趙淑妙 主任/特聘研究員

實驗室主持人

Dr.趙淑妙

主任/特聘研究員

PhD–Tulane University, USA, 1985

[ email ]

辦公室: 跨領域 A202

電話:+886-2-2787-1155

研究領域
  • 種子植物之分子親緣關係研究
  • 粒線體與葉綠體之基因體演化
  • 比較基因體學

研究方向

  • 1.針葉樹的葉綠體比較基因體學
    針葉樹具極大的生態與經濟價值,但他們的葉綠體之生物工程仍未被發展。研究針葉樹的葉綠體基因體結構,將有助其生物工程進展。目前,我們專研針葉樹葉綠體基因體的結構多樣性機制。本實驗室結合次世代定序和比較基因體學的方法,解析柏類針葉樹植物葉綠體基因體的高度變異及演化趨勢,其遺失逆轉重覆片段的演化過程、以及其基因體之高頻率重組的適應性意義。
  • 2.裸子植物的粒線體基因體演化
    裸子植物有1,000餘種,至今僅台東蘇鐵的粒線體被完全解序。裸子植物與種子植物之起源有密切關係。相較於葉綠體基因體,粒線體基因體的演化甚為複雜,具有水平基因轉移特性,能接納葉綠體及細胞核的DNA序列。此外,粒線體基因體的大小變異頗大,含豐富的重複片段,快速的基因重組率,其轉位外顯子與RNA修飾位點皆多於葉綠體基因體。我們目前正在定序及組裝裸子植物之粒線體基因體,包括: 銀杏、買麻藤植物及松柏類等。

最新發表

期刊論文 ( 2016 - 2019 )

  1. Fu CN, Wu CS, Ye LJ, Mo ZQ, Liu J, Chang YW, Li DZ, Chaw SM*, Gao LM*, accepted, “Prevalence of isomeric plastomes and effectiveness of plastome super-barcodes in yews (Taxus) worldwide.”, Scientific Reports. (SCI) (IF: 4.259; SCI ranking: 15.6%)
  2. Chaw SM, Liu YC, Wu YW, Wang HY, Lin CI, Wu CS, Ke HM, Chang LY, Hsu CY, Yang HT, Sudianto E, Hsu MH, Wu KP, Wang LN, Leebens-Mack JH, Tsai IJ, 2019, “Stout camphor tree genome fills gaps in understanding of flowering plant genome evolution.”, Nature plants, 5(1), 63-73. (SCI) (IF: 10.3; SCI ranking: 1.9%) Link
  3. Sudianto E, Wu CS, Leonhard L, Martin WF, Chaw SM*, 2018, “Enlarged and highly repetitive plastome of Lagarostrobos and plastid phylogenomics of Podocarpaceae”, Molecular Phylogenetics and Evolution, S1055-7903(18)30526-8. (SCI) (IF: 4.419; SCI ranking: 20.8%,19.2%,22.1%) Link
  4. Wu CS, Wang TJ, Wu CW, Wang YN, SM Chaw*, 2017, “Plastome Evolution in the Sole Hemiparasitic Genus Laurel Dodder (Cassytha) and Insights into the Plastid Phylogenomics of Lauraceae”, GENOME BIOLOGY AND EVOLUTION, 9(10), 2604-2614. (SCI) (IF: 3.979; SCI ranking: 25.1%,29.2%) Link
  5. Qu XJ, Wu CS, Chaw SM*, Yi TS*, 2017, “Insights into the Existence of Isomeric Plastomes in Cupressoideae (Cupressaceae)”, Genome Biology and Evolution, 9(4), 1110–1119. (SCI) (IF: 3.979; SCI ranking: 25.1%,29.2%) Link
  6. Qu XJ, Jin JJ, Chaw SM, Li DZ*, Yi TS*, 2017, “Multiple measures could alleviate long-branch attraction in phylogenomic reconstruction of Cupressoideae (Cupressaceae)”, SCIENTIFIC REPORTS, 7, 41005. (SCI) (IF: 4.259; SCI ranking: 15.6%) Link
  7. Chung-Shien Wu, Shu-Miaw Chaw*, 2016, “Large-Scale Comparative Analysis Reveals the Mechanisms Driving Plastomic Compaction, Reduction, and Inversions in Conifers II (Cupressophytes)”, Genome Biology and Evolution, 8(12), 3740-3750. (SCI) (IF: 3.979; SCI ranking: 25.1%,29.2%) Link
  8. Hsu CY, Wu CS, Chaw SM*, 2016, “Birth of four chimeric plastid gene clusters in Japanese umbrella pine.”, Genome Biology and Evolution, 8(6), 1776-1784. (SCI) (IF: 3.979; SCI ranking: 25.1%,29.2%) Link
  9. Sudianto E, Wu CS, Lin CP, Chaw SM*, 2016, “Revisiting the plastid phylogenomics of Pinaceae with two complete plastomes of Pseudolarix and Tsuga.”, Genome Biology and Evolution, 8(6), 1804-1811. (SCI) (IF: 3.979; SCI ranking: 25.1%,29.2%) Link
主編之專書(論文集) ( 2016 - 2019 )
  1. Shu-Miaw Chaw, Robert Jansen [editors], 2018, Evolution of Plastid Genome, ABR 85, 446 pages, UK: Elsevier Publishing Co.. Link
他類論文 ( 2016 - 2019 )
  1. Chaw SM*, Wu CS, Sudianto E, 2018, “Evolution of gymnosperm plastomes”, Chaw SM & R K Jansen (Editors). Plastid Genome Evolution. ISBN: 9780128134573, Academic Press., Chapter 7" 195-216.