Chiropractic radiograph setups

Whether you are a start-up or an existing chiropractic practice looking for affordable equipment one of our Direct Digital Imaging Specialists can provide a quote today. RadmediX has expanded our proven straight arm line with a new advanced x-ray system designed specifically for chiropractic care, the Acuity CDR. The Acuity CDR is a smaller more compact system which comes with a variety of features outlined below. This x-ray solution can fit in virtually any x-ray room as well as drastically cut down installation time reducing clinical downtime.

The Acuity CDR software is fully integrated to the x-ray generator and x-ray techniques are seamlessly preselected based on the anatomical region of the exam. Powerful magnetic lock brakes to raise and lower system effortlessly. Fully counterbalanced, ultra small footprint system. Acuity DR is embedded with a wireless charging system that enables seamless 24 hour wireless operating environment.

This was made possible with a detector embedded RX and an external battery charging system TX. WPCS technology of Acuity DR makes possible operation with wireless charging without the need of a battery change. WPCS is a world first new innovation product which installed a wireless battery charging system to extreme portability.

Whether seeking a completely integrated solution with hospital quality equipment or a retro-fit to an existing x-ray machine, the Acuity DR has you covered. Just point and shoot. Resolution — 3, x 3, Pixel Pitch — um. Integrated handle grip wireless model. No data loss regardless of exposure time. The wireless Acuity DR panels are ideal for those focusing on extremity exams in need or a wireless panel mobility in or out of the upright bucky. All Acuity DR panels are constructed with ruggedized, uni-body construction vs.

Cassette sized, fits directly into x-ray cassette tray. AccuVue was designed for premium chiropractic imaging in mind. TMJ disease is common, affecting between 4 and 28 percent of the population. Young females in particular commonly present with TMJ complaints 2. Diagnostic Imaging of Meniscal Injuries Radiographic examination of the knee is often unrewarding, despite physical and orthopedic findings that clearly indicate an abnormality.

Much of the supporting anatomy of the knee is invisible with conventional radiography, but more sophisticated techniques can be used to demonstrate these important structures. Despite it's characteristic shadow, it often alarms physicians not familiar with it's apearance. The azygos lobe forms when the azygos vein fails to migrate over the apex of the lung during fetal life. Back Pain in Children Virtual Pediatric Hospital A commonly held belief in pediatrics is that back pain in children is rare, and its presence almost always heralds a serious underlying disorder.

In reality, this belief only holds true in the prepubertal child, in whom back pain is rare, and if present often has a serious underlying cause. The job of the family practitioner or pediatrician seeing a child with back pain is to distinguish the serious from the non serious causes of back pain.

Paediapaedia: An Imaging Encyclopedia of Pediatric Disease Paediapaedia is aimed at the radiology resident learning pediatric radiology for the first time, the pediatric radiology fellow mastering pediatric radiology for the first time, and for the general radiologist who does a small amount of pediatric imaging on a daily basis. Paediapaedia is meant to be a handbook of pediatric radiology. It is designed to let you get at the information you need easily and rapidly.

It is meant to put the information you need most often at your fingertips. This series of articles reviews the more common joint disorders affecting children.

Assessing the elbow for fracture can be difficult because of the changing anatomy of the growing skeleton and the subtlety of some of these fractures. It's important to be aware of the radiographic signs of fracture in the elbow, along with knowing the appearance and fusion of the ossification centers in the pediatric patient, to avoid confusing an ossification center with a fracture fragment.

Of course, alignment and radiographic positioning are also extremely important in making a diagnostic assessment. The term juvenile kyphosis has sometimes been used to designate this condition.

Although many theories have been proposed, the cause of SD is still unknown. Currently under investigation are the roles of juvenile osteoporosis, hereditary factors, biomechanical factors, and a variety of other causes, but to date no specific etiology has been determined, except that there is a disruption in the normal development of the vertebral end plate. Patients in the surgical group received a standard open diskectomy with examination of the involved nerve root.

The physicians participating in the study were encouraged to individualize treatment to the patient. I think it's interesting that out of patients in the nonoperative treatment group, only 36 received chiropractic care, as opposed to who received physical therapy. For more information, take a look at table 2 in the original article. The NOF also recommends drug therapy for patients with T-scores of No, I am not referring to baseball scores; this regards osteoporosis, which affects approximately 28 million people in the United States.

