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Genome-Scale Transcriptome Analysis of the Alpine ‘‘Glasshouse’’ Plant Rheum Nobile (Polygonaceae) with Special Translucent Bracts
Genome-Scale Transcriptome Analysis of the Alpine ‘‘Glasshouse’’ Plant Rheum nobile (Polygonaceae) with Special Translucent Bracts Lizhong Wang1., Haihong Zhou2., Jin Han1, Richard I. Milne3,4, Mingyu Wang2*, Bingbing Liu1* 1 State Key Laboratory of Grassland Agro-ecosystem, School of Life Science, Lanzhou University, Lanzhou, Gansu, China, 2 MOE Key Laboratory of Cell Activities and Stress Adaptations, School of Life Sciences, Lanzhou University, Lanzhou, Gansu, China, 3 Institute of Molecular Plant Sciences, School of Biological Sciences, University of Edinburgh, Edinburgh, United Kingdom, 4 Royal Botanic Garden Edinburgh, Edinburgh, Scotland, United Kingdom Abstract Background: Rheum nobile is an alpine plant with translucent bracts concealing the inflorescence which produce a ‘‘glasshouse’’ effect promoting the development of fertile pollen grains in such conditions. The current understanding of the adaptation of such bracts to alpine environments mainly focuses on the phenotypic and physiological changes while the genetic basis is very limited. By sequencing the upper bract and the lower rosulate leaf from the same R. nobile stem, we identified candidate genes that may be involved in alpine adaption of the translucent bract in ‘‘glasshouse’’ plants and illustrated the changes in gene expression underlying the adaptive and complex evolution of the bracts phenotype. Results: A total of 174.2 million paired-end reads from each transcriptome were assembled into 25,249 unigenes. By comparing the gene expression profiles, we identified 1,063 and 786 genes up-regulated respectively in the upper bract and the lower leaf. Functional enrichment analyses of these genes recovered a number of differential important pathways, including flavonoid biosynthesis, mismatch repair and photosynthesis related pathways. -
Chemical Analysis and Bioactivity Evaluation of the Stem of Rheum
The Pharma Innovation Journal 2021; 10(2): 47-52 ISSN (E): 2277- 7695 ISSN (P): 2349-8242 NAAS Rating: 5.23 Chemical analysis and bioactivity evaluation of the TPI 2021; 10(2): 47-52 © 2021 TPI stem of Rheum tanguticum www.thepharmajournal.com Received: 17-12-2020 Accepted: 23-01-2021 Matthew Duah Osei, Lin MA, Yingxing Wei, Yueweng HE and Zhengiu Wang Matthew Duah Osei Department of Biological DOI: https://doi.org/10.22271/tpi.2021.v10.i2a.6661 Science, School of Life Science and Engineering Southwest Abstract University of Science and Rhubarb (Dahuang in Chinese), belongs to the family Polygonaceae, genus Rheum, has been employed Technology, Mianyang, China as a traditional Chinese medicinal material for a long time. Rheum officinale, R. palmatum, R. tanguticum, R. rhaponticum, R. ribes, R. franzenbachii, and R. rhabarbarum have been reported to Lin MA possess many pharmacological active substances that are used to treat diseases. The petioles of R. Department of Biological Science, School of Life Science rhabarbarum, R. ribes, R. rhaponticum are well-known vegetables in some regions of the world. Based and Engineering Southwest on this folk application and active ingredients that may be present in stems, the present study was University of Science and conducted to analyze the content of nutritional components and active secondary metabolism Technology, Mianyang, China components, and evaluate the antimicrobial activity and antioxidant activity with prepared solvent extracts. Yingxing Wei Methods published by the Association of Official Analytical Chemistry (AOAC) was used to determine Department of Biological the total protein, crude fat, crude fiber, vitamin C, ash, and moisture contents. -
