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1960 Surname
Surname Given Age Date Page Maiden Note Abbett Marda R. 25-Jan A-11 Abel Maude 53 4-Apr B-3 Abercrombie Julia 63 8-Nov A-11 Acheson Robert Worth 63 23-Aug B-3 Acker Ella 88 28-Mar B-3 Adamchuk Steve 65 30-Aug A-11 Adamek Anna 86 4-Sep B-3 Adams Helen B. 49 15-Jul B-3 Adams Homer Taylor 75 21-Mar B-3 Addlesberger Frank H. 62 14-Jun B-3 Adelsperger Carolina C. (Carrie)_ 69 18-Nov B-3 Adlers Nellie C.. 43 14-Feb B-3 Aguilar Juan O., Jr. 19 24-Feb 1 Ahedo Lupe 62 17-Aug B-3 Ahlendorf Alvina L. 74 4-Aug B-3 Ahrendt Martha 70 28-Dec B-3 Ainsworth Alta Belle 76 28-Jul A-11 Albertsen Rosella 61 22-Feb A-11 Alexander Ernest R. 83 14-Nov B-3 Alexander Joseph H. 82 15-Jul B-3 Allande Emil 54 17-Jun B-3 Allen William 14-Jun B-3 Alley Margaret B. 53 18-Jan A-11 Almanzia Maria 72 3-Oct B-3 Alvarado Ruby 49 11-Jan A-11 Alvey Wylie G. 80 19-Sep A-11 Ambre Henry L. 85 7-Nov B-5 Ambrose Paul R. 2 26-May 1 Andel Michael, Sr. 69 14-Sep B-3 Andersen Neils P. 74 13-Jun B-3 Anderson Daniel 2 19-Jan A-9 Anderson Donald R. 47 3-Jul B-3 Anderson Irene 59 4-Dec B-3 Anderson Jessie (Rohde) 66 18-Jan A-11 Anderson John B. -
Cannabinoids and Endocannabinoid System Changes in Intestinal Inflammation and Colorectal Cancer
cancers Review Cannabinoids and Endocannabinoid System Changes in Intestinal Inflammation and Colorectal Cancer Viktoriia Cherkasova, Olga Kovalchuk * and Igor Kovalchuk * Department of Biological Sciences, University of Lethbridge, Lethbridge, AB T1K 7X8, Canada; [email protected] * Correspondence: [email protected] (O.K.); [email protected] (I.K.) Simple Summary: In recent years, multiple preclinical studies have shown that changes in endo- cannabinoid system signaling may have various effects on intestinal inflammation and colorectal cancer. However, not all tumors can respond to cannabinoid therapy in the same manner. Given that colorectal cancer is a heterogeneous disease with different genomic landscapes, experiments with cannabinoids should involve different molecular subtypes, emerging mutations, and various stages of the disease. We hope that this review can help researchers form a comprehensive understanding of cannabinoid interactions in colorectal cancer and intestinal bowel diseases. We believe that selecting a particular experimental model based on the disease’s genetic landscape is a crucial step in the drug discovery, which eventually may tremendously benefit patient’s treatment outcomes and bring us one step closer to individualized medicine. Abstract: Despite the multiple preventive measures and treatment options, colorectal cancer holds a significant place in the world’s disease and mortality rates. The development of novel therapy is in Citation: Cherkasova, V.; Kovalchuk, critical need, and based on recent experimental data, cannabinoids could become excellent candidates. O.; Kovalchuk, I. Cannabinoids and This review covered known experimental studies regarding the effects of cannabinoids on intestinal Endocannabinoid System Changes in inflammation and colorectal cancer. In our opinion, because colorectal cancer is a heterogeneous Intestinal Inflammation and disease with different genomic landscapes, the choice of cannabinoids for tumor prevention and Colorectal Cancer. -
IN TAX LEADERS WOMEN in TAX LEADERS | 4 AMERICAS Latin America
