construction of an experimental platform device for moxibustion

Платформа для прижигания для лечения крыс с почечной недостаточностью на основе травяного жмыха

Moxibustion appeared with the application of fire. Ancient doctors accidentally found that some parts of the fire-burning body could relieve the symptoms of discomfort. After long-term practice, &#34;Artemisiae Argyi Folium&#34; was gradually selected as the main moxibustion material1. Moxibustion is one of the important components of traditional Chinese medicine, and when juxtaposed with traditional Chinese medicine decoction and acupoint acupuncture, these three major traditional Chinese medicine therapies are widely used in many diseases.
Chinese doctors often used moxibustion to treat diseases as early as the period of Huangdi Neijing (Yellow Emperor&#39;s Inner Classic). Artemisiae Argyi Folium is a type of Chinese herbal medicine with the function of warming meridians to stop bleeding, dispelling colds, and relieving pain. It is commonly used in the external treatment of traditional Chinese medicine and can also be used in the treatment of traditional Chinese medicine decoction. Moxibustion is a kind of external therapy2 wherein moxa or other drugs are placed on acupoints on the body surface to burn and use the mild heat of moxibustion fire and the effect of drugs to treat diseases3.
As one of the common methods of treatment, moxibustion has been widely used in clinical practice. With the continuous expansion in moxibustion therapy, a growing number of studies have investigated the mechanism of moxibustion and carried out many animal experiments4,5.
The moxibustion method can be classified as direct moxibustion and indirect moxibustion. The method of placing moxibustion on the body&#39;s skin is called direct moxibustion. Indirect moxibustion separates the surface of the moxa cone and the acupoints with drugs or other materials. Moxibustion can treat various diseases, such as irritable bowel syndrome6, chronic fatigue syndrome7, and knee osteoarthritis8.
This paper mainly discusses the mechanism of herbal-cake-separated-moxibustion. Herbal-cake-separated-moxibustion belongs to the indirect moxibustion method, in which a moxa cone is placed on the medicinal cake to apply moxibustion. Current studies have shown that the infrared and warming effects produced by moxa cone burning, the chemical composition of moxa leaf tar, and acupoint stimulation can achieve disease prevention and treatment9 by increasing the penetration of drugs into acupoints. Therefore, herbal-cake-separated-moxibustion mainly produces a &#34;comprehensive effect&#34; through moxibustion, drugs, and acupoints10.
Previous studies show that moxibustion is an effective method for treating CRF11,12,13,14,15, but the underlying mechanism is still undefined. We have been working on clinical and animal research on CRF. At present, we are conducting a moxibustion experimental study on CRF rats based on herbal-cake-separated-moxibustion-mediated protein kinase RNA-like endoplasmic reticulum kinase (PERK) signaling pathway of endoplasmic reticulum stress. Through this animal experiment, we aim to preliminarily explain the potential mechanism of moxibustion in treating chronic kidney disease. In this experiment, the treatment of herbal-cake-separated moxibustion of rats&#160;is a key operation.
In the previous experiment16, the lid of the rearing cage was used to bind and fix the rats. To protect the operator, the rats need to be anesthetized before binding. However, Sprague-Dawley (SD) rats are easy to fear and startle. The binding operation can easily cause restlessness in the rats. Problems such as poor posture fixation of rats, deviation of acupoint positioning, increased experiment time, and operator injury often occurred.
In addition, if the binding is too tight, it can easily cause breathing difficulties in rats, which is not conducive to animal welfare. If the binding is too loose, the rats are prone to struggle and move their bodies, causing moxibustion cones to fall and burn their skin, which affects the experimental results. Based on the literature, animal experiments still involve binding16,17,18, and most experimental devices can only be fixed, hindering the implementation of other techniques such as moxibustion19. Therefore, achieving the integration of fixation and moxibustion in the experimental device while ensuring animal welfare and experimental specifications and efficiency has become one of the focus areas for investigators.

В центре внимания автора: Понимание эффекта прижигания травяного жмыха у крыс с почечной недостаточностью

Использование прижигания травяного жмыха для лечения крыс с хронической почечной недостаточностью

We studied the effect of herbal-cake-separated moxibustion on chronic renal fails rats. This experiment tries to answer the mechanism of herbal-cake-separated moxibustion. The advantage of this protocol is that the rats are moxibusting unbundled and non-anesthesic conditions, making animal experiments close to clinical practice.The application of moxibustion platform not only protects the animal welfare of rats, but also reduce the moxibustion operation process in the save the time and energy of operators, and promotes the development of animal moxibustion experiment to a certain extent. In the future, our laboratory will further expand the scope of use of the platform, explore the acupuncture effect of the experimental rats. After using the rats and under the same conditions, carry out a comparative study on the effects of moxibustion with the device and other moxibustion methods in rats.

Создание экспериментальной платформы устройства для прижигания

Для начала изготовления устройства используют противоударный материал плиты и деревянную доску. Для конструирования основного блока изготовьте основание устройства с противоударной платой с белой поверхностью размером 52 на 23,5 сантиметра. Соорудите возвышенную платформу из массива дерева высотой 60 сантиметров.Поставьте пять слотов размещения над возвышенной платформой. Разделите слоты для размещения досками с интервалами, соответствующими расстоянию между передними и задними конечностями крысы в положении стоя. Затем закрепите две полоски из нержавеющей стали поверх установочных пазов, каждая из которых имеет 15 отверстий для крепления компонентов.Каждой прорези соответствуют три отверстия из неподвижной планки, которые будут использоваться для фиксации винта сливовой ручки и движущегося шланга. Расстояние между соседними лунками составляет семь сантиметров. Прикрепите верхний конец каждого гнезда для размещения с помощью подъемной теплоизоляционной сети, окруженной рамой из оцинкованных пластин.Расположите регулируемый винт ручки цветущей сливы на обоих концах теплоизоляционной сетки из стали 304. Вставьте круглую сетку из нержавеющей стали 304 в середину теплоизоляционной сети. Закрепите нижний конец подвижного шланга из нержавеющей стали неподвижной полосой из нержавеющей стали, а верхний конец - соединительной пластиной хомута для трубы.Подсоедините зажим мокса из нержавеющей стали к соединительной пластине хомута трубы и закрепите от восьми до 10 полос моксы одновременно для прижигания.

construction-of-an-experimental-platform-device-for-moxibustion

Research

JoVE Journal

Medicine

Construction of an Experimental Platform Device for Moxibustion

Using Herbal-Cake-Separated Moxibustion for the Treatment of Rats with Chronic Renal Failure

In the process of moxibustion in clinical practice, subjects need to be in a stable mood and comfortable posture to avoid problems such as moxa ash ...