List of Vascular Plants Occurring Along the Jomokungkhar Trail and Their Abundances
Appendix 1: List of vascular plants occurring along the Jomokungkhar Trail and their abundances. Study Plots Family Scientific Name Habit Voucher 1 2 3 4 5 6 7 8 9 10 11 12 Monilophytes Davalliaceae Araiostegia faberiana (C. Chr.) E. Fern 2 K.J1, K.D, T.G. 178 Ching Dryopteridaceae Polystichum sp. T. Fern 2 K.J, K.D2, T.G. 176 Hymenophyllaceae Hymenophyllum polyanthos L. Fern 2 K.J, K.D, T.G3. 174 Bosch Polypodaceae Lepisorus contortus (H. Christ) E. Fern 2 K.J, K.D, T.G. 173 Ching. Phymatopteris ebenipes E. Fern 1 K.J, K.D, T.G. 177 (Hook.) Pic. Serm. Prosaptia sp. E. Fern 2 K.J, K.D, T.G. 179 Eudicots Araliaceae Panax pseudoginseng Wall. Herb 1 K.J, K.D, T.G. 185 Asteraceae Anaphalis adnata DC. Herb 2 K.J, K.D, T.G. 129 Anaphalis nepalensis var. Herb 1 K.J, K.D, T.G. 150 monocephala (DC.) Hand.- Mazz. Anaphalis sp. Herb 2 K.J, K.D, T.G. 86 Cicerbita sp. Herb * K.J, K.D, T.G. 183 Cremanthodium reniforme Herb * K.J, K.D, T.G. 159 (DC.) Benth. 1 Karma Jamtsho 2 Kezang Duba 3 Tashi Gyeltshen 156 Appendix 1: List of vascular plants occurring along the Jomokungkhar Trail and their abundances. Study Plots Family Scientific Name Habit Voucher 1 2 3 4 5 6 7 8 9 10 11 12 Ligularia fischeri Turcz. Herb 7 K.J, K.D, T.G. 127 Parasenecio sp. Herb 3 K.J, K.D, T.G. -
Embryology of a Himalayan Glasshouse Plant, Rheum Nobile
ふか直陥附同成且刈涜恥山か平トいτrvE誌 1yJ JBnra 司 MqJ咽・ーοAUnu崎、】、‘ I EF 一 Embryology of a Himalayan Glasshouse Plant , Rheum nobile Hook.f. & Thoms. (Polygonaceae) a Y 吋i OMORl and Hideaki OHBA b aYokosuka aYokosuka City Museum ,Fukadadai 95 ,Yokosuka , 238-0016 JAPAN; bDep 釘 tment of Botany ,University Museum ,University of Tokyo , Hongo Hongo 7-3-1 ,Bunkyo ,Tokyo , 113-0033 JAPAN (Received (Received on January 11 , 2003) The embryologic a1 process of a large perenni a1 Himalayan “glasshouse plan t" Rheum nobile was anatomically an a1 yzed. It s megag 卸 netophyte development was classi- fied fied as PO かgonum type , embryogenic type as Polygonad type and endosperm formation as as the Nuclear type. These embryological features of R. nobile were almost the same as those those of R. palmatum and some species of Polygonum. The embryological evidences sug- gest gest that this species steadily carries out normal amphimixis and produces a great number of of seeds at the final ye 紅 of its life under severe environmental conditions such as low temperature temperature with much rain ,strong window and intense UV radiation. Key words: alpine plant ,embryology ,glasshouse plant ,Polygonaceae ,Rheum nobile. Rheum nobile Hook .f. & Thoms. is the et al. 1999 ,Omori et al. 2000). l紅 gest perennial herb reaching 1- 1. 5 m in The reproductive morphology or ecology height ,which grows at subtropical alpine of the plants adapted to cool and wet envi- zone of the East Himalayas , at 4000 -4 500 m ronment as in the East Himalayas has not above the sea leve l. It is called as been performed. -
Samenkatalog Graz 2016.Pdf
