Theragnostic Imaging

 

September 23–27, 2007
Jackson Hole, Wyoming

 

 

A major focus of in vivo imaging is to associate the imaging data with the underlying genotype-phenotype of the tissues being imaged.  In medicine of the future, targeted therapies will be individualized according to the genotype-phenotype of the patient and the underlying pathology (pharmacogenomics). Hence, in vivo diagnostic imaging will be combined with therapy and used to direct therapeutic choices. This is known as “theranostics” or, more correctly, “theragnostics”. 

 

Such future applications will require high sensitivity and quantitative robustness significantly beyond that which is currently available. Sessions at Imaging in 2020 have been designed around this theme. Discussions will range from interrogating novel regions of the electromagnetic (and acoustic) spectra to exploring new chemistries for generating contrast and developing more quantitative assessments of image quality and content.

 

Key to meeting the challenges of theragnostics is open and effective communication among basic and clinical researchers from many different fields. The goal of Imaging in 2020 is to lay the foundation for this exchange among individuals from diverse specialty areas. The format is intentionally less structured than the traditional scientific meeting, allowing for extensive, meaningful interaction in a casual, comfortable environment. We hope to foster the development of enduring associations that will lead to innovative solutions and applications.

 

Imaging in 2020 V will be held at the Jackson Lake Lodge in Jackson Hole, Wyoming. Its beautiful location in Grand Teton National Park is easily accessible from Jackson Airport. Breathtaking views of the Grand Tetons will provide a colorful backdrop to the meeting. Participants will have the opportunity during the unscheduled afternoons to enjoy a variety of fall weather outdoor activities, such as hiking, fishing, boating, horseback riding, or just relaxing in a truly spectacular natural setting.