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Effects of extremely low frequency electromagnetic fields on growth and genetic diversity of (Satureja hortensis L.) | Abstract
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Abstract

Effects of extremely low frequency electromagnetic fields on growth and genetic diversity of (Satureja hortensis L.)

Author(s): Ahmad Majd1, Celine Singh1*, Sadigheh Arbabiyan1, Fahimeh Salimpour1 and Seyed Abdolhamid Angaji2

Electromagnetic fields are an important environmental factor that can influence the growth and development of plants. Exposure to EMF was performed by a locally designed EMF generator. Different treatments for dry and wet seeds (from 2 mT to 4 mT for 30 to 120 minutes exposure time) were done. All the treatments showed significant difference in comparison with control plants. The highest fresh and dry weight in both root and shoot had occurred in plants grown from wet and dry pretreated seeds with 2 mT for 30 min, 2 mT for 120 min and the least amount had occurred in plants grown from wet and dry pretreated seeds with 4 mT for 120 min (Respectively). For genetic diversity DNA extraction and PCR with 12 RAPD primers were done. A total of 404 bands had generated by the 12 primers and out of that 110 bands were polymorphic bands. The primer showing maximum number of polymorphic bands was UBC100. The RAPD analysis indicated that plants grown from wet and dry pretreated seeds with 4 mT for 120 min showed genetic variation compared to control plants.