WOMEN IN TAX LEADERS THECOMPREHENSIVEGUIDE TO THE WORLD’S LEADING FEMALE TAX ADVISERS SIXTH EDITION IN ASSOCIATION WITH PUBLISHED BY WWW.INTERNATIONALTAXREVIEW.COM Contents 2 Introduction and methodology 8 Bouverie Street, London EC4Y 8AX, UK AMERICAS Tel: +44 20 7779 8308 4 Latin America: 30 Costa Rica Fax: +44 20 7779 8500 regional interview 30 Curaçao 8 United States: 30 Guatemala Editor, World Tax and World TP regional interview 30 Honduras Jonathan Moore 19 Argentina 31 Mexico Researchers 20 Brazil 31 Panama Lovy Mazodila 24 Canada 31 Peru Annabelle Thorpe 29 Chile 32 United States Jason Howard 30 Colombia 41 Venezuela Production editor ASIA-PACIFIC João Fernandes 43 Asia-Pacific: regional 58 Malaysia interview 59 New Zealand Business development team 52 Australia 60 Philippines Margaret Varela-Christie 53 Cambodia 61 Singapore Raquel Ipo 54 China 61 South Korea Managing director, LMG Research 55 Hong Kong SAR 62 Taiwan Tom St. Denis 56 India 62 Thailand 58 Indonesia 62 Vietnam © Euromoney Trading Limited, 2020. The copyright of all 58 Japan editorial matter appearing in this Review is reserved by the publisher. EUROPE, MIDDLE EAST & AFRICA 64 Africa: regional 101 Lithuania No matter contained herein may be reproduced, duplicated interview 101 Luxembourg or copied by any means without the prior consent of the 68 Central Europe: 102 Malta: Q&A holder of the copyright, requests for which should be regional interview 105 Malta addressed to the publisher. Although Euromoney Trading 72 Northern & 107 Netherlands Limited has made every effort to ensure the accuracy of this Southern Europe: 110 Norway publication, neither it nor any contributor can accept any regional interview 111 Poland legal responsibility whatsoever for consequences that may 86 Austria 112 Portugal arise from errors or omissions, or any opinions or advice 87 Belgium 115 Qatar given. -
Interact III Monitoring Committee Members
Interact III Monitoring Committee Members Version 71 (18.06.2021) Country Member/substitute Salutation Name Surname Position Organisation Unit Address Zip City Country Email Phone Austria Representative 1 Mr. Manfred Bruckmoser Deputy Head of Federal Ministry for Sustainability and Department IV/4 Coordination - Spatial Ferdinandstrasse 4 '1020 Vienna Austria [email protected] +43 1 71100 612913 Department Tourism Planning and Regional Policy Austria Substitute Ms. Alexandra Deimel Desk Officer Federal Ministry for Sustainability and Department IV/4 Coordination - Spatial Ballhausplatz 2 '1020 Vienna Austria [email protected] +43 1 71100 614384 Tourism Planning and Regional Policy Austria Representative 2 Mr. Martin Pospischill Head of Vienna City Administration Europäische Angelegenheiten Friedrich-Schmidt-Platz 3 1082 Vienna Austria [email protected] +43 1 4000 27001 Department Austria Substitute Ms. Andrea Schwecherl Representative of Vienna City Administration Europäische Angelegenheiten Friedrich-Schmidt-Platz 3 1082 Vienna Austria [email protected] +43 1 4000 27063 the hosting oranization Austria Representative 3 Ms. Tatjana Paar Head of Managing Regionalmanagement Burgenland GmbH Technologiezentrum '7000 Eisenstadt Austria [email protected] +43 (0) 5 9010 2423 Authority INTERREG Programme AT-HU Belgium - Capital Region Representative Mr. Valentin Graas Brussels International Brussels International Kruidtuinlaan 20 '1035 Brussel Belgium [email protected] Belgium - Capital Region Substitute Mr. Geert De Roep EU and multilateral Brussels Regional Public Service Brussels International Kruidtuinlaan 20 '1035 Brussel Belgium [email protected] +32 2 800 37 50 affaires coordinator Belgium - Flemish Region Representative Mr. Dominiek Dutoo Quality Coordinator Agentschap Ondernemen Entiteit Europa Economie Koning Albert II laan 35 bus 12 '1030 Brussel Belgium [email protected] Belgium - Flemish Region Substitute Mr. -
