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Iceland Screens Treats or Prevents Multiple Myeloma 

The First Large-Scale Screening Study in the Field of Myeloma

The International Myeloma Foundation (IMF) is funding the first large-scale screening study aimed at preventing myeloma before it develops. Spearheaded by the IMF’s Black Swan Research Initiative®, iStopMM (Iceland Screens Treats or Prevents Multiple Myeloma), is a study that examines blood samples from approximately 80,000 adults over age 40 in Iceland for the earliest signs of myeloma.

Because nearly all citizens of Iceland over age 40 undergo routine blood tests, the country is an ideal setting for such research. After obtaining informed consent over the next few months of 2016, project leader Dr. Sigurdur Kristinsson of the University of Iceland and his team will screen blood samples from approximately 80,000 individuals for the precursors to myeloma – MGUS (monoclonal gammopathy of undetermined significance) and smoldering myeloma.

Those individuals diagnosed with the precursors will then be invited to participate in a randomized clinical trial to identify the best strategy for treatment and to create a new risk model for disease progression. 

The Population-Based Screening Study Is the Largest of It’s Kind

The iStopMM study is the largest study of its kind, with a record-setting 80,759 participants.

"No one has done anything like this before, ever" said principal investigator, Dr. Sigurdur Y. Kristinsson of the University of Iceland. "So far, it has been a success."

iStopMM Published It’s First Paper in the Blood Cancer Journal

The iStopMM Study Publishes It’s First Paper

Read the first paper from the iStopMM Study, published in the Blood Cancer Journal.  "The research published [...] could lead to a paradigm shift in myeloma therapy towards screening for the precursor for the disease and treating early," says IMF Chairman of the Board Dr. Brian G.M. Durie.

iStopMM News and Updates:
Iceland Winter Coast Landscape
Learning from Iceland's Model for Genetic Research

The Scandinavian island’s unique combination of genetic homogeneity, genealogical tradition, and high participation in research make it a prime location for discovery and validation of drug targets.

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