• Osteoarthritis results from wear and tear on bones and joint capsules.
• Five million Germans suffer from the consequences.
• Briefly explained: which osteoarthritis treatment helps whom?

If the joints hurt, it is usually osteoarthritis : it is the most common of all joint diseases. About five million Germans suffer from it. Osteoarthritis occurs when bones, ligaments, tendons and joint capsules wear out.

This is important to differentiate the disease from rheumatoid arthritis. Inflammation is the cause here.

This is important for osteoarthritis treatment

“Arthrosis is a disease that runs in waves,” explains Johannes Flechtenmacher, President of the Professional Association of Orthopedists and Trauma Surgeons. Less painful phases alternate with those that torment those affected.

The aim of the treatment is to relieve the pain on the one hand and to maintain or restore the ability to move on the other.

Osteoarthritis needs combination treatments

Ideally, the doctor combines non-drug treatments such as physiotherapy, nutritional recommendations, and hot or cold applications with medication. These are mainly used in the acute pain phase.

“In the less painful episodes, patients should try to avoid medication,” explains Flechtenmacher. In principle, movement in particular is an important component of therapy. His motto: “Move a lot, load little.”

Five osteoarthritis treatments put to the test:

1. NSAIDs: cortisone-free pain relievers

This is how the drug works: The non-steroidal anti-inflammatory drugs (NSAIDs) are the classic all-rounders in pain relief. They have both anti-inflammatory and analgesic effects, but do not contain cortisone.

Medicines include ibuprofen, diclofenac, or naproxen. They block two important enzymes that play a role in the sensation of pain: Cyclooxygenase (COX) isoenzymes I and II.

The so-called Cox II inhibitors are therefore well suited to treat acute joint pain associated with osteoarthritis.

NSAIDs also have an antipyretic effect.

Side effects: Gastrointestinal complaints and an increased risk of cardiovascular diseases are among the risks of NSAIDs. “That is why it is particularly important to tailor the osteoarthritis treatment to the patient,” explains orthopedist Flechtenmacher.

For example, ibuprofen is not suitable for patients with kidney problems, and diclofenac hits the liver. Both drugs also have a negative effect on the cardiovascular system. Naproxin is therefore better suited for heart disease patients with osteoarthritis.

2. Opioids

This is how the drug works: Opioids are effective remedies that are used against severe joint pain. By attacking the opioid receptors, they prevent pain from developing and being transmitted.

Tramadol is one of the morphine-like drugs. “Morphines are not suitable for treating acute phases of pain in osteoarthritis,” says Flechtenmacher. This is especially true for plasters. Morphine should only be used for chronic treatment if no other therapy is helping the patient.

Side effects: Many sufferers suffer from the exhaustion caused by morphine. Especially in older people, opioids aggravate many age problems. These include, for example, constipation and dizziness. This also increases the risk of frail patients falling.

3. Hyaluronic acid

In addition to drugs that directly combat pain, there are active ingredients that intervene in the mechanism of the disease. A typical representative is hyluronic acid.

This is how the drug works: Doctors inject hyaluronic acid into the joint to treat osteoarthritis. That’s the only way it works. “In contrast, it is pointless in tablet form, as is sometimes offered,” explains Flechtenmacher. Only in the joint does the drug help the knees or fingers move more smoothly.

With regard to evidence-based studies, hyaluronic acid should be viewed critically, adds the doctor. For example, the relief of osteoarthritis on knock knees or bow legs, where it is biomechanically induced, works less well than on straight legs.

Side effects: As a rule, osteoarthritis patients tolerate hyaluronic acid very well. Since it is injected directly into the joint, there is the usual risk of infection from the method.

4. Natural medicine

This is how the treatment works: Natural active ingredients such as nettle leaves, willow bark or devil’s claw should also relieve pain. The latter contains, among other things, harpagoside. Similar to the non-steroidal anti-inflammatory drugs, they are supposed to inhibit the formation of the pain messenger prostaglandin.