SAMENTAUSCHVERZEICHNIS Index Seminum Seed list Catalogue de graines des Botanischen Gartens der Karl-Franzens-Universität Graz Ernte / Harvest / Récolte 2016 Herausgegeben von Christian BERG, Kurt MARQUART & Jonathan WILFLING ebgconsortiumindexseminum2012 Institut für Pflanzenwissenschaften, Januar 2017 Botanical Garden, Institute of Plant Sciences, Karl- Franzens-Universität Graz 2 Botanischer Garten Institut für Pflanzenwissenschaften Karl-Franzens-Universität Graz Holteigasse 6 A - 8010 Graz, Austria Fax: ++43-316-380-9883 Email- und Telefonkontakt: [email protected], Tel.: ++43-316-380-5651 [email protected], Tel.: ++43-316-380-5747 Webseite: http://garten.uni-graz.at/ Zitiervorschlag : BERG, C., MARQUART, K. & Wilfling, J. (2017): Samentauschverzeichnis – Index Seminum – des Botanischen Gartens der Karl-Franzens-Universität Graz, Samenernte 2016. – 54 S., Karl-Franzens-Universität Graz. Personalstand des Botanischen Gartens Graz: Institutsleiter: Ao. Univ.-Prof. Mag. Dr. Helmut MAYRHOFER Wissenschaftlicher Gartenleiter: Dr. Christian BERG Gartenverwalter: Jonathan WILFLING, B. Sc. Gärtnermeister: Friedrich STEFFAN GärtnerInnen: Doris ADAM-LACKNER Viola BONGERS Magarete HIDEN Franz HÖDL Kurt MARQUART Franz STIEBER Ulrike STRAUSSBERGER Monika GABER Gartenarbeiter: Philip FRIEDL René MICHALSKI Oliver KROPIWNICKI Gärtnerlehrlinge: Gabriel Buchmann (1. Lehrjahr) Bahram EMAMI (3. Lehrjahr) Mario MARX (3. Lehrjahr) 3 Inhaltsverzeichnis / Contents / Table des matières Abkürzungen / List of abbreviations / Abréviations -
National Register of Medicinal Plants
Digitized by Google Digitized by Google IUCI Nepal National Register of Medicinal Plants IUCl-The World Conservation union May 2000 ... .....,...... , ... 111 IUCN ....,, ., fllrlll •• ... c-.ltloll n.w.wc:-....u.i. IIHI l111I11111I1111II1111II111111111111111 9AZG-Y9Q-23PK Published by: IUCN Nepal Copyright: 2000. IUCN Nepal The role of Swiss Agency for Development and Cooperation in supporting the IUCN Nepal is gratefully acknowledged. The material in this publication may be reproduced in whole or in part and in any form for education or non-profit uses, without special permission from the copyright holder, provided acknowledgment of the source is made. IUCN Nepal would appreciate receiving a copy of any publication which uses this publication as a source. No use of this publication may be made for resale or other commercial purposes without prior written permission of IUCN Nepal. Citation: IUCN Nepal. 2000. National Register ofMedicinal Plants. Kathmandu: IUCN Nepal. ix+ 163 pp. ISBN: 92-9144-048-5 Layout and Design: Upendra Shrestha & Kanhaiya L. Shrestha Cover design: Upendra Shrestha Cover Pictures: Pages from the manuscript of Chandra Nighantu drawn towards the end of 19th century (Courtesy: Singh Durbar Vaidhyakhana Development Committee) Left-hand side: Rajbriksha (Cassia fistula) occuring in the Tarai and other tropical regions of Nepal lying below 1,000 m altitude. Right-hand side: jatamansi (Nardostachys grandif/ora) occuring at 3,000m to 4,000m in the alpine and subalpine zone of Nepal Himalaya. Available from: IUCN Nepal P.O. Box 3923 Kathmandu, Nepal The views expressed in this document are those of the authors and do not necessarily reflect the official views of IUCN Nepal. -
Saxifragaceae
