Manhattan MRI

Products And Services

• Full Body MRI

  Welcome to Manhattan MRI, the best place in the heart of Manhattan, New York, to get state-of-the-art diagnostic imaging services. Our dedication to quality is demonstrated by our Full Body MRI service, which is intended to give you an in-depth analysis of the anatomy across your whole body. Learn how our cutting-edge equipment, knowledgeable staff, and patient-focused methodology are redefining the benchmarks for diagnostic imaging precision. Comprehensive Evaluation The Full Body MRI service at Manhattan MRI is specifically tailored for individuals seeking a thorough evaluation of various body systems. Whether you are proactively monitoring your health or investigating specific concerns, this comprehensive imaging solution is designed to provide a detailed assessment from head to toe. Benefits: Our Body MRI goes beyond conventional scans, offering an in-depth exploration of organs, tissues, and structures throughout the body. Whole-Body Imaging Full-body MRI surpasses bone scintigraphy and computed tomography in detecting and characterizing lesions, evaluating their response to therapy, and screening high-risk patients. Where possible, ‘set-up and go’ acquisition and post-processing are frequently being used to simplify and accelerate the operational workflow for full-body MRIs (Summers et al., 2021).

  Link: Full Body MRI

• Cervical and Upper back MRIs

  Cervical and Upper back MRIs Upper back MRIs are often indicated for people who experience upper back and neck pain, which significantly impairs their quality of life and increases their medical costs. Magnetic resonance imaging (MRI) is the preferred imaging technique to evaluate the source and complicating factors of spine pain when conservative therapy fails or concerning clinical findings are present (Winegar et al., 2020). According to a study, the global prevalence of low back pain is 9.6%, and it is one of the most common reasons for visiting a primary healthcare provider (Hoy et al., 2014). As a premier provider of advanced imaging services in Manhattan, New York, Manhattan MRI recognizes the pivotal role these scans play in accurate diagnoses of spine-related abnormalities and personalized upper back and cervical spine care regimens.

  Link: Cervical and Upper back MRIs

• Lumbar Spine MRI

  Lumbar Lower Back MRI According to Manhattan MRI, health is a dynamic state of the body where multiple systems are inter-related and function simultaneously. A holistic approach, in this regard, is extremely important. Historically, a variety of factors, from clinical equipment and sensors to the analytical tools of the gathered medical data, have prevented medicine from discovering cures for many diseases. Medical images are a rich source of invaluable necessary information used by clinicians. Why Choose Manhattan MRI for Lower Back and Lumbar MRI? The motto of pain physicians at Manhattan MRI is: “Take hold of your life and control your pain for many healthy years to come.” The pain medications regularly employed for pain relief after relevant interventions include: Gabapentin Lyrica Acid Tylenol Anti-inflammatory medication.

  Link: Lumbar Spine MRI

• Pelvic & Hip MRI

  Pelvic Hip MRI Pain that is easily managed with heat, ice, or over-the-counter medication may not need to be examined by a doctor. However, you should consult a doctor if the discomfort persists for more than a week or is preventing you from sleeping at night. In most situations, surgery is necessary to treat a hip fracture. For the majority of patients, physical treatment is also necessary to heal from the surgery and fracture. How Often Will I Need an MRI Pelvis/ Hip? Injuries to the hip and pelvis are relatively rare in young athletes. Hip and pelvic contusions and musculotendinous sprains are the most common injuries. The two most common skeletal injuries are stress fractures and apophyseal avulsion fractures (Bucholz, 1984). Severe injuries to the hips and pelvis frequently call for surgery. Complications from nonunion, malunion, and avascular necrosis are common in femoral neck fractures. Abdominal, musculoskeletal, neurologic, and genitourinary problems are frequently linked to pelvic fractures.

  Link: Pelvic & Hip MRI

• Shoulder MRI

  The Context of Shoulder Pain Shoulder pain is one of the most common musculoskeletal complaints (Ashir et al., 2020). While radiographs offer a crucial preliminary examination and ultrasound can help identify full-thickness tears for shoulder evaluation, magnetic resonance imaging (MRI) offers superior, all-encompassing imaging of soft-tissue components, particularly the rotator cuff, and labrum, making it the preferred technique for pain management technicians (Imaging, 2018). The non-ionizing radiation, excellent resolution, and multiplanar imaging of magnetic resonance imaging (MRI) make it an essential diagnostic tool for the assessment of the ligamentous structures, joint capsule, and cartilage. It is important to discuss how Manhattan MRI helps cater to this problem and provides lifelong solutions to patients who suffer from localized or diffused shoulder-related pain.

  Link: Shoulder MRI

• Thoracic (Mid Back) MRI

  Mid Back MRI Magnetic resonance imaging (MRI) is a pivotal, diverse diagnostic modality used to evaluate a range of morphological and functional targets. It is an exceptionally adaptable diagnostic instrument as well as a rich source of data for research on the mechanisms underlying both normal and abnormal physiological processes. These scans provide unmatched insights into the complex anatomy of this vital segment of the spine, ranging from structural abnormalities to infectious diseases of the spine. It is important to note that a wide variety of conditions can damage the spine, spinal cord tissue, or nerve roots and result in permanent paralysis or paraplegia (Lavi et al., 2018). If you’re searching for skilled medical professionals or orthopedic surgeons who focus on treating conditions associated with pain, such as sports injuries or neck and back problems.

  Link: Thoracic (Mid Back) MRI

• Knee MRI

  The Need for Knee MRIs? The largest joints in the body, like the knees, are vulnerable to injury and arthritis. The knee, the largest joint in the body, is necessary for participation in nearly every sport, but it is also the most frequently injured joint in young athletes. About 55% of all sports injuries are, in general, knee problems (SportsMD, 2021). Roughly 10.4 million patients saw physicians in 2010 due to typical knee ailments, including sprains, fractures, dislocations, and tears in the ligaments. Patients of all ages frequently experience knee discomfort, which can have many different causes. A frequent diagnostic procedure for identifying and characterizing both acute and chronic internal derangement injuries to the knee, magnetic resonance imaging (MRI) aids inpatient treatment (Chien et al., 2020). When it comes to knee injuries, magnetic resonance imaging (MR) makes it possible to identify soft-tissue and radiographically concealed bone injuries. It also makes it easier to analyze and report damage constellations concerning functional knee instability.

  Link: Knee MRI

• Wrist MRI

  Why would I Need a Wrist MRI? With a prevalence of roughly 19.1%, wrist or hand pain (WP) is the third most prevalent work-related injury among adults (Costa et al., 2022). When evaluating patients with subacute or chronic wrist pain, wrist magnetic resonance imaging (MRI) is a crucial tool. The surgeon must ascertain the source and intensity of the pain to decide if surgery or conservative treatment is required (Matthews et al., 2019). There are several possibilities for which you might need to get a wrist MRI done. A few of these are quite common and are classified as workplace injuries. Examples include Carpel Tunnel Syndrome, De Quervain’s Tenosynovitis, Wrist Sprain or Strain, and Ganglion Cyst.

  Link: Wrist MRI

• Brain MRI

  Brain MRI for Early Diagnosis A brain MRI (Magnetic Resonance Imaging) is a non-invasive medical test that uses powerful magnets and radio waves to create detailed images of the brain and its structures. It helps in diagnosing conditions such as tumors, strokes, infections, and neurological disorders. Unlike X-rays or CT scans, MRI does not use ionizing radiation, making it safer for repeated use. The high-resolution images provide critical insights into brain health, aiding in accurate diagnosis and treatment planning.

  Link: Brain MRI