“So far, however, nothing has been identified in evidence-based studies that proves the effectiveness of the natural active ingredients,” explains Flechtenmacher.

Side effects: They are dependent on the natural medicine product. The instruction leaflet of the devil’s claw, for example, warns of possible gastrointestinal complaints such as diarrhea, nausea, flatulence, vomiting as well as dizziness and headaches or rashes.

5. Acupuncture

This is how the treatment works: As with natural active ingredients, evidence of how acupuncture works for osteoarthritis has not yet been provided in scientific studies.

On the contrary. An Australian study looked at the effects of acupuncture. The results published in the “JAMA” magazine showed: Acupuncture with needles or laser has no relevant effect on pain and function in patients over 50 with knee osteoarthritis and moderate or severe chronic pain.

However, acupuncture helps some osteoarthritis sufferers. Johannes Flechtenmacher, for example, relies on the alternative form of treatment

• light and irregular pain
• when many illnesses in the affected person rule out other drugs.

In addition, there are many patients who benefit from the doctor’s attention and empathy alone.

Side effects: The symptoms can get worse at first, writes the German Pain Society on acupuncture . And adds: “Occasionally there are slight bruises or bruises, and brief circulatory reactions can also occur during acupuncture treatment.”

In any case, those affected should not treat their joint pain independently, but should always have it checked out by a specialist.

The trace element iron is indispensable for a number of vital metabolic functions in the body. As a component of hemoglobin in the red blood cells, it supplies every body cell with oxygen. Iron deficiency, which manifests itself in anemia, exhaustion, susceptibility to infection, affects around 20 percent of women and ten percent of men in Germany. The higher risk for women is explained by menstruation and decreases accordingly when the childbearing phase of life is over.

Many people have an excess of iron – and know nothing about it

Iron deficiency is known and many nutrition-conscious people pay attention to adequate iron intake. However, significantly more people could have anything but an iron deficiency, namely too much of this trace element. Probably very few people know about it, although it carries a high risk of disease.

Heme iron and non-heme iron: these are the differences

First and foremost, it is important for these relationships – there are the two known, different forms of iron, only one of which can be hazardous to health:

1. Heme iron , i.e. bivalent iron (Fe), mainly found in red meat and sausage. Heme iron has a high bioavailability, the body can use at least 20 percent from food.

2. Non-heme iron , trivalent iron (Fe3), from plant-based nutrient suppliers such as legumes, whole grains, nuts, oil seeds and various types of vegetables. Non-heme iron must first be oxidized to some form of Fe in the small intestine in order for the body to use it. In this way, only around five percent of the iron from food comes into play.

The iron requirement per day is 15 milligrams for women and 10 milligrams for men.

Underestimated health risk heme iron

What is certain is that most people in industrialized nations have at least a sufficient supply of the trace element. Due to our meat and sausage-heavy diet, a large part is even oversupplied with heme iron, and thus risks diseases. Various studies indicate these relationships .

“We assume that too much heme iron can have negative health consequences through eating meat,” explains Matthias Riedl, board member of the Association of German Nutritionists (BDEM) and diabetologist, nutritionist, internist, managing director and medical director at Medicum Hamburg.

The human organism is not prepared for high meat consumption

Normally, a complex mechanism of substances in the liver and intestines controls the iron level. If too much iron storage protein ferritin is measured, the body slows down absorption. “This does not work adequately with large amounts of heme iron, the body continues to absorb it, simply because this form of iron is extremely easy to use,” says the expert.

The nutritionist explains that the cause lies in our evolutionary history. Up until two million years ago, humans were purely plant-eaters, only then did they add animal consumption. That was sometimes more, mostly less meat – definitely a lot less than is regularly eaten today. The human organism is not prepared for this.

