A study by the American College of Radiology found that MRI detected more malignant lesions than mammography in women with breast cancer, including larger and more aggressive cancers. The research suggests using MRI to identify potential cancerous areas and downsize mastectomies for some patients.
Intraoperative MRI improved tumor removal by detecting additional tissue that needed to be removed, altering surgical strategy in 27.5% of cases. High-field MRI provides better image quality and reduced scan time, but its high cost is a limiting factor.
Renal artery intervention procedures have seen a significant increase in cardiologist-performed cases, with the southeast region experiencing the largest surge. The study suggests regional disparities in treatment, highlighting potential over- or under-treatment of patients.
In a study of 18 patients with inoperable lung tumors, radiofrequency ablation (RFA) was found to eradicate lung tumors with no relapse in 94% of cases. Minor complications, including pneumothorax, were treated successfully, and the procedure offered benefits such as low costs, short hospitalization times, and good patient tolerance.
Experts recommend developing a research-supportive culture, recruiting more PhDs and MD/PhDs, and leveraging institutional resources to expand imaging research. The goal is to enhance research in academic radiology departments and secure research funding.
Recent court cases show patients sued doctors for delayed breast cancer diagnosis, with average awards being $250,000. Dr. Berlin argues that mammography is not perfect and overzealousness in radiology communities led to unfounded fears among women.
Four clinical trials are underway to determine the effectiveness of digital mammography, ultrasound, and MRI in detecting breast cancer and preventing deaths. These non-radiation based techniques could lead to a lower screening age and increased regular screenings for high-risk women.
Gary Whitman, MD, and Alfred Abuhamad, MD, were selected for the award due to their extensive participation in AIUM activities, teaching, and committee memberships. The American Institute of Ultrasound in Medicine has promoted safe and effective ultrasound use in clinical medicine for over 50 years.
A recent study found that nearly 28% of radiology claims went unpaid, with lost revenue exceeding $20 billion annually. The study suggests that managed care companies are pocketing these funds, limiting patient access and forcing physicians to cease participating with tardy payers.
Fetal MRI is less dependent on variables like amniotic fluid volume and fetus position compared to sonography, making it a more reliable method for detecting cleft lip and palate. Soft palate defects can also be visualized on fetal MRI, which is essential for predicting potential complications after birth.
Perfusion CT scans can reveal how much blood is present in the brain and how quickly it's moving, helping doctors decide on treatments such as surgery or clotbuster drugs. The technique has shown promise in assessing patients with stroke or carotid artery issues, potentially improving treatment outcomes.
A study using triple-contrast CT found that it can accurately detect peritoneal damage and injury extent in patients with penetrating torso trauma. The imaging modality achieved an overall accuracy rate of 98 percent, surpassing previous limitations of CT scans for retroperitoneum assessment.
A study found that MRI scans can detect breast cancer in 70% of cases at stage 1, and in 62% of cases without a mass. Most women who underwent the test chose mastectomy due to early detection.
Researchers studied 40 patients with 42 adrenal masses and found that MRI was more sensitive than CT in characterizing lipid-rich adenomas. The study's findings suggest that MRI may be the preferred imaging modality for detecting adrenal adenomas, particularly in cases where symptoms are present or a history of cancer is known.
A new CAD system has been shown to detect 77% of computer-identified false positives, leading to more accurate polyp detection. The technology holds promise for increasing widespread colon cancer screening due to its ability to significantly reduce the difficulty and time required for exam interpretation.
A study by the American College of Radiology found that thoracic PET scans are suitable for diagnosing some lung cancer patients with localized disease. This approach reduces radiation exposure and saves time compared to whole-body PET examinations, which cover a broader area of the body.
A study by the American College of Radiology suggests that plain film X-rays are not clinically useful in 72% of cases for children with non-traumatic stomach pain. The imaging study confirms diagnoses of constipation and bowel obstruction, but is unnecessary when other tests like CT or ultrasound are already anticipated.
A new MRI-guided breast biopsy system has been developed, showing that it is safe and efficient for retrieving tissue under MRI guidance. The procedure was found to be technically successful with no complications in all 38 biopsies performed on 28 patients.
A new computer technique has been developed to differentiate between malignant and benign calcifications on digital mammograms. The system achieved performance comparable to radiologists in classifying these calcifications, with a 79% accuracy rate in a test using one malignant case and one benign case.
A new CAD system has shown promise as an adjunct to breast MRI in identifying benign lesions. The study found that the CAD system could help reduce biopsy rates by 18% if proven effective in larger studies.
