Improving your
Understanding of Theranostics
Theranostics is a cutting-edge approach in modern medicine that combines diagnostic and therapeutic capabilities into a single integrated platform. By utilising molecular imaging techniques, such as positron emission tomography (PET) or single-photon emission computed tomography (SPECT), theranostics enables clinicians to accurately diagnose diseases and assess their molecular characteristics. In addition to diagnosis, theranostics also involves the targeted delivery of therapeutic agents, such as radioactive isotopes or nanoparticles, to specific disease sites identified during imaging. This personalised treatment approach allows for precise and effective therapy tailored to individual patients, leading to improved outcomes and reduced side effects.
Theranostics represents a promising avenue for advancing precision medicine and transforming the way we diagnose and treat diseases.


What is Theranostics? A New Era of Precision Cancer Care


What to Expect from Theranostics Treatment


How Theranostics is Transforming Thyroid Cancer Treatment


How Theranostics is Transforming Neuroendocrine Cancer Treatment


How Theranostics is Transforming Prostate Cancer Treatment


The Role of Theranostics in Modern Oncology Practice


The National Actinium-225 Survey: Understanding the Future of Actinium-Based Therapies


Precision Medicine in Action: Driving NSW’s Theranostics Research & Clinical Future


World Theranostics Day: Advancing Awareness, Empowering Patients


Why Neutral Advocacy Matters in Emerging Therapies


Championing Patient Access to Theranostics in Australia: About Us


Patients at the Heart: How Oncothera is Advancing Theranostics in Australia


World Theranostics Day: Recognising Oncothera’s Mission and the People Behind It


Pioneering a New Frontier in Cancer Treatment: The Promise of Theranostics


The Growing Field of Theranostics


Radiant Creations: The Art of Isotope Manufacturing


Radiant Revelations: Exploring Isotopes - Alpha, Beta, Gamma, and Beyond


Glowing Opportunities: Exploring Radioisotope Clinical Applications


Prostate Precision: Unveiling the Theranostic Evidence

