How you should Combat Alzheimers with Oral Health
Did you know that a simple daily routine could significantly reduce your risk of Alzheimer's? Recent scientific studies, including one published in Science Advances on January 23, 2019, reveal a startling connection between gingivitis and Alzheimer's, placing new importance on oral health.
Gingivitis, commonly known as gum disease, has long been linked to heart disease. But now, scientists have discovered that the bacteria responsible for this common oral condition, Porphyromonas gingivalis, may also play a role in Alzheimer's disease. This groundbreaking study found that these bacteria can travel from the mouth to the brain, releasing enzymes known as gingipains, which are capable of destroying nerve cells and potentially leading to memory loss and Alzheimer's.
Dr. Hatice Hasturk, a periodontist at the Harvard-affiliated Forsyth Institute, emphasizes, "Periodontal disease increases the body's burden of inflammation." This insight is supported by a comprehensive analysis conducted by the NIA Intramural Research Program team, utilizing data from the National Health and Nutrition Examination Survey (NHANES). Their findings revealed a significant correlation between signs of periodontitis and the development of Alzheimer’s in older adults.
With about 700 species of bacteria in the mouth, the risk of gingivitis is ever-present, affecting up to 90% of the population at any given time. Red, bleeding gums are a clear indicator of this condition and a potential warning sign for more serious health implications.
Addressing this critical health issue, the Korean Unitein Gum Restore Toothpaste has been introduced to the U.S. market, specifically targeting periodontitis and gum cell repair. A survey conducted by Green Eastern in Hong Kong with 463 participants showed promising results: 66% reported reduced gum inflammation, and 51.1% experienced less gum bleeding after using the toothpaste for over a year.
Figure 1 Survey result showing 66% of participants reported reduced gum inflammation.
Figure 2 Survey result showing 51.1% of participants reported reduced gum bleeding.
Harnessing Nature's Power: Unitein Gum Restore Toothpaste
Unitein Gum Restore Toothpaste stands out with its 99% natural ingredients, featuring the patented 'Unitein' compound. This unique ingredient has been clinically proven by Handong University in Korea to be remarkably effective. In a DNA damage inhibition study, a mere 1/1000 concentration of Unitein red ginseng extract showed an impressive 14% recovery rate in gene damage, a rate 18 times greater than that of regular ginseng.
This innovative formula's therapeutic benefits don't stop at oral health. Korean scientific research has underscored its efficacy in treating a range of conditions, including diabetes, cancer, food poisoning, and boosting immunity. The groundbreaking work behind Unitein earned its inventor, Dr. Lee Kyeong Hwa, the prestigious 2017 Korean Women Inventor's Gold Award, highlighting the transformative impact of this research.
Figure 3 The inventor of Unitein, Dr. Lee Kyeong Hwa receives 2017 Korean Women Inventor's Gold Award.
Further enhancing its potency, Unitein incorporates a natural blend of Deep Sea Mineral (DSM) salts. This addition not only boosts Unitein's anti-cancer and anti-inflammatory properties but also strengthens overall oral health.
Highlighting the connection between oral bacteria and systemic health issues, the Alzheimer's Association research underscores how bacteria and the inflammation they cause can travel through the bloodstream to the brain. Recognizing this, Unitein Gum Restore Toothpaste is enriched with both Unitein and Sea Salt Extract to provide potent anti-inflammatory effects. For optimal results, it is recommended that users allow the toothpaste to remain in their mouth for two to three minutes after brushing, followed by rinsing, to maximize absorption.
In addition to using Unitein Gum Restore Toothpaste, Harvard Health Publishing emphasizes the importance of combating gingivitis through strong oral health habits. This includes daily flossing, brushing twice a day, and maintaining regular dental check-ups, all critical steps in protecting not just oral health but also overall wellbeing.
The Innovative Approach of Unitein in Addressing Abnormal Cells
The research behind Unitein introduces a novel perspective on abnormal cells in the human body, highlighting their dormant presence even in healthy individuals. Unlike traditional treatments such as radiotherapy, chemotherapy, and surgery, which aim to eliminate abnormal cells, Unitein uniquely reverts these cells to a normal state. This dual action, regulating the immune system and preventing the growth of potential abnormal cells, is a key distinction of Unitein.
The team presents the concept of a “right triangle” defense system in the human body, consisting of three pillars: the body itself, the environment, and mental health. They argue that modern challenges like environmental pollution, contaminated food, and chemical additives significantly weaken the body's immune function. Against these threats, 'Unitein' stands out as a potent immune system enhancer.
A Milestone in Korean Health Food Patents, Pioneering Fermentation Technology in Unitein Products
Central to Unitein's approach is the utilization of Bacillus fermentation technology (Patent No.: 10-1144471). This technique is employed in the development of its health food series, with a focus on strengthening the body’s immune defense against both external pathogens and internal health issues.
Meeting the stringent Korean standards for food hygiene and healthcare, the “Unitein” health food series has earned three significant patents. These include a novel protein manufacturing method for transforming abnormal cells (Patent No.: 10-1144471), an innovative process for nine-times steaming and drying red ginseng (Patent No.: 10-0714408), and a unique technique of integrating Bacillus with red ginseng (Patent No.: 10-1070088).
Fig 4. Patent No.: 10-1144471
Fig 5. Patent No.: 10-0714408
Fig 6. Patent No.: 10-1070088
The Mastery Behind Unitein's ‘Nine Steaming and Nine Drying’ Process
Central to Unitein's formulation is the specialized use of red ginseng, processed through an intricate "nine steaming and nine drying" method. Far from being merely traditional, this technique has been meticulously honed to extract the most effective components of red ginseng.
The process involves cultivating select ginseng strains and blending them with ingredients like soybeans and orange peel for fermentation. This results in the creation of the plant-based protein "Unitein," known for its capacity to transform abnormal cells.
Rooted in traditional Korean medical knowledge and folklore, this method is essential for unlocking the full nutritional potential of ginseng, especially its saponin content. Unlike conventional Korean-made red ginseng, which has a saponin absorption rate of around 13%, Unitein's unique process boosts this rate significantly. The mastermind behind Unitein has refined this technique to achieve up to 80% saponin absorption, thus enhancing the medicinal properties of the red ginseng.
The developer explains, "The 'nine steaming and nine drying' process is often cited in our industry, but true mastery is rare. It's a complex, time-consuming process, taking over 20 days to complete."
The selection of ginseng is also crucial. Only four-year-old ginseng plants, which are likened to the human age of 40 and grow without the need for fertilizers or pesticides, are used. This age is chosen for its ability to maintain its integrity throughout the rigorous processing.
Unitein's Exceptional Genetic DNA Repair Capability
Research by Handong University in Korea focusing on "DNA Damage Inhibition" has underscored the remarkable effects of Unitein's red ginseng essence, developed by Kim Tae-yoon. Even at a very low concentration of 1/1000th, the essence showed a 14% recovery rate for genetic DNA damage, an efficacy 18 times greater than ordinary red ginseng.
This finding highlights Unitein's role in supporting cell regeneration. An experiment at the Unitein facility illustrated this vividly. Two trees were observed, one watered with wastewater from Unitein production. The tree treated with Unitein water developed thicker and broader leaves than its counterpart, visibly demonstrating the regenerative capabilities of the Unitein formula.