نتایج جستجو برای: مدل ds

تعداد نتایج: 138225  

2011
Melissa Lamar Catherine M.L. Foy Felix Beacher Eileen Daly Michaela Poppe Nicola Archer Kieran C. Murphy Robin G. Morris Andrew Simmons John Moore

It is poorly understood why people with Down syndrome (DS) are at extremely high-risk of developing Alzheimer’s disease (AD) compared to the general population. One explanation may be related to their extra copy of risk factors modulated by chromosome 21. Myo-inositol (mI), whose transporter gene is located on chromosome 21, has been associated with dementia in the non DS population; however, n...

Journal: :Physical review letters 2008
T Aaltonen J Adelman T Akimoto M G Albrow B Alvarez González S Amerio D Amidei A Anastassov A Annovi J Antos M Aoki G Apollinari A Apresyan T Arisawa A Artikov W Ashmanskas A Attal A Aurisano F Azfar P Azzi-Bacchetta P Azzurri N Bacchetta W Badgett A Barbaro-Galtieri V E Barnes B A Barnett S Baroiant V Bartsch G Bauer P-H Beauchemin F Bedeschi P Bednar S Behari G Bellettini J Bellinger A Belloni D Benjamin A Beretvas J Beringer T Berry A Bhatti M Binkley D Bisello I Bizjak R E Blair C Blocker B Blumenfeld A Bocci A Bodek V Boisvert G Bolla A Bolshov D Bortoletto J Boudreau A Boveia B Brau A Bridgeman L Brigliadori C Bromberg E Brubaker J Budagov H S Budd S Budd K Burkett G Busetto P Bussey A Buzatu K L Byrum S Cabrera M Campanelli M Campbell F Canelli A Canepa D Carlsmith R Carosi S Carrillo S Carron B Casal M Casarsa A Castro P Catastini D Cauz M Cavalli-Sforza A Cerri L Cerrito S H Chang Y C Chen M Chertok G Chiarelli G Chlachidze F Chlebana K Cho D Chokheli J P Chou G Choudalakis S H Chuang K Chung W H Chung Y S Chung C I Ciobanu M A Ciocci A Clark D Clark G Compostella M E Convery J Conway B Cooper K Copic M Cordelli G Cortiana F Crescioli C Cuenca Almenar J Cuevas R Culbertson J C Cully D Dagenhart M Datta T Davies P de Barbaro S De Cecco A Deisher G De Lentdecker G De Lorenzo M Dell'Orso L Demortier J Deng M Deninno D De Pedis P F Derwent G P Di Giovanni C Dionisi B Di Ruzza J R Dittmann M D'Onofrio S Donati P Dong J Donini T Dorigo S Dube J Efron R Erbacher D Errede S Errede R Eusebi H C Fang S Farrington W T Fedorko R G Feild M Feindt J P Fernandez C Ferrazza R Field G Flanagan R Forrest S Forrester M Franklin J C Freeman I Furic M Gallinaro J Galyardt F Garberson J E Garcia A F Garfinkel H Gerberich D Gerdes S Giagu V Giakoumopolou P Giannetti K Gibson J L Gimmell C M Ginsburg N Giokaris M Giordani P Giromini M Giunta V Glagolev D Glenzinski M Gold N Goldschmidt A Golossanov G Gomez G Gomez-Ceballos M Goncharov O González I Gorelov A T Goshaw K Goulianos A Gresele S Grinstein C Grosso-Pilcher U Grundler J Guimaraes da Costa Z Gunay-Unalan C Haber K Hahn S R Hahn E Halkiadakis A Hamilton B-Y Han J Y Han R Handler F Happacher K Hara D Hare M Hare S Harper R F Harr R M Harris M Hartz K Hatakeyama J Hauser C Hays M Heck A Heijboer B Heinemann J Heinrich C Henderson M Herndon J Heuser S Hewamanage D Hidas C S Hill D Hirschbuehl A Hocker S Hou M Houlden S-C Hsu B T Huffman R E Hughes U Husemann J Huston J Incandela G Introzzi M Iori A Ivanov B Iyutin E James B Jayatilaka D Jeans E J Jeon S Jindariani W Johnson M Jones K K Joo S Y Jun J E Jung T R Junk T Kamon D Kar P E Karchin Y Kato R Kephart U Kerzel V Khotilovich B Kilminster D H Kim H S Kim J E Kim M J Kim S B Kim S H Kim Y K Kim N Kimura L Kirsch S Klimenko M Klute B Knuteson B R Ko S A Koay K Kondo D J Kong J Konigsberg A Korytov A V Kotwal J Kraus M Kreps J Kroll N Krumnack M Kruse V Krutelyov T Kubo S E Kuhlmann T Kuhr N P Kulkarni Y Kusakabe S Kwang A T Laasanen S Lai S Lami S Lammel M Lancaster R L Lander K Lannon A Lath G Latino I Lazzizzera T Lecompte J Lee Y J Lee S W Lee R Lefèvre N Leonardo S Leone S Levy J D Lewis C Lin C S Lin J Linacre M Lindgren E Lipeles A Lister D O Litvintsev T Liu N S Lockyer A Loginov M Loreti L Lovas R-S Lu D Lucchesi J Lueck C Luci P Lujan P Lukens G Lungu L Lyons J Lys R Lysak E Lytken P Mack D Macqueen R Madrak K Maeshima K Makhoul T Maki P Maksimovic S Malde S Malik G Manca A Manousakis F Margaroli C Marino C P Marino A Martin M Martin V Martin M Martínez R Martínez-Ballarín T Maruyama P Mastrandrea T Masubuchi M E Mattson P Mazzanti K S McFarland P McIntyre R McNulty A Mehta P Mehtala S Menzemer A Menzione P Merkel C Mesropian A Messina T Miao N Miladinovic J Miles R Miller C Mills M Milnik A Mitra G Mitselmakher H Miyake S Moed N Moggi C S Moon R Moore M Morello P Movilla Fernandez J Mülmenstädt A Mukherjee Th Muller R Mumford P Murat M Mussini J Nachtman Y Nagai A Nagano J Naganoma K Nakamura I Nakano A Napier V Necula C Neu M S Neubauer J Nielsen L Nodulman M Norman O Norniella E Nurse S H Oh Y D Oh I Oksuzian T Okusawa R Oldeman R Orava K Osterberg S Pagan Griso C Pagliarone E Palencia V Papadimitriou A Papaikonomou A A Paramonov B Parks S Pashapour J Patrick G Pauletta M Paulini C Paus D E Pellett A Penzo T J Phillips G Piacentino J Piedra L Pinera K Pitts C Plager L Pondrom X Portell O Poukhov N Pounder F Prakoshyn A Pronko J Proudfoot F Ptohos G Punzi J Pursley J Rademacker A Rahaman V Ramakrishnan N Ranjan I Redondo B Reisert V Rekovic P Renton M Rescigno S Richter F Rimondi L Ristori A Robson T Rodrigo E Rogers S Rolli R Roser M Rossi R Rossin P Roy A Ruiz J Russ V Rusu H Saarikko A Safonov W K Sakumoto G Salamanna O Saltó L Santi S Sarkar L Sartori K Sato A Savoy-Navarro T Scheidle P Schlabach E E Schmidt M A Schmidt M P Schmidt M Schmitt T Schwarz L Scodellaro A L Scott A Scribano F Scuri A Sedov S Seidel Y Seiya A Semenov L Sexton-Kennedy A Sfyria S Z Shalhout M D Shapiro T Shears P F Shepard D Sherman M Shimojima M Shochet Y Shon I Shreyber A Sidoti P Sinervo A Sisakyan A J Slaughter J Slaunwhite K Sliwa

