Salt Reduction Initiatives in the Eastern Mediterranean Region and Evaluation of Progress towards the 2025 Global Target: A Systematic Review

Nutrients. 2021 Jul 31;13(8):2676. doi: 10.3390/nu13082676.

Abstract

This study aims at identifying national salt reduction initiatives in countries of the Eastern Mediterranean Region and describing their progress towards the global salt reduction target. A systematic review of published and grey literature was conducted. Key characteristics of strategies were extracted and classified according to a pre-defined framework: salt intake assessments; leadership and strategic approach; implementation strategies; monitoring and evaluation of program impact. Salt intake levels were estimated in 15 out of the 22 countries (68%), while national salt reduction initiatives were identified in 13 (59%). The majority of countries were found to implement multifaceted reduction interventions, characterized by a combination of two or more implementation strategies. The least common implementation strategy was taxation, while the most common was reformulation (100%), followed by consumer education (77%), initiatives in specific settings (54%), and front of pack labelling (46%). Monitoring activities were conducted by few countries (27%), while impact evaluations were lacking. Despite the ongoing salt reduction efforts in several countries of the region, more action is needed to initiate reduction programs in countries that are lagging behind, and to ensure rigorous implementation and evaluations of ongoing programs. Such efforts are vital for the achievement of the targeted 30% reduction in salt intake.

Keywords: Eastern Mediterranean Region; evaluation; implementation; reduction; salt; strategy.

Publication types

  • Systematic Review

MeSH terms

  • Databases, Factual
  • Feeding Behavior*
  • Health Plan Implementation
  • Humans
  • Mediterranean Region
  • Sodium Chloride / administration & dosage*
  • Sodium Chloride, Dietary*

Substances

  • Sodium Chloride, Dietary
  • Sodium Chloride