Sicel Technologies, Inc.
Implantable sensors for oncology
Sicel was founded in July of 1999 by Dr. Charles Scarantino, an oncologist at Triangle Radiation Oncology Services practicing in the Rex Healthcare Cancer Center.
Michael D. Riddle, President, CEO, Director
Gloria Beyer, PhD, VP of Clinical Operations
Eric T. Espenhahn, VP of Engineering & Product Development
Tammy B. Carrea, Director of Regulatory Affairs
Greg G. Mann, Director of Engineering
Charles W. Scarantino, MD, PhD, Chairman
Michael D. Riddle
H. Troy Nagle, MD, PhD
Jonathan Gelles, PhD
Cheryl Sunderland
O. Michael Colvin, MD
George Washington Paschal, III, MD
Kenneth Wheeler, PhD
3800 Gateway Centre Blvd., Suite 308
Morrisville, NC 27560
USA
Phone: +1-919-465-2236
Fax: +1-919-465-0153
Sicel Technologies, Inc produces implantable wireless sensors in order to monitor biological and physiological changes in cell and organ systems. These sensors can give information about radiation dose, tissue microenvironment and/or gene expression to increase treatment success.
The company has developed OneDose™, which is a patient dosimetry verification system for specific use in radiation oncology therapy, and implantable sensors, which are implanted into unresectable, soild-mass tumours and monitor biological and physiological changes in organs and cells.
The following section contains a selection of the company’s most relevant patents. For comprehensive patent information please refer to the espacenet databases.
Related patents
- Evaluation of Irradiated Foods and other Items with Telemetric Dosimeters and Associated Methods
- Methods, Circuits and Compositions of Matter for In vivo Detection of Biomolecule Concentrations Using Fluorescent Tags
- Systems, Methods and Devices for In vivo Monitoring of a Loalized Response via a Radiolabeled Analyte in a Subject
- Methods, Systems, and Computer Programm Products for Providing Dynamic Data of Positional Localization of Target Implants
- In vivo Fluorescence Sensors, Systems, and Related Methods Operating in Conjunction with Fluorescent Analytes
- Systems, Methods and Devices for In vivo Monitoring of a Localized Response via a Radiolabeled Analyte in a Subject
- Portable Oncologic External Dosimeter Reader
- External Dosimeter Patch
- Methods, Systems, and Computer Program Products for Providing Dynamic Data of Positional Localization of Target Implants
- Evaluation of Irradiated Foods and other Items with Telemetric Dosimeters and Associated Methods
- Methods of calibrating in vivo sensor systems using in vivo generating electrodes and related devices
- Disposable Single-use External Dosimetres for Use in Radiation Therapies
- In vivo Detection of Biomolecule Concentrations Using Fluorescent Tags
- Systems, Methods and Devices for In vivo Monitoring of a Locatized Response via a Radiolabeled Analyte in a Subject
- Implantable Sensor Housing and Fabrication Methods