Flora of China 8: 269–452. 2001. SAXIFRAGACEAE 虎耳草科 hu er cao ke Pan Jintang (潘锦堂)1, Gu Cuizhi (谷粹芝 Ku Tsue-chih)2, Huang Shumei (黄淑美 Hwang Shu-mei)3, Wei Zhaofen (卫兆芬 Wei Chao-fen)4, Jin Shuying (靳淑英)5, Lu Lingdi (陆玲娣 Lu Ling-ti)6; Shinobu Akiyama7, Crinan Alexander8, Bruce Bartholomew9, James Cullen10, Richard J. Gornall11, Ulla-Maj Hultgård12, Hideaki Ohba13, Douglas E. Soltis14 Herbs or shrubs, rarely trees or vines. Leaves simple or compound, usually alternate or opposite, usually exstipulate. Flowers usually in cymes, panicles, or racemes, rarely solitary, usually bisexual, rarely unisexual, hypogynous or ± epigynous, rarely perigynous, usually biperianthial, rarely monochlamydeous, actinomorphic, rarely zygomorphic, 4- or 5(–10)-merous. Sepals sometimes petal-like. Petals usually free, sometimes absent. Stamens (4 or)5–10 or many; filaments free; anthers 2-loculed; staminodes often present. Carpels 2, rarely 3–5(–10), usually ± connate; ovary superior or semi-inferior to inferior, 2- or 3–5(–10)-loculed with axile placentation, or 1-loculed with parietal placentation, rarely with apical placentation; ovules usually many, 2- to many seriate, crassinucellate or tenuinucellate, sometimes with transitional forms; integument 1- or 2-seriate; styles free or ± connate. Fruit a capsule or berry, rarely a follicle or drupe. Seeds albuminous, rarely not so; albumen of cellular type, rarely of nuclear type; embryo small. About 80 genera and 1200 species: worldwide; 29 genera (two endemic), and 545 species (354 endemic, seven introduced) in China. During the past several years, cladistic analyses of morphological, chemical, and DNA data have made it clear that the recognition of the Saxifragaceae sensu lato (Engler, Nat. -
Genetic Diversity and Relationship of China's Bergenia Germplasm
J. AMER.SOC.HORT.SCI. 146(5):356–362. 2021. https://doi.org/10.21273/JASHS05032-20 Genetic Diversity and Relationship of China’s Bergenia Germplasm Revealed by Intersimple Sequence Repeat Markers Xiuli Lv Shanghai Academy of Landscape Architecture Science and Planning, and Shanghai Engineering Research Center of Landscaping on Challenging Urban Sites, Shanghai 200232, China Yuan Guan Forestry and Fruit Tree Research Institute, Shanghai Academy of Agricultural Sciences, Shanghai 201403, China Jian Wang Altay City Forestry Bureau, Xinjiang Autonomous Region 836500, China Yanwei Zhou Jiangsu Key Laboratory for the Research and Utilization of Plant Resources, Jiangsu Province and Chinese Academy of Sciences, Nanjing 210014, China Qunlu Liu School of Design, Shanghai Jiao Tong University, Shanghai 200240, China Zequn Yu Shanghai Gardening-Landscaping Construction Co., Ltd., Shanghai 200333, China ADDITIONAL INDEX WORDS. breeding parents, cluster analysis, germplasm selection, ISSR ABSTRACT. To reveal the genetic diversity and genetic relationships of China’s Bergenia germplasm, 28 Bergenia accessions from different regions in China were analyzed by 24 intersimple sequence repeat (ISSR) markers. The results showed that 318 sites were amplified in all germplasm, including 307 polymorphic sites, and the percentage of polymorphic sites was 96.54%. Cluster analysis showed that the 28 accessions were divided into three categories, with a similarity coefficient of 0.5475. Bergenia purpurascens was clustered into one category; B. scopulosa was clus- tered into one category; and B. tianquaninsis, B. emeiensis, B. stracheyi,andB. crassifolia were clustered into one cat- egory. The results of the cluster analysis indicated that the 28 accessions were not completely classified by origin. -
We're Not Just Pretty Gardens!
