) and spike proteins.

The authors explain:

“The lipid nanoparticles (LNP), which are the packaging for the mRNA, have also been shown to have wide biodistribution in rodent studies… LNPs are primarily excreted from the experimental animals through feces and urine but also via saliva, sweat, breastmilk, or exhalation.”

The researchers further describe the possible transmission routes for these components, stating:

“The proposed transmission routes to others include inhalation (aerosol), breast milk, transdermal (through keratinocytes), and transplacental.”

Additionally, they note:

“There is accumulating evidence that there can be vaccine component or antibody transmission following COVID-19 vaccination, including via exhaled breath aerosol.”

https://jonfleetwood.substack.com/p/exposure-to-covid-19-jabbed-persons

(Tom: Another example of why detoxing the body of the Spike Protein is so important. https://www.healthelicious.com.au/NutriBlast-Anti-Spike.html