Functional gastrointestinal disease is a kind of disease with digestive tract symptoms but without organic diseases. It is a very common disease in clinical practice. The etiology and pathology have not been finally determined, so there is no exact treatment plan. However, the disease seriously affects the quality of life, and drugs alone cannot solve various discomfort symptoms.

　　In recent years, the new method of 'gastrointestinal pacing' for the treatment of gastrointestinal functional diseases has attracted more and more attention, and has become a popular auxiliary treatment method in gastrointestinal physiology, pathophysiology and clinical science! This method was used to treat gastrointestinal functional diseases in our hospital, and satisfactory results were obtained.

　　Studies have found that a specific region of the gastrointestinal tract can drive gastrointestinal smooth muscle contraction and control the basic bioelectrical rhythm of the gastrointestinal tract. In medicine, this specific region is called the gastrointestinal pacemaker. Driven by the pacemaker point, the gastrointestinal tract will have rhythmic peristalsis and stimulate the secretion of gastric juice (containing various digestive enzymes) to promote the digestion and absorption of food. The mechanical activity of gastrointestinal smooth muscle depends on gastrointestinal bioelectrical activity. When the rhythm of gastric electricity is abnormal, symptoms of gastrointestinal functional diseases such as stomach pain, stomach acid, stomach distension, indigestion, anorexia, etc. often occur.

　　'Pacing signal' is the key factor to determine the effect of gastrointestinal pacing, but Gastrointestinal function therapeutic instrument The stimulating effect of the pseudo generated electrical signal is weak, the driving effect is poor, it is easy to produce adaptability, and it is difficult to achieve the ideal therapeutic effect. The R&D team of Kuancheng Science and Technology cooperated with scientific research institutions to repeatedly study and demonstrate a variety of preset waveform schemes, synthesize special waveforms that are closer to normal human gastric electrical signals and have significant driving and stimulating effects on gastrointestinal pacemaker points, so as to optimize the efficacy. Moreover, the gastrointestinal function therapeutic apparatus has many advantages, such as no pain, low risk, simple operation, low cost, wide application, etc. It can easily treat 'functional gastrointestinal diseases', becoming a gospel for such patients.