High consumption of heme iron feeds cancer cells

The excess iron is then deposited in the pancreas, liver and spleen, which can put stress on the organs. But that’s not all. “Heme iron can promote mutations via certain chemical compounds – for example in intestinal cells, but also in other cells,” warns the internist.

In addition, these compounds have a cytotoxic effect, so they can not only change cells, but also damage them. “And cancer cells, on the other hand, are properly fed by heme iron, so to speak,” says the expert. Malignant cells have a high demand for this trace element. A high consumption of heme iron means that existing cancer cells grow better and are stronger against the immune system.

Meat lovers are more likely to develop diabetes and arteriosclerosis

In addition to the connection between heme iron and cancer, many nutritional studies have shown two other negative effects of the “meat iron”:

1. Numerous studies show that people who consume a lot of sausage and meat are particularly likely to have type 2 diabetes .

2. In addition, this dietary preference often leads to arteriosclerosis , with the well-known secondary diseases of high blood pressure, heart attack and stroke.

“If people don’t eat ‘appropriately’, they get sick”

The higher the meat consumption, the higher the risks for cancer, diabetes and arteriosclerosis. What actually stands behind it: “If people do not eat ‘species-appropriate’, i.e. eat too much red meat and sausage and thus too much heme iron, they will get sick,” warns Matthias Riedl. It is well known that primitive peoples who still eat originally – eat very little meat and no sausage – do not have arteriosclerosis at all, for example.

Trivalent iron from plants is converted into bivalent iron

So heme iron has a rather negative effect on the body. Non-heme iron, on the other hand, does not pose these health risks – but is converted into bivalent iron in the body in order to make it available. Doesn’t it then become as unfavorable as bivalent heme iron? “No, because the trivalent iron from plants is converted into a bivalent iron, but not into heme iron,” explains the expert.

Providing the body with healthy iron – vegetables and fruits with non-heme iron

In order to provide the body with sufficient iron without meat, there are a number of plant-based foods that have a high content of non-heme iron, such as:

• Lentils around 2.7mg / 100gr
• Chickpeas around 2.7mg / 100gr
• Peas 1,5mg / 100gr
• Spinach 3,6mg / 100gr
• Chanterelles 6.5mg / 100gr
• Elderberry 1.6mg / 100gr
• Pine nuts 9.2mg / 100gr
• Millet 6.9mg / 100gr
• Flaxseed, ground 8,4mg / 100gr
• Amaranth 8.9mg / 100gr

Spinach contains a comparatively high amount of iron for a plant-based food, but at the same time the substances it contains can prevent it from being absorbed by the body. Beans or lentils are therefore better suited as a vegetarian source of iron.

Intelligently upgrade the bioavailability of iron from vegetables and fruits

Sure, none of these foods provide as much iron as meat. “The availability of iron from plant-based foods can be increased by cleverly combining the ingredients in a meal,” says Matthias Riedl. Vitamin C, for example, improves absorption. Suggestion for a corresponding daily plan:

• In the morning: oatmeal / muesli with fruit, a glass of orange or lemon juice for breakfast,
• Lunch: millet salad with paprika (the pods are extremely rich in vitamin C),
• In the evening: whole wheat pasta with broccoli or parsley pesto

Coffee and tea inhibit iron availability

However, there are also plant substances that have an inhibiting effect on iron absorption. These are phytates and polyphenols, for example, these plant substances are contained in coffee and tea. So avoid these drinks during, immediately before and after a meal containing iron. In wholemeal products, on the other hand, the phytate content plays a lesser role, as they convince with their high iron content.

Cover your iron requirement healthily, certain meats are also allowed

“Those who follow a purely vegetarian / vegan diet can still get too little iron, especially women are at risk here,” says the expert.

Pregnant and breastfeeding women in particular should take preparations if they have a proven iron deficiency. Otherwise there is a ‘species-appropriate’ solution for everyone: That means a small, moderate meat meal per week, preferably poultry meat, because white meat is not statistically associated with the disease risks mentioned.