We’re not just pretty gardens! Nanette Kuich Betty Ford Alpine Gardens Vail, Colorado Plants talk – we need to translate for them Dr. Suzanne Simard “Visitors to gardens are extremely receptive to interpretation. 80% want stories along the path in the form of information and signs.” - Jessica Luke, University of Washington “The chief aim of interpretation is not instruction, but provocation. Interpretation should stimulate people into a form of action.” Freeman Tilden, Interpreting Our Heritage “Through interpretation, understanding; through understanding, appreciation; through appreciation, protection.” Freeman Tilden, Interpreting Our Heritage Interpretive Planning • deliberate and systematic process • recorded in a written plan • facilitating meaningful and effective experiences for visitors Wells, M., Butler, B., & Koke, J. (2013) “Performance relative to mission, not financial returns, is the primary definition of success. ” Good to Great and the Social Sectors - Jim Collins Mission: To promote conservation of alpine plants and fragile mountain environments BFAG Board of Directors Strategic Plan 2020 - 2023 Design standard needed Interpretive Signs Regulation Signage Physical and psychological barriers Team up! Education Center Interpretive Plan developed with stakeholder input 2014 Extensive planning and testing Research and design Curious visitors oriented and piqued Some remediation required What story can the garden tell? Original Master Plan -1987 Three Simple Themes • Rocky Mountain Ecosystems • Alpine Plants of the World • Taming the Mountain West ”The single most important thing one could do for learners is provide them with an advance organizer.” Ausubel, Novak & Hanesian (1978) • Too Many Entrances • No Flow “When people feel disoriented, it directly affects their ability to focus on anything else; when they feel oriented, the novelty enhances learning.” Falk, J.H. -
Distribution Ranges of Plant Species Found Along the Altitudinal Gradient of Jomokungkhar Trail in Sakteng Wildlife Sanctuary
Appendix 2: Distribution ranges of plant species found along the altitudinal gradient of Jomokungkhar trail in Sakteng Wildlife Sanctuary. Family Species PaK AfG InD NeP Chi MyM MoG RuS SrL Tha Vie Mal Monilophytes Hymenophyllaceae Hymenophyllum polyanthos Bosch X X X X X X X X X X X X Davalliaceae Araiostegia faberiana (C. Chr.) Ching X X Polypodaceae Lepisorus contortus (H. Christ) Ching. X X X Phymatopteris ebenipes (Hook.) Pic. Serm. X X Eudicots Asteraceae Anaphalis adnata DC. X X X X Anaphalis nepalensis var. monocephala (DC.) X X Hand.-Mazz. Cremanthodium reniforme (DC.) Benth. X X X Asteraceae Saussurea gossypiphora D.Don. X X X X Senecio raphanifolius Wall. ex DC X X X X Soroseris hookeriana Stebbins X X X Balsaminaceae Impatiens laxiflora Edgew. X X X Berberidaceae Berberis angulosa Wall. ex Hook.f. & Thomson X X X Berberis virescens Hook.f. X X Boraginaceae Cynoglossum zeylanicum (Lehm.) Brand X X X X Setulocarya diffusa (Brand) R.R. Mill & D.G. Long 164 Appendix 2: Distribution ranges of plant species found along the altitudinal gradient of Jomokungkhar trail in Sakteng Wildlife Sanctuary. Family Species PaK AfG InD NeP Chi MyM MoG RuS SrL Tha Vie Mal Brassicaceae Cardamine griffithii Hook.f. & Thomson X X Cyananthus macrocalyx subsp. spathulifolius Campanulaceae X X X (Nannf.) K.K. Shrestha Caryophyllaceae Arenaria densissima Wall. X X X Silene nigrescens (Edgew.) Majumdar X X X X Celastraceae Parnassia chinensis Franch. X X X X Diapensiaceae Diapensia himalaica Hook.f. & Thomson X X X X Ericaceae Cassiope selaginoides Hook.f. & Thomson X X X X Gaultheria trichophylla Royle. -