MDCT angiography successfully diagnosed suspected arterial injuries in 48 of 49 patients, with only one patient requiring a follow-up angiogram. The study suggests that MDCT angiography can replace traditional angiography as an initial diagnostic tool.
A study found that women with core breast biopsy results showing minimal abnormal cells were still at risk of having cancer when surgical excision was performed. The study suggests that these women should undergo surgical excision to ensure accurate cancer detection.
A study of 238 blunt and penetrating trauma patients found MDCT to be highly effective in diagnosing thoracic and lumbar spine injuries. CT scans characterized fractures, making surgery easier for surgeons.
Researchers have developed a technique called 2D CSI MRS that uses chemical signatures to distinguish between tumor recurrence, normal tissue, and treatment-related changes in the brain. This method has shown significant differences in chemical ratios for recurrent tumors versus treatment-altered tissue.
Researchers at Dartmouth College developed and tested three alternative breast imaging methods to learn about breast tissue structure and behavior. The non-invasive techniques include electrical impedance spectral imaging, microwave imaging spectroscopy, and near infrared spectral imaging.
Researchers successfully treated 21 small breast cancers with RF ablation, destroying malignant tissue with no adverse effects. However, surrounding tissue was not removed, limiting the procedure's effectiveness as a standalone treatment.
A study by University of Alberta researchers found that 22 patients had vertebral fractures, with 45% going undiagnosed. Vertebral fractures often indicate osteoporosis, a common disease in the elderly that can be easily treated with drugs.
Research reveals that specialized teaching can give dyslexic brains a 'jump start,' activating key areas used by normal readers. Training the meaning word form and sounds improves ability to analyze sounds and words in specific brain regions.
A survey of medical school deans and state medical society executives reveals widespread physician shortages in the US. The most frequently cited specialties experiencing shortages are anesthesiology (50%) and radiology (44%), with other subspecialties such as cardiology, gastroenterology, and geriatrics also reporting deficits.
The University Hospitals of Cleveland is using GE's RapidScreen Digital to improve lung cancer detection rates. The CAD system analyzes digital x-ray data and draws circles around suspicious regions, focusing radiologists on potential abnormalities.
The virtual autopsy combines CT and MR imaging to provide detailed information about trauma injuries and soft tissue. This technology can also be used in situations where traditional autopsy is not feasible due to religious or family objections.
Researchers at NYU School of Medicine developed a new technique to measure brain volume, identifying healthy individuals who would later develop memory impairment. The study found that the medial-temporal lobe shrank considerably more in people with Alzheimer's disease compared to those without it.
Researchers discovered subtle brain damage in HIV patients taking antiretroviral drugs, despite no apparent symptoms or viral suppression. The study used brainwave recordings, neuropsychological testing, and MRI scans to compare 39 HIV-positive individuals with 35 control subjects.
A new dual-energy, contrast-enhanced digital subtraction mammography technique has shown promising results in revealing hard-to-detect breast cancers. The study found that the technique was able to identify cancerous tumors in 13 out of 26 patients, with accuracy rates similar to those achieved by breast magnetic resonance imaging (MRI).
A study published in Radiology found that MRI can accurately detect bone invasion by soft-tissue sarcomas, with a sensitivity and specificity of 100% and 93%, respectively. This accuracy enables radiologists to confidently evaluate MR results for bone involvement, previously reserved for soft tissue involvement.
Self-referred whole-body CT scanning has grown rapidly, with 88 imaging centers nationwide and prices ranging from $795 to $1,215. Researchers caution that the technology's effectiveness is uncertain and potential risks include radiation exposure and false-positive results.
FDHT PET detected 46 lesions, outperforming conventional methods, which identified 59. The agent rapidly absorbed in metastatic lesions indicating functioning androgen receptors. Notably, FDHT uptake reduced in patients starting testosterone therapy.
Dr. Barry Siegel is being recognized for his pioneering work in nuclear medicine, including the use of positron emission tomography (PET) in cancer detection and tumor staging. With over 220 publications to his credit, Dr. Siegel's contributions have significantly impacted the field of nuclear medicine.
Chemoembolization is the treatment of choice for widespread or diffuse tumors, enabling patients with primary liver cancer to live longer and maintain a quality of life. The procedure uses oil droplets to transport chemotherapy agents directly to the tumor, reducing toxicity and improving outcomes.
A new study found that combining radiofrequency ablation with chemotherapy can effectively treat larger liver tumors. The treatment, which involves using heat to destroy tumor tissue and administering a chemotherapeutic agent intravenously, resulted in a tripling of survival rates compared to those receiving no treatment.
