The Double Unit Organ Bath is a laboratory instrument used for studying the physiology and pharmacology of organs. It consists of two chambers, an upper and a lower, connected by a common water supply. The chambers are filled with a physiological solution and the organ of interest is placed in the upper chamber. The organ is then perfused with the physiological solution, which is maintained at a constant temperature and pH. This allows researchers to study the effects of drugs and other compounds on the organ in a controlled environment. The Double Unit Organ Bath is made of mild steel and transparent material and comes in a transparent and white color. It is available in 110-220 voltage and comes with a supply ability of up to 1000 units per week.
1. What is a double unit organ bath?
A double unit organ bath is an instrument used in medical research to study the effects of drugs and other substances on isolated organ tissues. It consists of two separate bath units allowing for the testing of two different substances at the same time, thus allowing for more efficient research.
2. How does a double unit organ bath work?
The double unit organ bath consists of two separate bath units, each containing a single isolated tissue sample. In each bath unit, the isolated tissue sample is bathed in a special solution which can be monitored and adjusted. Drugs or other substances can then be introduced into the solution and their effects studied on the isolated tissue sample.
3. What are the benefits of a double unit organ bath?
The main benefit of a double unit organ bath is that it allows for more efficient research by testing two substances at the same time. This can reduce the time required to conduct a study and help researchers to quickly draw conclusions about a particular drug or other substance.
4. What types of tissues can be studied using a double unit organ bath?
A double unit organ bath can be used to study a wide variety of tissues, including heart muscle, smooth muscle, blood vessels, bone marrow, and other types of tissue.