Hooker Is Calling English.Rtf
„Hooker is calling…..“ In 1854 Joseph Dalton Hooker, a well known british botanist, travelled to the kingdom of Sikkim in the himalayan mountains…. Nearly 158 years later we are on our way to the smallest state of India, nestling between Tibet, Nepal and Bhutan. We, that is a group of 12 perennial-plant-lovers of the ISU from 5 nations. Our swedish colleague Jonas Bengtson has been in Sikkim a few times and we can accompany him this year. We nearly all know each other, have been on excursions together,which gives us a good and secure feeling. I have never been to India before, but my head is full of clichées like blocked roads, cramful busses, colourfully clad people, prayer flags, dirt and garbage – but I am nevertheless surprised to see exactly that! Our group has been divided, we go from the airport of Bagdogra to Gangtok, the capital of Sikkim, in three crosscountry cars. It is nearly impossible to take in everything we see: A barfooted, emaciated man with a washing machine on his back, three very fat ladies in pastel saris hung with tassels and the prim schoolkids in uniform with snowwhite stockings, bows in their neat plaits, colourful kiosks with garlands of bonbons, dirty legs of a sleeping man stucking out from under a corrugated iron shelter, mud, lovingly painted lorries… My shock is diminishing only slowly – there are no rules concerning the traffic, the quickest and boldest one with the loudest horn wins. Our drivers look like children, stinking exhaust gases get into the car. -
Phylogeny of Rheum (Polygonaceae) Based on Cpdna Trns-G Sequences
Pak. J. Bot., 52(4): 1345-1351, 2020. DOI: http://dx.doi.org/10.30848/PJB2020-4(43) PHYLOGENY OF RHEUM (POLYGONACEAE) BASED ON CPDNA TRNS-G SEQUENCES WEIWEI LI AND AILAN WANG* School of Life and Sciences, Ludong University, Yantai, 264025, Shandong, P. R. China *Corresponding author's email: [email protected] Abstract Rheum L. is a perennial herb of Polygonaceae, with about 60 species, most of which are distributed in the Qinghai- Tibet Plateau (QTP). Due to the unique habitats of the QTP, Rheum L. was one of the typical representatives for studying the species diversity of this region. To investigate the monophyletic origin of this genus and evaluate its infrageneric relationships, a total of 27 individuals distributed in seven of eight sections of Rheum (only excluding Sect. Orbicularia) were collected in the QTP and adjacent areas. Molecular phylogenetic trees were reconstructed based on cpDNA trnS-G sequences. The results showed that the monophyletic origin of Sect. Palmata was supported, while another six sections (Sect. Rheum, Sect. Acuminata, Sect. Deserticola, Sect. Spiciformia, Sect. Globulosa and Sect. Nobilia) were found to be paraphyletic origin. Rh. kialense of Sect. Acuminata clustered as a subclade with Rh. Likiangense 3 of Sect. Rheum, Rh. pumilum and Rh. sublanceolatum of Sect. Deserticola. Rh. alexandrae and Rh.nobile, the only two species in Sect. Nobilia, also scattered in different groups. The monophyletic origin of the monotypic Sect. (Globulosum) was also unsupported, and it was found to be clustered together with Rh. nanum of Sect. Deserticola in the ML tree. In conclusion, the phylogeny of Rheum based on cpDNA trnS-G sequences may serve as a reference for exploring specific patterns of rapid speciation in QTP and similar geographical environment.