An ultrasound machine, which makes use of high-frequency sound waves to capture images from the body, has several types. The choice of which type of ultrasound machine to use depends on the purpose of the test, the availability of the machine, and what is being investigated for the test.
The different types of ultrasound imaging include 2D, 3D, 4D, and doppler.
2D ultrasound imaging is typically used for obstetric purposes. It is capable of producing 2 dimensional images of what’s inside the body.
Using 2D technology, the baby’s growth, gestation, size, development, and even the heartbeat can be clearly seen. The placenta, as well as the baby’s position, can also be viewed. The images from 2D ultrasound are usually in black and white.
Purchasing any piece of medical equipment is a big decision and investment. Whether you own a small practice or clinic, or work in a big budget hospital, you want to make sure that you are spending your equipment dollars well. Here are some questions and answers to help you with the purchasing process:
The decision to choose new equipment versus pre-owned and reconditioned is really a question of budget. First, you want to look at the overall cost–whether financed, leased, or purchased–and determine when the equipment will turn a profit. Used equipment can often give you the best bang for your buck, because it can be reconditioned to be like new and yet only be half the price of new equipment.
When you purchase a pre-owned or reconditioned probe or transducer, you can expect a savings that is about 50% of what you would pay for new equipment. In addition, you can look at financing options to reduce the amount of money you must pay up front.
As far as ultrasound machines go, most of them are big, bulky, and difficult to move around and transfer from place to place.
The Acuson Cypress solves this problem. Just because this unit is a portable, small machine, does not take away from its capabilities. Known to have excellent imaging and has top notch Cardiac, Abdominal and Vascular Imaging.
Not only does this unit’s size not effect its imaging, it also doesn’t affect its range of application when it comes to practicality and diversity.
Pregnancy is a delicate condition. Hence, a pregnant woman is advised to comply with the regular appointments with her doctor to see how she is and her baby is doing during the process. There are also several tests done to make sure that the baby is doing well on the entire duration of pregnancy. One of these tests is fetal heart monitoring.
Fetal heart monitoring is done to keep tabs of the baby’s heart rate in response to the strength and duration of the mother’s contractions. The fetal heart rate can tell if the baby is doing well or not.
The fetal heart rate can be monitored continuously or periodically (also referred to as intermittent auscultation). During continuous electronic fetal monitoring, a device is used to monitor the heart rate. This device is called the fetal monitor machine.
Infusion pumps are medical devices that are used to deliver fluids into the patient’s body. Using these medical devices makes it possible to administer nutrients and medications in controlled amounts. They are widely used in a variety of clinical settings including hospitals and nursing homes.
Using infusion pumps has become widely popular because of their capability to administer fluids that are practically impossible to control manually by medical professionals. They can deliver fluids in very small volumes and at precisely programmed rates. Only trained professionals can operate these medical devices as using it involves programming of the rate and duration using their built-in software.
The ability of infusion pumps to produce high but controlled pressures makes these devices highly useful in injecting highly controlled amounts of fluids into the subcutaneous, or into the epidural. Some of the fluids that can be administered using infusion pumps include insulin, hormones, chemotherapy drugs, antibiotics, and pain relievers.
Stress testing is often advised to patients suspected with abnormal heart rhythms, those who are evaluated for their cardiac treatment program, and those who will undergo a certain exercise program. It is also commonly prescribed to patients who are suspected to have coronary artery disease (CAD). For patients with CAD, the blood supply which may be adequate at rest may be inadequate when there is an increased in cardiac demand such as when exercising.
Although the accuracy of stress testing for the diagnosis of CAD depends on several factors, it is still one of the most commonly advised tests for patients suspected with the heart disease. Compared to cardiac catheterization, stress testing is less invasive and less expensive in detecting abnormalities in the blood flow.
There are two ways on how stress testing is done. One is through the use of drugs and the other is through exercise.
There are medical procedures that can’t be done well without anesthesia. It’s the anesthesia that provides pain control during surgery or procedure. While it’s generally considered safe with rare cases of untoward reaction, anesthesia can cause unpleasant effects, depending on the type of anesthesia administered to the patient.
The common side effects of general anesthesia include nausea and vomiting, muscle ache, sore throat, chills, itching, and confusion. General anesthesia can also cause cognitive dysfunction like delirium and malignant hyperthermia.
Patient safety is what it’s all about. When medical procedures involve administering anesthesia, reliable monitoring equipment is one critical part of ensuring safety, and success. And having the right monitor for your medical cases and circumstances is the key to reliability.
Anesthesia monitors monitor gases, drugs and fluids to control dosage as they’re delivered to patients, and are also used to measure and continuously display the patient’s physiological state during anesthesia processes. They feature monitoring alarms that detect and alert staff to out-of-range factors or conditions.
Many anesthesia monitors are stand alone units, while others are part of an anesthesia machine or workstation, or multivariable monitor.
Nurses traditionally rely on five vital signs to assess their patients: temperature, pulse, blood pressure, respiratory rate and oxygen saturation.
High quality vital sign monitors are made by many companies. They monitor and measure basic medical indicators of health (variety of essential bodily functions and metrics), and are offered with varied features and options in many shapes and sizes. Knowing which monitor is right for your needs can be confusing. Making the right choice is important and involves understanding and comparing options, features, and pricing—and understanding your needs. It’s helpful to secure advice from medical-equipment dealers with a real understanding of how VS monitors compare from one maker, purpose and user situation to another.
The latest medical equipment found in the operating theater could soon be a 3D printer. As MYNorthwest.com reports, medical 3D printing advances may dramatically reduce the difficulties of complex surgical procedures in the near future.
Having an entire society spend less money on one good that’s required for maintaining a lifestyle inevitably means that there’s more money to be spent on other things. While some will spend their new found funds on electronics or smartphones, some will decide to finally visit a doctor about something that’s been bothering them. This means more revenue for health care providers.