Dr. Efuka

Dr. Efuka otomotiv

Hučanie v ušiach alebo zvonenie v ušiach spôsobené vystavením hlučnému prostrediu je často spôsobené poškodením sluchové...
25/12/2024

Hučanie v ušiach alebo zvonenie v ušiach spôsobené vystavením hlučnému prostrediu je často spôsobené poškodením sluchového systému Tu je návod, ako k tomuto stavu prispieva hlučné prostredie:
1. Poškodenie vlasových buniek v kochlei
Vnútorné ucho obsahuje drobné citlivé vláskové bunky v slimákovi, ktoré premieňajú zvukové vlny na elektrické signály pre mozog. Dlhodobé alebo opakované vystavovanie sa hlasitým zvukom, ako napríklad v stavebných zónach alebo na koncertoch, môže tieto bunky nadmerne stimulovať a poškodiť. vlasové bunky sa nedokážu regenerovať, čo vedie k pretrvávajúcemu tinnitu.
2. Nadmerná aktivácia sluchových nervov
Vystavenie vysokej hladine hluku môže spôsobiť nadmerné vzrušenie v sluchových nervoch. Táto nadmerná aktivácia vytvára „fantómový zvuk“, ktorý mozog vníma ako zvonenie, bzučanie alebo syčanie, a to aj bez vonkajšieho hluku.
3. Zmeny v nervových dráhach
Vystavenie hluku môže zmeniť spôsob, akým mozog spracováva zvuk. Strata vstupu z poškodených vlasových buniek môže spôsobiť, že mozog zosilní ďalšie nervové signály, čo vedie k tinnitu.
4. Zápalový a oxidačný stres
Hlasné zvuky môžu vyvolať zápal a oxidačný stres vo vnútornom uchu, čo ďalej poškodzuje sluchové bunky a tkanivá, čo zhoršuje problémy so sluchom, vrátane tinnitu.

Tinnitus, or ringing in the ears, caused by exposure to noisy environments is often due to damage to the auditory system...
11/12/2024

Tinnitus, or ringing in the ears, caused by exposure to noisy environments is often due to damage to the auditory system. Here's how noisy surroundings contribute to this condition:

1. Damage to Hair Cells in the Cochlea
The inner ear contains tiny, sensitive hair cells in the cochlea that convert sound waves into electrical signals for the brain. Prolonged or repeated exposure to loud sounds, such as in construction zones or at concerts, can overstimulate and damage these cells. Once damaged, hair cells cannot regenerate, leading to persistent tinnitus.

2. Overactivation of Auditory Nerves
Exposure to high noise levels can cause excessive excitation in the auditory nerves. This overactivation creates a "phantom sound" that the brain perceives as ringing, buzzing, or hissing, even in the absence of external noise.

3. Changes in Neural Pathways
Noise exposure can alter the way the brain processes sound. The loss of input from damaged hair cells may cause the brain to amplify other neural signals, resulting in tinnitus. This maladaptive plasticity is a key factor in noise-induced tinnitus.

4. Inflammatory and Oxidative Stress
Loud noises can trigger inflammation and oxidative stress in the inner ear, further damaging auditory cells and tissues. This exacerbates hearing issues, including tinnitus.

We were also surprised to discover that camel milk contains natural insulin-like proteins, antioxidants, omega-3s and om...
13/11/2024

We were also surprised to discover that camel milk contains natural insulin-like proteins, antioxidants, omega-3s and omega-9s, which are even rarer in nature.
Insulin-like proteins are proteins that camel milk contains that mimic insulin and help regulate blood sugar levels. Studies have shown that these proteins can benefit diabetics by gradually reducing the insulin requirements of diabetics. Gradually returning blood sugar to normal levels, 50,000 clinical trials have shown that 85% of patients using camel's milk supplements for more than six months have been able to get off of insulin.

90% of joint pain and elevated blood sugar is not a result of you having a disease, but rather a result of decreasing le...
13/11/2024

90% of joint pain and elevated blood sugar is not a result of you having a disease, but rather a result of decreasing levels of micronutrients and hormones in your body!
According to the World Health Organization, aging significantly affects joint health by accelerating the loss of calcium and micronutrients from the body as we age, which leads to structural changes in cartilage, synovial fluid, and surrounding tissues, damaging cartilage and bone, making it difficult for us to move, and causing discomfort.
For decades, doctors and the mainstream media have been telling you that age-related joint decline is caused by cartilage “wear and tear,” which leads to cartilage loss, which in turn leads to bone-on-bone wear and tear, and subsequent inflammation, discomfort and stiffness.

While it is true that cartilage loss can lead to joint discomfort, this groundbreaking Harvard study reveals something surprising:
Cartilage loss is not actually related to “wear and tear” at all.
Instead, it's caused by an accelerated loss of calcium and micronutrients over time.

It is this loss of micronutrients that causes cartilage to become dehydrated, malnourished and disintegrate. ......

Causes uncomfortable friction, inflammation, stiffness and swelling between the bones, making it difficult to get up, climb stairs or even move around normally ......

Leaves you feeling old before your time, like a prisoner trapped in your own body.

In short, the ongoing loss of protective micronutrients (which begins in your 30s) has robbed cartilage of its natural protection, triggering severe inflammation and sending joints into a death spiral.
According to recent research from Harvard University, trace minerals such as calcium, iron, zinc, selenium and potassium play an important role in the joint health of older adults, and these trace minerals can help reduce joint stress and slow the progression of degenerative joint disease by maintaining bone density, reducing inflammation and supporting the regeneration of articular cartilage, while camel's milk is rich in A2 β-casein and minerals, which contains high levels of calcium , magnesium, potassium, iron and zinc, A2 β-casein improves the efficiency of micronutrient absorption and does not cause lactose intolerance.

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5 Chome-3-20 Nakanoshima, Kita Ward
Osaka, Osaka
530-0005

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月曜日 10:00 - 17:00
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