In general, I don't expect to see many compression fractures in that small a series of studies, so I guess I was impressed.

A year-old female reports back pain and hip pain A year-old female reports severe low back pain and left hip pain. The patient has great difficulty walking. Orthopedic evaluation was limited due to severe pain.

A year-old male reports with chronic back pain A year-old male reports with chronic back pain. ROM was somewhat limited. Neurological and orthopedic evaluations were unremarkable. A year-old female reports low back pain A year-old female reports low back pain of four weeks. Pain is most intense in the early morning. No history of recent trauma was reported.

A Forty-seven-year old male with neck pain and stiffness A Forty-seven-year old male with neck pain and stiffness. The patient reports dizziness and a non-productive cough. No reported trauma. No fever. Orthopedic exam is unremarkable. A year-old male reports with chronic low back and hip pain A year-old African American male reports with chronic low back and hip pain. No history of trauma was reported. Physical exam findings were not provided. A year-old male reports with cervical spine pain and stiffness A year-old male reports with cervical spine pain and stiffness after recent flexion extension injury.

The patient does not have a primary care physician. The patient is diabetic and has hypertension. A year-old female reports pain and swelling of the right knee A year-old female reports pain and swelling of the right knee.

The patient can not bear weight on the right knee. Physical exam was limited due to pain. There are approximately of them in the United States, but chiropractic radiologists are little known to most people in medical imaging.

But Doctors of Chiropractic DCs regularly use imaging technologies in their practices. Some larger chiropractic offices, especially those integrated with other healthcare professionals, may have diagnostic ultrasound or other imaging modalities available for their patients.

Many chiropractors rely on a chiropractic radiologist such as Longmuir to read and interpret films for them. According to the ACCR, there are approximately chiropractic radiologists in the United States, with another 50 outside this country.

Chiropractic radiology is a specialized branch of chiropractic healthcare. Similar to medicine, there are generalists and specialists in chiropractic, according to Knudsen. Most chiropractors are generalists, and most specialties in the field require additional training in the form of postgraduate seminars or full-time residencies—as is required with chiropractic radiology—and then board certification examinations to earn diplomate status.

In the case of chiropractic radiologists, the examining board is the American Chiropractic Board of Radiology ACBR , widely considered the most stringent of the specialty boards in chiropractic. According to Knudsen, chiropractic radiology consists of interpreting, and sometimes performing, imaging exams such as plain radiographs, MRI, CT, and diagnostic ultrasound. Another obvious difference is the fact that we are chiropractors and they are medical doctors.

Training and Certification Chiropractors complete to hours of training in chiropractic school to learn about acquiring and interpreting plain film radiography, with some rudimentary training in advanced imaging—more for the recognition of imaging type and to have a better understanding of reports they may get from a radiologist, according to Knudsen.

Chiropractic radiologists complete approximately 4, hours of training in practical and didactic training during their three- to four-year full-time residencies, and they are certified by the ACBR, an autonomous examining agency not affiliated with the American Chiropractic Association Council on Diagnostic Imaging or the College of Radiology. This way there is no conflict of interest or undue influence, according to Longmuir. Radiologists in a medical community must do a four-year specialized residency in diagnostic imaging and then have to sit for a series of qualifying examinations.

It is the same for chiropractic radiologists. Chiropractic undergraduates take classes in pathology, soft tissue x-ray, bone x-ray and pathology, MRI, CT, and sonography.

If they want to become certified in radiology, that residency lasts for three or four years. For the duration of the residency, those training for this career must learn radiation health safety, bone pathology, chest imaging, gastrointestinal imaging, genitourinary imaging, and MRI. We are, however, predominantly bone and joint radiologists. We do read chest films and do gastrointestinal studies as well, but overall our forte is musculoskeletal studies.

Longmuir has a full-time practice and a large number of doctors, including chiropractic, medical, and osteopathic physicians, for whom he reads studies. Typically a courier picks up and drops off imaging studies to his office that have been taken at chiropractic clinics in and around his area.

Formal reports are dictated in the same manner as medical radiologists complete theirs, according to Longmuir.