Surname Given Maiden Name Age Date Page Abblett Fred, D. (Sr.) 65 October Ll, L949 5 Abel Infant Infant November 6, L949 2
Surname Given Maiden Name Age Date Page Abblett Fred, D. (Sr.) 65 October ll, l949 5 Abel infant infant November 6, l949 2 Abrahamson Sholom (Sam) 60 August 8, l949 2 Abrudan Nicholas 73 April 3, l949 26 Acton John Wesley (Jr.) l7 December 8, l949 2 Adamczyk Thomas 59 20-Jan-49 Adamczyk Thomas 58 23-Jan-49 Adams Cecil, A. 39 January 3l, l949 Adams Ida, C. 84 January 24, l949 Adler Joseph, T. (Capt.) 58 July 26, l949 2 Agardi Sara 78 July 5, l949 2 Ahlborn John, F. 59 May 22, l949 2 Ahlering Edward, L. 46 December 29, 2 l949 Aiken Martha May 20, l949 2 Ainsworth Sidney 66 June 23, l949 l5 Ajerski John, M. 72 7-Jan-49 Akers William Eugene 2 20-Feb-49 Albertson Theron, R. l4 September l3, 2 l949 Alex Charles 58 November 2, l949 2 Alexander Esther Harrison 55 September 20, 2 l949 Alexander Harry 52 October 7, l949 2 Alexanderson Cecelia 5l April ll, l949 2 Alexanderson Charles, G. (Pfc.) 30 May 5, l949 2 Allie Sam 59 May 20, l949 2 Alonzo Elsie 37 May 2, l949 2 Alt Anna 75 December 2l, 2 l949 Amrai Joseph (Sr.) 64 July 3, l949 2 Anderson Catherine 8l October 4, l949 l7 Anderson Celia 9 June l, l949 9 Anderson Elizabeth 72 September l4, 2 l949 Anderson Oliver, A. September 22, 2 l949 Andree G.W. (Dr.) 43 October 7, l949 2 Andrews Oliver (Sr.) 80 April 4, l949 l3 Andriso Margaret, E. 34 November 25, 33 l949 Anglin M.L. -
Start List Bib No Age Grp Name Surname Awa Triclub 1 Mpro
START LIST BIB AGE NO GRP NAME SURNAME AWA TRICLUB 1 MPRO Nils Frommhold 2 MPRO Sebastian Kienle 3 MPRO Andreas Dreitz 4 MPRO Matt Trautman 5 MPRO James Cunnama 6 MPRO Nicholas Baldwin 7 MPRO Neveu Baptiste 8 MPRO Reece Barclay 9 MPRO Scott Bayvel 10 MPRO Andreas Boecherer 11 MPRO Adam Bowden 12 MPRO Kyle Buckingham 13 MPRO Antony Costes 14 MPRO Gerhard de Bruin 15 MPRO Roman Deisenhofer 16 MPRO Georg Enzenberger 17 MPRO Sébastien Fraysse 18 MPRO Samuel Huerzeler 19 MPRO Kevin Maurel 20 MPRO Rudolf Naude 21 MPRO Michael Raelert 22 MPRO Matthew Russell 23 MPRO Paul Ruttmann 24 MPRO Evert Scheltinga 25 MPRO Stefan Schumacher 26 MPRO Joe Skipper 27 MPRO Lars Petter Stormo 28 MPRO Ivan Rana 36 FPRO Lucy Charles-Barclay 37 FPRO Anne Haug 38 FPRO Gurutze Frades 39 FPRO Annah Watkinson 40 FPRO Ruth Astle 41 FPRO Nikki Bartlett 42 FPRO Susie Cheetham 43 FPRO Manon Genêt 44 FPRO Katharina Grohmann 45 FPRO Jennifer Lentzke 46 FPRO Kristin Liepold 47 FPRO Pâmella Nascimento de Oliveira 48 FPRO Magda Nieuwoudt 49 FPRO Laura Philipp START LIST 50 FPRO Mariella Sawyer 51 FPRO Karen Steurs 52 FPRO Natia van Heerden 53 FPRO Mareen Hufe 510 M18-24 Francois Burden My Training Day 628 M18-24 Jean-Paul Burger 629 M18-24 Andries Du Toit 630 M18-24 Tomer Eliezer 631 M18-24 Brandon Gill Matrix Multisport 632 M18-24 Sais Joubert 633 M18-24 Ulrich Lategan 169 M18-24 Rafael Mansano Pires AWA Silver TRACE 168 M18-24 Connor Mercer AWA Silver Multisport 634 M18-24 Nicolaas Nepgen 352 M18-24 Andre Pretorius AWA Bronze 635 M18-24 Christiaan Senekal 636 M18-24 Guy Tingle -
Family Name Files That Can Be Accessed in the Boerne Public Library Local and Family History Archives