A new experimental imaging technique has been developed to detect prostate cancer metastases in abdominal lymph nodes. The technique uses advanced high-resolution MR imaging, computerized image analysis, and a novel contrast agent to identify malignant nodes with high accuracy.
A recent St. Jude study suggests that children with a higher proportion of sickled hemoglobin may develop 'twisted' arteries in the brain, which could increase their risk of stroke later in life. Researchers believe that this increased blood flow may damage arteries and lead to a higher risk of stroke among African Americans.
A survey of US radiology residents found that most were hesitant to pursue breast imaging training or interpret mammograms due to negative attitudes and perceived drawbacks. The shortage of qualified radiologists is expected to worsen as demand for screening mammography services increases with an aging population.
A study of 73 patients with symptoms suggestive of SARS found that CT scans identified three common features: ground-glass opacification, lower lobe distribution, and peripheral distribution. These findings suggest that CT can be a valuable diagnostic tool for detecting SARS, particularly in cases where chest x-rays are normal.
A study published in the Journal of Vascular Interventional Radiology suggests that percutaneous radiofrequency ablation can be an effective treatment for osteoid osteomas, with all eight patients achieving complete pain relief. The use of CT fluoroscopy enhanced imaging guidance improved precision and success rates.
Multidetector CT (MDCT) accurately identified 66 out of 71 total cancers found after additional tests and surgery, including small cancers under 5mm in diameter. MDCT offers a more comfortable and time-efficient alternative to excretory urography for detecting urinary tract abnormalities.
Radiofrequency ablation has shown promising results in treating advanced lung cancer, with significant pain reduction and improved survival rates. The procedure involves using extreme heat to destroy or slow the growth of tumors, and can be used as an alternative to surgery, chemotherapy, and radiation therapy.
A study found whole body MR imaging detected skeletal metastases in 80% of patients, outperforming bone scans in predicting complications like fractures. MR imaging also provided additional information about primary tumors and soft tissue metastases.
A study of 716 consecutive emergency head CT examinations found general radiologists and neuroradiologists were in agreement on 95% of studies. The study suggests that general radiologists can accurately interpret emergency CT scans with high accuracy rates, similar to neuroradiologists.
A study published by the American College of Radiology found that PET scans had a sensitivity rate of 93% compared to 46% for CT scans. Additionally, PET scans offered advantages over CT scans in terms of cost savings due to lower radiation exposure. The researchers recommend using PET scans for staging patients with suspected cancer s...
A recent study shows that whole body PET scans are twice as sensitive as CT scans in detecting breast cancer spread, with a higher accuracy rate of 93% compared to 46%. This breakthrough technology also offers less radiation exposure to patients, making it a more efficient and safer option.
A new study has found that a 14-gauge automated tru-cut needle is highly accurate in diagnosing breast cancer, with over 99% accuracy rate. The study also showed that smaller biopsy needles can be just as effective as larger ones, offering a less invasive option for patients.
The study found that voice recognition technology has reduced report time turnaround from 133 hours to 66 hours, with preliminary reports available within 14 hours. However, technical issues such as freezing and interfacing problems with RIS systems have led to decreased productivity and satisfaction among radiologists.
A new radiology procedure has been shown to alleviate pain caused by uterine fibroids, with all nine patients experiencing significant symptomatic improvement. The procedure involves blocking blood flow to the affected area using special particles or spheres, resulting in normal menstrual periods and no hormonal changes.
A recent study reveals that emergency room physicians often fail to inform patients about the risks and benefits of radiology procedures, including abdominal pelvic CT scans. The study found that only 22% of physicians accurately explained the radiation dose, while 74% underestimated it.
A new MR-guided breast biopsy method has been developed and tested on 35 patients, achieving high technical success rates. The method uses a stainless steel core biopsy needle with an MR-compatible coaxial device, allowing for accurate targeting of lesions and improved patient outcomes.
Researchers found 50% more sodium in malignant lesions than normal brain tissue, indicating increased tumor malignancy. The technique improves identification of cancer cells through noninvasive analysis of tumor metabolism and physiology.
Researchers have developed a new method using titanium oxide nanocrystals to deliver genes into cells, potentially overcoming current limitations of gene therapy. The nanocomposites can separate when exposed to light or x-rays, allowing for targeted gene delivery.
Despite preferring virtual colonoscopy due to its less invasive nature, patients generally dislike the bowel preparation required for both tests. The study found that most patients reported little pain or difficulty with either procedure, but many expressed discomfort with the advance bowel preparation.
Researchers successfully treated 42 individual kidney tumors using minimally invasive RFA, with all surface tumors completely destroyed. Patients with limited kidney function maintained good kidney function and had no local recurrence of the treated tumor.