Pain, and how to adequately treat it, is one of the most daunting challenges facing the medical profession today. It’s estimated that 50 to 80 percent of spinal surgeries fail. One of the major reasons for this isn’t treatment, but misdiagnosis of the nerves causing the pain.
Used to diagnose the root cause of many common pain symptoms, the Axon Nerve Test provides a simple test that can accurately identify the exact level and side of the nerve root causing the pain. This test can be used as part of a successful treatment of almost all sorts of bodily pain, from back to wrist to neck and much more.
The way the test is administered is simple. The doctor or practitioner places a small electrode to a specific pain point on a patient. The practitioner then increases the level of intensity until the patient reports feeling a sensation. This otherwise innocuous stimulus sends an electrical signal that selectively stimulates A-delta nerve fibers. Technology built in to the system verifies the firing of each nerve, leading to an accurate and objective pinpointing of the damage. This, in turn, is one of the reasons for its’ 97% sensitivity.
Other benefits of using this specific technology is a membership to the American Association of Sensory Electrodiagnostic Medicine (AASEM), Unlimited phone support, Training videos and Online Textbook, and more.
As opposed to cauterization, which uses heat in a surgical setting, cryosurgery uses extreme cold to destroy abnormal tissues such as tumors, cysts or precancerous legions. When used as a cancer treatment, cryosurgery, or cryotherapy as it is often called, uses liquid nitrogen to instantly kill the tumors with which it comes into contact.
Though relatively safe compared to other cancer treatments, cryosurgery does involve some risks, such as blisters, scarring, infection and more. To reduce the risks associated with this procedure, the cryosurgical system in use needs to be extremely precise so that no healthy skin or tissue is destroyed in the process.
Such precision is at the core of the Wallach LL100 Cryosurgical System. With twice the freeze power of other systems, the LL100 is able to perform tasks more efficiently than ever before. But it’s the exclusive two-trigger design that lets the physician precisely control both the freeze and defrost functions. What this does is allow surgeons to almost instantly freeze or defrost an area they are working on, leading to more accurate and better results.
In addition to giving the surgeon precise control, the LL100 has been designed for versatility and ease of use. For example, there are a wide range of different-sized cryotips to be used in a number of different situations, plus, without shutting off the gas, the cryotips can be changed at any time.
To learn more about this state-of-the-art surgical system, and how you might be able to finance a unit, contact us today at 877-646-3300.
Breath alcohol tests are perhaps the most common way to measure blood alcohol levels. With many different methods available to determine the level of alcohol in the breath and in the blood, hospitals, medical practices and individuals enjoying a drink or two want to know the best and most portable way there is to measure the alcohol level in an individual.
A new development in breathalyzer technology incorporates a smartphone, allowing users to track blood alcohol content (BAC) as well as estimate the rate of oxidization and the timing of when the BAC will return to 0 percent.
Via Bluetooth, the ultra-compact BACtrack Vio Smartphone Breath Alcohol Tester can wirelessly connect to your smartphone, syncing up with the BACtrack app to give real-time measurements and predictive estimates.
The advanced MicroCheck sensor is not only highly reliable but small enough that it can fit on a keychain or easily slide into a purse or a front pocket, giving users a quantifiable measurement of their blood alcohol level. This is the perfect testing instrument for anyone who wants to stay safe while having a night out.
Bone density scanning, which is often referred to as dual-energy x-ray absorptiometry, or DEXA, uses small amounts of ionizing radiation to map and measure the amount of bone loss in a patient, usually on the lower spine or the hips. This is one of the quickest and most reliable ways to assess the patient’s risk for bone fractures and to diagnose osteoporosis.
The Sunlight MiniOmni Bone Densitometer is one of the most cost-effective bone sonometers currently available and provides these features:
- Accuracy — Based on Sunlight Omnipath quantitative technology, the MiniOmni provides unrivaled accuracy for multiple bone density readings taken from multiple points on the patient’s body.
- Portable — At around the size of a hardcover book, the MiniOmni is lightweight and can be taken virtually anyplace people can go.
- Non-invasive — Taking a bone density scan is quick, easy and requires no special preparation on the part of the patient.
- Versatile — Comes with a database containing four ethnic references for men, women and children, allowing for an even more specific and accurate reading.
- Cost-effective — At almost half the price of other densitometers, we currently offer special pricing on this unit. In addition, the MiniOmni comes with a one-year warranty.
Portable, accurate and affordable, the MiniOmni can serve a wide range of practices and is particularly useful for general practitioners who may need to treat a number of different patients suffering from bone-related complaints.
CPT Code 76977: Ultrasound bone density measurement and interpretation, peripheral site(s), any method. hold a $7.16 national Average reimbursement; tests for 15 minutes.
People who suffer from what they suspect to be a sleep disorder often have a hard time pinpointing the exact condition that’s keeping them up at night.
One of the most popular diagnostic tests is to have patients undergo an overnight pulse oximetry test screening, which can provide the crucial data needed to determine whether a patent suffers from sleep apnea or other common sleep disorders.
This simple test evaluates blood oxygen levels and can be done at home. Unlike other diagnostic methods used to detect sleep apnea, oximetry is so simple that there’s little chance the patient will make a mistake in using the device.
This can be seen in the technologically sophisticated but surprisingly simple Nonin WristOx 2, Model 3150, the most advanced wrist-worn pulse oximeter available, and can be used for cardio-ambulatory monitoring, remote wireless monitoring and overnight studies. Patients simply wear the device like a wristwatch, then connect the easy-fit sensor to the end of their index finger.