FAMILY NAME FILES THAT CAN BE ACCESSED IN THE BOERNE PUBLIC LIBRARY LOCAL AND FAMILY HISTORY ARCHIVES A Abadie, Ables, Abshire Ackerman Adair, Adam, Adamek, Adamietz, Adams, Adamson, Adcock, Adkins, Adler, Adrian, Adriance, Agold, Aguirre, Ahr, Ahrlett, Alba, Albrecht, Albright, Alcorn, Alderman, Aldridge, Alexander, Alf, Alford, Algueseva, Allamon, Allen, Allison, Altgelt, Alvarez, Amason, Ammann, Ames, Anchondo, Anderson, Angell, Angle, Ansaldo, Anstiss, Appelt, Armendarez, Armstrong, Arnold, Arnott, Artz, Ashcroft, Asher, Atencio, Atkinson, Aue, Austin, Aycock, B Backer, Bacon, Bacorn, Bain, Baker, Baldwin, Ball, Balser, Bangert, Bankier, Banks, Bannister, Barbaree, Barker, Barkley, Barnard, Barnes, Barnett, Barnette, Barnhart, Baron, Barrett, Barrington, Barron, Barrows, Barta, Barteau, Bartel, Bartels, Barthlow, Barton, Basham, Bates, Batha, Bauer, Baum, Baumann, Bausch, Baxter, Bayard, Bayless, Baynton, Beagle, Bealor, Beam, Bean, Beardslee, Beasley, Beath, Beatty, Beauford, Beaver, Bechtold, Beck, Becker, Beckett, Beckley, Bedford, Bedgood, Bednar, Bedwell, Beem, Beene, Beer, Begia, Behr, Beissner, Bell, Below, Bemus, Benavides, Bender, Bennack, Benefield, Benner, Bennett, Benson, Bentley, Berger, Bergmann, Berlin, Berline, Bernal, Berne, Bernert, Bernhard, Bernstein, Berry, Besch, Beseler, Beshea, Besser, Best, Bettison, Beutnagel, Bevers, Bey, Beyer, Bickel, Bidus, Bien, Bierman, Bierschwale, Bigger, Biggs, Billingsley, Birdsong, Birkner, Bish, Bitzkie, Black, Blackburn, Blackford, Blackwell, Blair, Blaize, Blake, Blakey, Blalock, -
Plant Responses to Abiotic Stresses and Rhizobacterial Biostimulants: Metabolomics and Epigenetics Perspectives
H OH metabolites OH Review Plant Responses to Abiotic Stresses and Rhizobacterial Biostimulants: Metabolomics and Epigenetics Perspectives Motseoa M. Lephatsi 1 , Vanessa Meyer 2 , Lizelle A. Piater 1 , Ian A. Dubery 1 and Fidele Tugizimana 1,3,* 1 Department of Biochemistry, University of Johannesburg, Auckland Park, Johannesburg 2006, South Africa; [email protected] (M.M.L.); [email protected] (L.A.P.); [email protected] (I.A.D.) 2 School of Molecular and Cell Biology, University of the Witwatersrand, Private Bag 3, WITS, Johannesburg 2050, South Africa; [email protected] 3 International Research and Development Division, Omnia Group, Ltd., Johannesburg 2021, South Africa * Correspondence: [email protected]; Tel.: +27-011-559-7784 Abstract: In response to abiotic stresses, plants mount comprehensive stress-specific responses which mediate signal transduction cascades, transcription of relevant responsive genes and the accumulation of numerous different stress-specific transcripts and metabolites, as well as coordinated stress-specific biochemical and physiological readjustments. These natural mechanisms employed by plants are however not always sufficient to ensure plant survival under abiotic stress conditions. Biostimulants such as plant growth-promoting rhizobacteria (PGPR) formulation are emerging as novel strategies for improving crop quality, yield and resilience against adverse environmental conditions. However, to successfully formulate these microbial-based biostimulants and design efficient application programs, the understanding of molecular and physiological mechanisms that govern biostimulant-plant interactions is imperatively required. Systems biology approaches, such as Citation: Lephatsi, M.M.; Meyer, V.; metabolomics, can unravel insights on the complex network of plant-PGPR interactions allowing for Piater, L.A.; Dubery, I.A.; Tugizimana, the identification of molecular targets responsible for improved growth and crop quality. -