We report the observation of the exclusive decay Bs0-->Ds-Ds+ at the 7.5 standard deviation level using 355 pb(-1) of data collected by the CDF II detector in pp collisions at sqrt[s]=1.96 TeV at the Fermilab Tevatron. We measure the relative branching ratio B(Bs0-->Ds-Ds+)/B(B0-->D-Ds+)=1.44(-0.44)(+0.48). Using the world average value for B(B0-->D-Ds+), we find B(Bs0-->Ds-Ds+)=(9.4(-4.2)(+4.4...

ژورنال: :مجله دانشگاه علوم پزشکی اراک 0
حسن نامدار احمدآباد hasan namdar ahmadabad department of immunology, faculty of medical sciences, tarbiat modares university, tehran, iranدانشکده علوم پزشکی، دانشگاه تربیت مدرس، تهران، ایران مژده صالح نیا mojdeh salehnia department of anatomy, faculty of medical sciences, tarbiat modares university, tehran, iranگروه علوم تشریح، دانشکده علوم پزشکی، دانشگاه تربیت مدرس، تهران، ایرانسازمان اصلی تایید شده: دانشگاه تربیت مدرس (tarbiat modares university) سید محمد موذنی seyed mohammad moazzeni department of immunology, faculty of medical sciences, tarbiat modares university, tehran, iranگروه ایمنی شناسی پزشکی، دانشکده علوم پزشکی، دانشگاه تربیت مدرس، تهران، ایرانسازمان اصلی تایید شده: دانشگاه تربیت مدرس (tarbiat modares university)

زمینه و هدف: در مطالعه حاضر فعالیت تعدیل ایمنی مولکول های ترشح شده توسط سلول های دسی جوا از منشاء موش های مستعد سقط و موش های با حاملگی طبیعی بر عملکرد سلول های دندریتیک (dcs) مورد مقایسه قرار گرفت. مواد و روش ها: مایع رویی کشت سلول های دسی جوا (ds) از مدل های موشی مستعد سقط و موش های با حاملگی طبیعی تهیه شد. dcs از طحال موش های cba/j استخراج و بطور هم زمان با آنتی ژن و ds تیمار شدند. dcs تیمار...

2012
Christina E Carvey Emily K Farina Harris R Lieberman

BACKGROUND United States Army Soldiers regularly use dietary supplements (DS) to promote general health, enhance muscle strength, and increase energy, but limited scientific evidence supports the use of many DS for these benefits. This study investigated factors associated with Soldiers' confidence in the efficacy and safety of DS, and assessed Soldiers' knowledge of federal DS regulatory requi...

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