Capable of storing 1,080 hours of memory, the WristOx 2 measures the pulse rate and SPO2 values at various sampling rates. For more efficient diagnosis, the unit can securely transfer data via Bluetooth to nVISION Data Management Software to generate a full report from the data collected by the oximeter.
Versatile, simple and comfortable, the WristOx 2 is an essential piece of equipment for any office or practice that regularly deals with patients suffering from sleep disorders.
CPT Code 94762: Overnight Oximetry, Noninvasive ear or pulse oximetry for oxygen saturation; by continuous overnight monitoring (separate procedure) hold a $24.72 national Average reimbursement. Overnight, Patient Hookup, tests for less than 5 minutes.
For decades, Bovie Medical has been a leader in the design and manufacture of battery-operated cauteries. Engineered for safety and precision, their units have continually evolved and now feature a safety-enhanced snap design and recessed button to reduce the chances of it accidentally turning on.
Bovie Medical makes more models of cauteries than any other company in the world. From single-use pens to units with replaceable tips and various shaft lengths to meet the needs of any number of medical or surgical procedures, Bovie Medical has something suitable for most medical practices. Here’s an overview of the options:
Single use. Each single-use cautery pen comes in its own sterile wrapper. Practitioners simply peel open the package, insert the required batteries and remove the cap.
Change-A-Tip models. For medical practices where reusing a unit is a priority, the Change-A-Tip models allow you to switch out the tips and adjust sizes as needed.
High-temperature cauteries. For controlling diffuse bleeding to any operation that requires pinpoint hemostasis, Bovie Medical’s high-temperature cauteries range between 1,600 and 2,200 degrees Fahrenheit.
Low-temperature cauteries. The four low-temperature models manufactured by Bovie are designed specifically for ophthalmology. Ranging between 700 and 1,300 degrees Fahrenheit, these units have a four-year lifespan and are ideal for surgeons who require pinpoint hemostasis.
To learn more about battery-operated cauteries or any other medical device, contact a Medical Device Depot representative today.
Some medical conditions can’t be diagnosed by visiting the clinic or through lab work, but require the patient to actively administer the test themselves. To many in the medical field, this may seem daunting as the margin for error can be relatively high when left to nonprofessionals.
However, engineers and designers have gone to great lengths to make it easy for those who suffer from obstructive sleep apnea (OSA) to properly diagnose their condition.
The SleepView Monitor works when the provider suspects a patient may be suffering from OSA and orders a sleep test to be performed. The patient leaves with the SleepView Monitor and, following the easy instructions their health care provider gave them, sets up and runs the test in their own home. In some ways it’s as simple as strapping on a heart and airflow monitor, sleeping through the night, then returning the collected data to the clinic’s office. From there, a board-certified sleep physician interprets the data and makes a recommendation for treatment.
The convenience and precision of this self-administered sleep test is ideal for clinics or health care services with multiple locations. Regardless of the specialists on hand, it allows for a maximum number of patients to be tested for OSA and for an expert to make sense of the data and provide an accurate diagnosis. This allows for more people to be diagnosed, treated and to live better lives.
As the medical world continues to be transformed by digital technology and increasingly sophisticated instruments that promise more precise and accurate diagnostic features, some things remain unchanged. For ophthalmologists, one of the most basic, yet critical tools used to diagnose eye conditions remains the ophthalmoscope.
In many ways, these tools are better than ever, but proper use still depends on a high degree of competence that comes with training and practice.
Regardless of the model you use, be sure your ophthalmoscope has both a rheostatic control switch that allows you to manually adjust the amount of light emitted and a range of aperture selections. These features give you maximum control over light levels, allowing you to truly customize the tool to suit your individual patients. To ensure you get the most out of your equipment, follow these best practices:
- Eye examinations should take place in a dimly lit room.
- Before the examination begins, conduct a red reflex test. The results of this test may indicate various eye disorders.
- When examining a patient’s left eye, use your left hand. Likewise, when examining a patient’s right eye, use your right hand.
- Examine the optic disk first.
- Following an evaluation of the optic lens, look at the retinal arteries and the four vascular arcades. Doing this helps to position yourself opposite of the eye’s movement.
- Finally, have the patient look directly into the light and examine their macula. This part comes last because for many patients it is the most uncomfortable part of the procedure
The revolutionary PanOptic provides easy entry into the eye, together with a wider field of view to more easily observe conditions such as hypertension, diabetic retinopathy, and papilledema. It’s the newest and has the 5x larger view of the fundus vs. standard ophthalmoscopes in an undilated eye. It also provides 25º field of view vs. the standard 5º field of vi
Taking a patient’s blood pressure is standard practice for most medical checkups. But the fact is, if a patient suffers from high blood pressure, or you suspect they might have high blood pressure, taking a periodic reading only provides a snapshot. Over the course of a day or a week, various factors can cause a patient’s heart rate and blood pressure to fluctuate.
Think of it this way: If you want to know what the climate of a city is, you need to do more than take random readings from a thermometer. You could end up thinking Minneapolis is a warm city! Instead, you need to take a number of temperature readings at regular intervals.
To accurately diagnose and monitor a patient, you need a larger, more regular sampling of their blood pressure. An Ambulatory Blood Pressure Monitor does exactly this. Over the course of 24 hours, the patient wears this noninvasive device while going about their day. Usually, a patient wears the blood pressure cuff under their sleeve and the monitor, which is about the size of an iPod, on their belt. During the course of the 24-hour period, the patient keeps a diary, recording information about their activities, stress levels, etc. Every 25 to 30 minutes, the Ambulatory Blood Pressure Monitor takes a regular reading.
By providing a more accurate representation of a patient’s overall blood pressure than can be measured in a traditional clinical situation, this process can give way to a better diagnosis and more effective treatment.