The German Surname Atlas Project ± Computer-Based Surname Geography Kathrin Dräger Mirjam Schmuck Germany
Kathrin Dräger, Mirjam Schmuck, Germany 319 The German Surname Atlas Project ± Computer-Based Surname Geography Kathrin Dräger Mirjam Schmuck Germany Abstract The German Surname Atlas (Deutscher Familiennamenatlas, DFA) project is presented below. The surname maps are based on German fixed network telephone lines (in 2005) with German postal districts as graticules. In our project, we use this data to explore the areal variation in lexical (e.g., Schröder/Schneider µtailor¶) as well as phonological (e.g., Hauser/Häuser/Heuser) and morphological (e.g., patronyms such as Petersen/Peters/Peter) aspects of German surnames. German surnames emerged quite early on and preserve linguistic material which is up to 900 years old. This enables us to draw conclusions from today¶s areal distribution, e.g., on medieval dialect variation, writing traditions and cultural life. Containing not only German surnames but also foreign names, our huge database opens up possibilities for new areas of research, such as surnames and migration. Due to the close contact with Slavonic languages (original Slavonic population in the east, former eastern territories, migration), original Slavonic surnames make up the largest part of the foreign names (e.g., ±ski 16,386 types/293,474 tokens). Various adaptations from Slavonic to German and vice versa occurred. These included graphical (e.g., Dobschinski < Dobrzynski) as well as morphological adaptations (hybrid forms: e.g., Fuhrmanski) and folk-etymological reinterpretations (e.g., Rehsack < Czech Reåak). *** 1. The German surname system In the German speech area, people generally started to use an addition to their given names from the eleventh to the sixteenth century, some even later. -
Šiauliai University Faculty of Humanities Department of English Philology
ŠIAULIAI UNIVERSITY FACULTY OF HUMANITIES DEPARTMENT OF ENGLISH PHILOLOGY RENDERING OF GERMANIC PROPER NAMES IN THE LITHUANIAN PRESS BACHELOR THESIS Research Adviser: Assist. L.Petrulion ė Student: Aist ė Andži ūtė Šiauliai, 2010 CONTENTS INTRODUCTION......................................................................................................................3 1. THE CONCEPTION OF PROPER NAMES.........................................................................5 1.2. The development of surnames.............................................................................................6 1.3. Proper names in Germanic languages .................................................................................8 1.3.1. Danish, Norwegian, Swedish and Icelandic surnames.................................................9 1.3.2. Dutch surnames ..........................................................................................................12 1.3.3. English surnames........................................................................................................13 1.3.4. German surnames .......................................................................................................14 2. NON-LITHUANIAN SURNAMES ORTHOGRAPHY .....................................................16 2.1. The historical development of the problem.......................................................................16 2.2. The rules of transcriptions of non-Lithuanian proper names ............................................22 3. THE USAGE -
