Manual medicine according to Dr. Furter
Manual medicine according to Dr. Furter is a deep muscle and fascia massage, with the aim of achieving a relaxing, deacidifying and cell-renewing effect.
Treatment process
Manual medicine according to Dr. Furter is an oil massage that uses a massage star to apply targeted pressure to specific points. Unlike a classic massage, you typically don't lie relaxed on a table but assume a more active position so that the muscles and fascia being treated are gently stretched.


Throughout the entire treatment, we maintain close communication – this allows us to address precisely the pain points that are crucial for your symptoms.
Furthermore, I will repeatedly ask you to tell me your subjective pain level on a scale of 1 to 10. The treatment can be intense or even painful, but always within a range that is easily tolerable for you. Since every body and every area of the body reacts individually, it is very important for me to hear from you about the intensity with which we should work on which area.
Bruising (hematomas) may occur after the treatment. These are generally harmless and actually a welcome outcome. In my experience, bruising primarily appears where the tissue was acidic and the body's own cell regeneration process is now taking place. As expected, hematoma formation decreases with each subsequent treatment.
Give your body some time to recover after the massage. It may react to the intensive treatment with temporary fatigue or slight pressure pain. However, many people also experience a feeling of lightness and greater freedom of movement immediately after the treatment. Drinking plenty of fluids, engaging in light exercise, and avoiding physical overexertion can help reduce discomfort and positively influence the healing process.

Background of the therapy:
Studies show that deep tissue massages are more effective than traditional therapeutic massages in relieving chronic back pain. (1)
The exact mechanisms are still being scientifically researched – but there are plausible explanations:
Natural metabolic processes in the body continuously produce acids, which are normally neutralized and excreted. If this balance is disrupted, for example, due to stress, lack of exercise, or an unbalanced diet, tissue acidification can occur. Excess acids are deposited as salts, particularly in muscles and connective tissue, where they promote inflammatory processes and pain. (2)
This creates a negative spiral: Inflammation leads to increased acid production, and a persistently acidic pH in the tissue can intensify and even trigger pain stimuli. This is due, among other things, to "acid sensing ion channels" (ASICs) – special ion channels that respond to increased acidity and transmit pain signals to the nervous system. (3)
Deep tissue massage starts right here:
Targeted, intense pressure on the affected areas stimulates local blood circulation. This improves the body's supply of oxygen and nutrients, removes metabolic waste, and breaks the cycle of pain, hyperacidity, and inflammation. In this way, deep tissue massage can support tissue regeneration and contribute to restoring inner balance.
Connection to TCM:
The targeted massage also addresses acupuncture points and the body's own reflex zones. The back, in particular, contains many important points that are directly connected to the six yin and six yang organs, as well as to the nourishment of blood and qi. From the perspective of Traditional Chinese Medicine (TCM), the treatment of the so-called "back shu points" plays a central role, especially in the holistic treatment of chronic diseases.
(1) M. Romanowski et. al, 2012, A comparison of the effects of deep tissue massage and therapeutic massage on chronic low back pain
(2) McCarthy GM, Dunne A (2020): Calcium crystals and auto-inflammation. Rheumatology (Oxford); 59(1): 247-248
(3) Dr. Jacob (https://sportaerztezeitung.com/rubriken/ernaehrung/6882/entzuendungen-und- Pain-durch-uebersaeuerung/)
(4) Deval et. al. 2010, Acid-sensing ion channels (ASICs): pharmacology and implication in pain
(5) Kondrup et. al. 2022, The deep fascia and its role in chronic pain and pathological conditions: A review
