Myocardial Infarction

Myocardial Infarction

Myocardial infarction (MI) occurs when the heart muscle is starved for oxygen long enough that cardiac cells die.  Researchers studying MI are interested in a number of aspects surrounding the event, including the prevention and treatment of MI. Research questions addressed include:

How to prevent the occurrence of MI

  • What markers might be used to predict the event?
  • Can life-style changes (diet, exercise etc.) make a measurable difference?
  • Are there drug therapies or surgical programs that can prevent MI?
  • When to use preventative measures

How to treat MI both during and after the event to limit the extent of the MI damage

  • Can the oxygen supply be restored before cell death occurs?
  • If cell death occurs, how can the damage be contained?
  • Is there a way to repair damaged/dead cardiac cells?

Animal and cellular models are used to study the various aspects of MI. Animal models used to study MI include mice, rats, rabbits and dogs. These animal models may be used as whole animal models , where measurements like pressure, heart rate and electrocardiogram are used as biomarkers of ischemia and MI.  Additionally, there are a number of models that employ isolated tissues to study the progression of MI.  These isolated systems often need to merge data from multiple sources.

DSI has solutions for all pressure, heart rate and electrocardiograms and also has hardwired solutions capable of combining telemetry with other systems used in tissue research.


Myocardial Infarction articles citing DSI in Google Scholar

DSI offers a comprehensive line of telemetry implants capable of measuring pressure endpoints in species ranging from mice to swine. 

Learn more about the pressure sensing implants available from DSI.

DSI M series Website_Circle Image

Ponemah software is trusted by researchers around the world to reliably and accurately acquire and analyze physiologic endpoints.

Learn more about Ponemah software from DSI.

Ponemah BP Website_Circle Image

DSI's digital signal conditioners allow you to collect a wide array of physiologic endpoints, with signal processing that is best in class. Researchers can also integrate hardwired signals with telemetry signals, for even more study flexibility.

Learn more about digital signal conditioners from DSI.

Signal conditioners and amplifiers for preclinical research.