Paw hsan hmwe

Paw san hmwe
Cooked Paw san hmwe.jpg
Close-up of grains of uncooked and cooked paw san hmwe
SpeciesOryza sativa
OriginBurma (Myanmar)

Paw san hmwe (Burmese: ပေါ်ဆန်းမွှေး, pronounced [pɔ̀sʰáɴm̥wé]; also spelt paw san hmwe and known as Pearl Paw San or Myanmar pearl rice) is a high-grade variety of aromatic rice (fragrant rice) grown in Myanmar. Paw hsan hmwe is known for its good cooking quality, fragrant aroma, texture, good milling recovery, and substantial grain elongation during the cooking process.[1] The medium-length grains of this rice variety can elongate up to three times in length while cooking. Paw hsan hmwe has intermediate amylose content, higher than jasmine rice, contributing to its hardness quality in line with Burmese consumer preferences. Myanmar's Paw San rice is one of the world's most recognized high quality rice, it was awarded the world's best rice at the Rice Trader's World Rice Conference in 2011. Paw San rice has a similar aroma, grain quality and eating quality to the reputable aromatic rice varieties of the world, namely Basmati of India and Pakistan and Jasmine of Thailand. It has a strong aroma similar to Jasmine rice and

the fluffiness and elongation-up to 3 times after cooking of Basmati rice. Despite these qualities, Paw San rice has not made it to the export market due to its low yield. As well, a high domestic demand leaves little to export. The low yield has been an important barrier to its wider adoption; only about 6% of the area under rice cultivation was planted to Paw San in 2013. In order to meet export target and increase export value, Myanmar would need to promote the wider adoption of Paw San rice. To support the campaign for adoption, the county also would need to develop the infrastructure and the technology to increase productivity.[citation needed]

  1. ^ Oo, Kyaw Swar; Kongjaimun, Alisa; Khanthong, Srisawat; Yi, Myint; Myint, Tin Tin; Korinsak, Siriporn; Siangliw, Jonaliza Lanceras; Myint, Khin Myo; Vanavichit, Apichart (2015-03-01). "Characterization of Myanmar Paw San Hmwe Accessions Using Functional Genetic Markers". Rice Science. 22 (2): 53–64. doi:10.1016/j.rsci.2015.05.004.

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