Biotechnology Research Section
1. Plant Tissue Research
(A) Efforts to obtain flood-resistant varieties of paddy using pollen culture method
(B) Using plant tissue and seed technology to obtain high-quality, non-responsive poplar lines and marketable Burmese bananas
(C) Banana with plant tissue technology. Extinction of palm oil and medicinal orchids
(D) Banana by plant tissue culture. Breeding of various vegetable and potato varieties
(E) Search for nutrients that can be used to grow flat coffee by plant tissue
2. Plant Biotechnology Research
(A) Testing for Xagene Content in the Establishment of Near isogenis Liners for Myanmar Rice Varieties
(B) Genetic purification of hybrids and sterile lines
(C) Paddy; Testing for the presence of genetic traits in the F1 and BC1F1 lines of tomatoes and legumes
(D) Green Super Rice Research Testing for BB Resistance Genes
(E) Testing the genetic diversity of the genital mutilation line
(F) Potential maize cultivars with Opaque-2 gene; Check for
3. Plant Biological Research
(A) Salinity tolerance for rice varieties and drought tolerance for peanuts at laboratory level
(B) Selection of gametoclonal variation of paddy cultivars obtained by pollination
(C) Selection of new medium varieties cultivated by Moleucular marker Assited Breeding technology
Research Results
1. The combination of plant tissue technology and germination technology is suitable for low rainfall areas. Moderately drought tolerant and moderately yielding Sinpade Thar-1 Peanut variety; Produced high yielding water hyacinth that can withstand moderate to high yields.
2. Banana၊ Strawberry, Ginger Aloe vera Potatoes Oil palm Mango and orchids have been tested for their ability to reproduce plant-like tissues in a short period of time.
3. The genetic differences of 41 varieties of sugarcane were tested by esterase and POD isozyme system, and 15 groups were found to be different.
4. Banana varieties that farmers want to grow can be propagated by plant tissue.