Scantek Medical of Denville, NJ, last month terminated its four-year licensing agreement with HumaScan of Cranford, NJ. By ending its deal with HumaScan, Scantek regains the rights to market and sell its BreastAlert Differential Temperature Sensor device
Scantek Medical of Denville, NJ, last month terminated its four-year licensing agreement with HumaScan of Cranford, NJ. By ending its deal with HumaScan, Scantek regains the rights to market and sell its BreastAlert Differential Temperature Sensor device in the U.S. and Canada.
The move came after HumaScan failed to pay Scantek licensing fees and royalties for BreastAlert, according to Scantek. HumaScan also ran into trouble with the Food and Drug Administration last year, which issued a warning letter regarding the companys marketing tactics (SCAN 6/10/98).
Scantek developed BreastAlert to measure differences in temperature between breasts to detect breast disease as an adjunct to conventional mammography. Perhaps due to the novelty of the system, HumaScan has had difficulty winning acceptance for the product in the U.S. since sales began in early 1998.
Both companies agreed to settle their dispute by ending the licensing agreement. To cancel its $750,000 debt to Scantek, HumaScan transferred its BreastAlert assets to Scantek, including product hardware, software, equipment, and raw materials. Scantek paid $340,000 to HumaScan for other BreastAlert assets that were not included in HumaScans debt, and for 150,000 shares of HumaScan common stock.
With marketing rights firmly in hand, Scantek plans to ramp up its sales efforts in South America and to initiate marketing operations in Ireland, the U.K., Italy, Spain, and Portugal. It hopes to finalize distribution agreements for the majority of these areas in the second quarter of this year. Over the next 10 to 12 months, Scantek will work to establish marketing networks in the U.S., focusing on physician education and support for BreastAlert.
New MRI Research Explores Links Between Waist-to-Hip Ratio and Memory in Aging
March 13th 2025Researchers found that a higher waist-to-hip ratio in midlife was associated with higher mean diffusivity in 26 percent of total white matter tracts in the cingulum as well as the superior and inferior longitudinal fasciculus.
Can Ultrasound-Based Radiomics Enhance Differentiation of HER2 Breast Cancer?
March 11th 2025Multicenter research revealed that a combined model of clinical factors and ultrasound-based radiomics exhibited greater than a 23 percent higher per patient-level accuracy rate for identifying HER2 breast cancer than a clinical model.