а это как? чувствительность подкрутят на своих дозиметрах чтоб правильные цифры показывал или снова ПДК поднимут?

We propose to design new molecular scavengers for metal ions which have radioactive isotopes, including cesium, strontium, and uranium. The compounds will selectively bind the target metal ions with high specificity and selectivity due to use of proteins which are known to have these chelating properties toward metal ions. Immobilized on filters, the scavengers will allow decontamination of aqueous solutions. Reversibility of protein ion binding by changes in temperature, pH, and other factors, allows transfer of the metals into a concentrated eluate solution, and reusability of the scavengers. Combined with electrodeposition of the eluate solution, it will result in developing a cyclic technological process for cleaning the pollutant-containing mixtures, producing target material in its solid, metal form, available for further disposal. The proposed technology is energy efficient and does not create large amounts of not easily disposable mass like zeolite absorbents.

The recombinant protein scavengers can be produced biotechnologically at a comparatively low cost. Unlike other methods for environmental riddance of long half-life radio isotopes, including certain chelating compounds, protein-based scavengers are completely non-toxic and safe for the environment.