By 2030, some 3.5 million Americans are expected to be living with total knee replacements. The price of performing total-knee arthroplasty (TKA) revision surgery continues to rise, costing 60 percent more than the initial replacement. Researchers set out to identify a more cost-effective method.

A new molecular technique using modified diamonds could increase the sensitivity of an MRI and improve patient diagnosis, according to a University of Melbourne press release.

A new multimodal imaging approach produced highly-advanced molecular three-dimensional (3D) images of staph infection and may be instrumental in fighting antibiotic resistant infections, according to research published in Science Translational Medicine.

Researchers from Stanford University and two universities in China have recently developed a PET scan-compatible imaging agent that may help predict which lung cancer patients would benefit from a widely used drug or treatment, according to a recent Stanford news release.

Italian researchers found an innovative nuclear medicine imaging agent that targets copper buildup in tumors to detect prostate cancer recurrence in patients with biochemical relapse.

Northwestern University researchers may have uncovered how parts inside human cells interact with each other thanks to a newly developed machine learning algorithm technology.  

Researchers from the Scripps Research Institute (TSRI) have provided what they claim is the first 3D visualization of the dynein-dynactin complex bound to microbubbles, which is responsible for cell division and preventing the development of neurological diseases. 

Researchers from the Cincinnati Children's Hospital Medical Center used 3D imaging to show molecular transactions that occur during the earliest stages of pregnancy, according to a recent Cincinnati Children's release.