Family Group Sheets Surname Index
PASSAIC COUNTY HISTORICAL SOCIETY FAMILY GROUP SHEETS SURNAME INDEX This collection of 660 folders contains over 50,000 family group sheets of families that resided in Passaic and Bergen Counties. These sheets were prepared by volunteers using the Societies various collections of church, ceme tery and bible records as well as city directo ries, county history books, newspaper abstracts and the Mattie Bowman manuscript collection. Example of a typical Family Group Sheet from the collection. PASSAIC COUNTY HISTORICAL SOCIETY FAMILY GROUP SHEETS — SURNAME INDEX A Aldous Anderson Arndt Aartse Aldrich Anderton Arnot Abbott Alenson Andolina Aronsohn Abeel Alesbrook Andreasen Arquhart Abel Alesso Andrews Arrayo Aber Alexander Andriesse (see Anderson) Arrowsmith Abers Alexandra Andruss Arthur Abildgaard Alfano Angell Arthurs Abraham Alje (see Alyea) Anger Aruesman Abrams Aljea (see Alyea) Angland Asbell Abrash Alji (see Alyea) Angle Ash Ack Allabough Anglehart Ashbee Acker Allee Anglin Ashbey Ackerman Allen Angotti Ashe Ackerson Allenan Angus Ashfield Ackert Aller Annan Ashley Acton Allerman Anners Ashman Adair Allibone Anness Ashton Adams Alliegro Annin Ashworth Adamson Allington Anson Asper Adcroft Alliot Anthony Aspinwall Addy Allison Anton Astin Adelman Allman Antoniou Astley Adolf Allmen Apel Astwood Adrian Allyton Appel Atchison Aesben Almgren Apple Ateroft Agar Almond Applebee Atha Ager Alois Applegate Atherly Agnew Alpart Appleton Atherson Ahnert Alper Apsley Atherton Aiken Alsheimer Arbuthnot Atkins Aikman Alterman Archbold Atkinson Aimone -
The SH-SY5Y Cell Line in Parkinson's Disease Research
Xicoy et al. Molecular Neurodegeneration (2017) 12:10 DOI 10.1186/s13024-017-0149-0 REVIEW Open Access The SH-SY5Y cell line in Parkinson’s disease research: a systematic review Helena Xicoy1,2, Bé Wieringa1 and Gerard J.M. Martens2* Abstract Parkinson’s disease (PD) is a devastating and highly prevalent neurodegenerative disease for which only symptomatic treatment is available. In order to develop a truly effective disease-modifying therapy, improvement of our current understanding of the molecular and cellular mechanisms underlying PD pathogenesis and progression is crucial. For this purpose, standardization of research protocols and disease models is necessary. As human dopaminergic neurons, the cells mainly affected in PD, are difficult to obtain and maintain as primary cells, current PD research is mostly performed with permanently established neuronal cell models, in particular the neuroblastoma SH-SY5Y lineage. This cell line is frequently chosen because of its human origin, catecholaminergic (though not strictly dopaminergic) neuronal properties, and ease of maintenance. However, there is no consensus on many fundamental aspects that are associated with its use, such as the effects of culture media composition and of variations in differentiation protocols. Here we present the outcome of a systematic review of scientific articles that have used SH-SY5Y cells to explore PD. We describe the cell source, culture conditions, differentiation protocols, methods/approaches used to mimic PD and the preclinical validation of the SH-SY5Y findings by employing alternative cellular and animal models. Thus, this overview may help to standardize the use of the SH-SY5Y cell line in PD research and serve as a future user’sguide.