Current IDD Situation
Salt Situation Analisys
USI Program
Other Interventions
Key Lessons Learnt
Challenges
Future Plans
 
BELARUS
 
Coutry Profiles> Belarus

Current Iodine Deficiency Disorder Situation

Population

P opulation: 10.3 million
Population growth rate: -0.14%
Population < 15 years: 17.3%
Birth rate: 9.9 per 1000
Life expectancy at birth: 68.3 years
Infant mortality: 14.1 per 1000

Prevalence of Goiter/ UIE

Median urinary iodine: 44.5 mcg/L (1998). A nationwide study of 11,562 children and adolescents from 30 schools throughout the country took place from 1995-1998. The median urinary iodine was 44.5 mcg/L; by oblast: Minsk , 38.1; Gomel , 79.8; Brest , 27.3; Vitepsk, 40.3; Mogilev , 49.0; Grodno , 47.0. Goiter by palpation was 33.4% and by ultrasound, 17.2 (probably needs adjustment for revised WHO criteria). Generally, the deficiency was more severe throughout the country, with less in the southeast in Gomel (probably because previous anti-goiter measures were applied following the Chernobyl accident).

In 1950's IDD was found to be endemic in areas of Eastern provinces. A 1956 national survey of schoolchildren found a TGR of 21.6%. Surveys in several provinces revealed many endemic areas. Gomel (southeast) was found to have moderate levels of IDD (8.6% in general population). Prevalence decreased in 1970's, started rising in 1980's.

Iodized salt Coverage

Household iodized salt use: 50%
Status: Moderate deficiency, needs push towards USI, monitoring update.


Salt Situation Analysis

Production

Two modern plants (for vacuum and rock salt) produce high quality salt with good packaging. Salt is exported to many European countries.

  • Iodized salt production: 45,000 tons
  • Compound: KIO3
  • Iodization level: 40 +/- 15 ppm (2000)

Consumption

Estimated household consumption of adequately iodized salt: 40-60%..

Iodine Procurement and Utilization

Salt is iodized with KIO3

 

Universal Salt Iodization Program

Information, Education, Communication (IEC) Activities

High public awareness of thyroid problems from Chernobyl effect, particularly Gomel . International groups from USA , Japan , and Europe active in follow-up. Some local negative attitudes towards USI. Need follow-up national data on urinary iodine and increased coverage with iodized salt.

Legislation

  • Legislation: Yes
  • Legislation for Animals: Uncertain
  • Level of Salt Iodization Required: 40 ppm (?)
  • Year enacted: 2001 - A governmental decree requires exclusive use of iodized salt for processed food, except sea fish.

Program Monitoring and Evaluation

The Ministry of Health is responsible. A national control program has been planned, to include Ministries of Health, Agriculture, Education, and others, but has not been implemented.

Quality control system for iodized salt has been established. Biological monitoring is in place, results not known; urinary iodine laboratory is available

 

Other Interventions

Iodine tablets and KI solution for children have been widely used, especially in the southeast areas influenced by Chernobyl .

Key Lessons Learned

 

Challenges and Constraints

 

Future Plans for Sustained IDD Elimination

 

Sources:

IDD NL 18(3):33, 2002

IDD NL 16(1):7, 2000

IDD NL 13(1):4, 1997
 
   

 

  Network for Sustained Elimination of Iodine Deficiency
180 Elgin Street, Suite 1000, Ottawa, ON Canada K2P 2K3 Telephone: +1 (613) 782- 6812 Fax: +1 (613) 782-6838 E-mail: info@iodinenetwork.net