Advancing neutron capture therapy
towards better lives.

About NSNCT

The Norwegian Society for Neutron Capture Therapy (NSNCT) (Norsk Forening for Nøytroninnfangingsterapi) is a non-profit, multidisciplinary professional association committed to advancing Neutron Capture Therapy (NCT) both as a cancer treatment procedure and a tool for managing specific diseases. Our purpose is to foster the development of NCT in various scientific areas and bring together professionals from different fields.

Mission & Objectives

Mission

The Norwegian Society for Neutron Capture Therapy (NSNCT) is a non-profit, multidisciplinary professional association. NSNCT is committed to advancing Neutron Capture Therapy (NCT) both as a cancer treatment procedure and a tool for managing specific diseases.

Purpose and Objectives

NSNCT's purpose is to help develop NCT in various scientific areas and brings together professionals from different fields. Scientific areas of focus include:

  • Synthetic and analytical chemistry
  • Neutron source technology
  • Medical physics and biophysics
  • Radiobiology
  • Clinical applications of NCT

NSNCT facilitates disseminating accurate scientific information about NCT, raising awareness of research findings, establishing connections with other professional societies and relevant international organisations, and undertaking other initiatives as deemed appropriate to advance the field.

Global Collaboration

NSNCT fosters communication and collaboration among scientists and individuals worldwide engaged in NCT-related activities.

NSNCT is an associated organisation of the International Society for Neutron Capture Therapy (ISNCT).

NSNCT is a parallel organisation to other national societies for neutron capture therapy (SNCT), including JSNCT (Japan), TSNCT (Taiwan), and German Society of Boron Neutron Capture Therapy (DGBNCT).

Initiatives

NSNCT undertakes various initiatives as deemed appropriate to advance the field of NCT. These initiatives may include organising events, conferences, and activities that contribute to the growth and development of NCT.

NSNCT serves as a hub for professionals involved in NCT, promoting collaboration, disseminating information, and contributing to the advancement of Neutron Capture Therapy in the global scientific community.

News in Neutron Capture Therapy

21st International Congress on Neutron Capture Therapy

ISNCT webinar - Silva Bortolussi

ISNCT Webinar - Silva Bortolussi

"Building BNCT"

by Prof. Silva Bortolussi

5 Sept 2025 | Online

Joint Norway-Taiwan Symposium on Neutron Capture Therapy and Nuclear Medicine

14-15 Aug 2025 | University of Bergen & Haukeland Hospital

Euroboron10

PTCOG 63

ISNCT Webinar - Kazuyo Igawa

"BNCT for Three-Dimensional Oral Cancer Model"

by Prof. Kazuyo Igawa

9 May 2025 | Online

ISNCT Webinar - Jason Parsons

PTCOG Webinar - BNCT Drug Development Update

"BNCT for Three-Dimensional Oral Cancer Model"

by Dave Greenwald from Aviko Radiopharmaceuticals, Kido Takahiro from Stella Pharma, and Kendall Morrison from TAE Life Sciences

4 Mar 2025 | Online

ISNCT Webinar - Keiji Nihei

ISNCT Webinar - Akira Matsumura

Heron AB-BNCT License

Heron Neutron Medical received a medical device license for its Accelerator-Based Boron Neutron Capture Therapy (AB-BNCT) system and is collaborating with Taipei Veterans General Hospital on ongoing clinical trials and compassionate use programs for refractory cancers.

November 2024

ISNCT Webinar - Ignacio Porras

ISNCT Webinar - Naonori Hu

IAEA Publication

Book: "Advances in Boron Neutron Capture Therapy"

Published by the International Atomic Energy Agency (IAEA)

News Repository

More presentations and interviews on ISNCT YouTube channel

How Boron Neutron Capture Therapy Works

Patient given a compound containing Boron-10

The patient is given a compound containing Boron-10.

Cancer cells absorb boron-10 compound

The cancer cells absorb the compound.

Exposed to neutrons

The patient is exposed to a beam of neutrons. Neutron-boron interaction initiates a nuclear reaction that releases high-energy particles, which travel up to 10 microns.

Particles cause damage to the cancer cells

Subsequently, these particles cause damage to the cancer cells.

Learn more about neutron capture therapy

An article introducing Boron Neutron Capture Therapy on Teknisk Ukeblad (in Norwegian).

Related Associations

NSNCT Membership

NSNCT aims to promote the progress of science by facilitating interactions and cooperation between clinical medicine, radiobiology, physics, engineering, chemistry, and their related fields. If you wish to become a member, please contact the secretariat (e-mail : post@nsnct.org).

Regular Member

An individual who conducts research that aligns with the objectives of NSNCT.

Supporting Member

An individual or a group that shares the objectives of NSNCT and provides financial support for NSNCT's activities.

Honorary Member

An individual who has made distinguished contributions to NSNCT. Honorary membership is recommended by the executive committee of NSNCT and is approved in a general meeting.

Get in Touch

Our Office

Reach out to NSNCT

Office:
Allégaten 41, 5007 Bergen

Email:
post@nsnct.org