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  1. 581
    Optimisation of biosurfactant production and their potency as emulsifying agent
    “…24) showed more than 70% after 96 hours of incubation using a temperature of 37 oC and an aeration…”
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    Conference paper
  2. 582
    Influence of Polyvinylpyrrolidone Concentration and Applied Voltage on Microstructure Properties of Electrospun SnO2Fibers Mat
    “… cassiterite SnO2 after calcination at 1200°C for 2 hours. Digital Microscope reveals as-spun SnO2 fibers mat…”
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    Conference paper
  3. 583
    OPTIMIZATION OF DEPROTEINIZATION METHODS, HPLC METHOD DEVELOPMENT AND VALIDATION FOR QUANTIFICATION OF 6Β- HYDROXYTESTOSTERONE IN CELL CULTURE MEDIA
    “… to 5 days, in autosampler for 24 hours, and in-20 degree celsius freezer for up to one month…”
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    Article
  4. 584
    Case report: Group B streptoccocus related lower limb necrotizing fasciitis, complicated by purulent pericarditis and cardiac tamponade
    “…-operatively due to extensive blood loss and overwhelming septicaemia and succumbed to his illness 72 hours…”
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    Article
  5. 585
    Synthesis and characterization of low density bi-2223 cuprates superconductor doped eu2o3 nanoparticles
    “… was added during pelletization and burn at 400oC for two hours to create low density sample. The effect…”
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    Conference paper
  6. 586
    Fabrication of Titanium dioxide nanorod arrays-based UV photosensor from low-concentration of Titanium (IV) butoxide with hydrochloric acid
    “… at 150 °C temperature for 3 hours was implemented for the growth of Titanium dioxide (TiO2) nanorod…”
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    Conference paper
  7. 587
    Intermetallic evolution of Sn-3.5Ag-1.0Cu-0.1Zn/Cu interface under thermal aging
    “… were reported. For intermetallic, the solders were melted at 250°C and aged at 150°C until 400 hours…”
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    Conference paper
  8. 588
    Microstructure evolution of Sn-3.5Ag-1.0Cu-0.5Ni/Cu system lead free solder under long term thermal aging
    “… on copper substrate at 250oC for one minute and aged at 150oC from 0 to 400 hours. The phases formed were…”
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    Conference paper
  9. 589
    Composite of hydroxyapatite-fe3o4 for the adsorption of methylene blue
    “… 12.434 mg methylene blue/g adsorbent after 4 hours. The hydroxyapatite also gained improvement in its…”
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    Article
  10. 590
    Compressive and wear resistance of alumina reinforced Fe-Cr matrix composites
    “… Torr at a temperature of 1100C for two hours with 10C/minutes heating rate. The peaks of XRD patterns…”
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    Conference paper
  11. 591
    Library Services Provision During the Covid-19 Pandemic: A Comparative Study Between Developing Countries
    “… the services, the working hours, and their role in this pandemic time. A qualitative research approach has been…”
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    Article
  12. 592
    BENZIMIDAZOLE DERIVATIVES AS POTENTIAL NEURAMINIDASE INHIBITORS: CONVENTIONAL AND MICROWAVE SYNTHESIS, In Vitro AND MOLECULAR DOCKING ANALYSIS; [Terbitan Benzimidazola yang Berpotensi sebagai Perencat Neuraminidase: Sintesis secara Konvensional dan Gelombang Mikro, Analisis In Vitro dan Pengedokan Molekul]
    “… the reaction from hours to minutes, giving comparable yields. All compounds obtained were confirmed by the1H,13…”
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    Article
  13. 593
    The Implementation of Log Periodic Dipole Antenna (LPDA) and CALLISTO system on Solar Radio Bursts Observation
    “… to 12 hours Sun exposure compared to other stations in different countries. All types of solar bursts…”
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    Conference paper
  14. 594
    Stepwise methanolysis of waste cooking oil using immobilized thermomyces lanuginose lipase within ultrasonic-assisted condition
    “…). The highest biodiesel yield of 69.3% was obtained after 6 hours of reaction at a temperature of 35°C and using…”
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    Article
  15. 595
    AN OBSERVATION ON THE IMPLEMENTATION OF BIOPHILIC DESIGN STRATEGIES IN MALAYSIAN PLATINUM-RATED GREEN OFFICE BUILDINGS
    “… to these circumstances, occupants are required to work longer hours to fulfill the employer’s expectations…”
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    Article
  16. 596
    Chlorine Decay Simulation in Water Distribution System Using EPANET
    “…) and the Ministry of Health, Malaysia (MOH). A successful model with an extended period of simulations of 72 hours…”
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    Article
  17. 597
    Synthesis, Spectral Characterization, Catalytic and Antimicrobial Activities of Pd(II) and Ni(II) Schiff Base Complexes
    “… % conversion of iodobenzene in 3 hours. In the antibacterial study, L1Me showed the most promising anti-MRSA…”
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    Article
  18. 598
    Efficient Scheduling of Power Generating Units Using Grasshopper Optimization Algorithm
    “… consisting of 5 generating units over a time horizon of 24 hours. The numerical outcomes of the GOA are being…”
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    Article
  19. 599
    A spatial interaction model for the representation of user access to household waste recycling centres
    “… reconfigurations of the recycling centres networks, by reducing the number of sites or their opening hours while…”
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    Article
  20. 600
    A century of trends in adult human height
    by Bentham J.; Di Cesare M.; Stevens G.A.; Zhou B.; Bixby H.; Cowan M.; Fortunato L.; Bennett J.E.; Danaei G.; Hajifathalian K.; Lu Y.; Riley L.M.; Laxmaiah A.; Kontis V.; Paciorek C.J.; Riboli E.; Ezzati M.; Abdeen Z.A.; Hamid Z.A.; Abu-Rmeileh N.M.; Acosta-Cazares B.; Adams R.; Aekplakorn W.; Aguilar-Salinas C.A.; Agyemang C.; Ahmadvand A.; Ahrens W.; Alhazzaa H.M.; Al-Othman A.R.; Raddadi R.A.; Ali M.M.; Alkerwi A.; Alvarez-Pedrerol M.; Aly E.; Amouyel P.; Amuzu A.; Andersen L.B.; Anderssen S.A.; Anjana R.M.; Aounallah-Skhiri H.; Ariansen I.; Aris T.; Arlappa N.; Arveiler D.; Assah F.K.; Avdicová M.; Azizi F.; Babu B.V.; Bahijri S.; Balakrishna N.; Bandosz P.; Banegas J.R.; Barbagallo C.M.; Barceló A.; Barkat A.; Barros M.V.; Bata I.; Batieha A.M.; Batista R.L.; Baur L.A.; Beaglehole R.; Romdhane H.B.; Benet M.; Bernabe-Ortiz A.; Bernotiene G.; Bettiol H.; Bhagyalaxmi A.; Bharadwaj S.; Bhargava S.K.; Bhatti Z.; Bhutta Z.A.; Bi H.; Bi Y.; Bjerregaard P.; Bjertness E.; Bjertness M.B.; Björkelund C.; Blokstra A.; Bo S.; Bobak M.; Boddy L.M.; Boehm B.O.; Boeing H.; Boissonnet C.P.; Bongard V.; Bovet P.; Braeckman L.; Bragt M.C.E.; Brajkovich I.; Branca F.; Breckenkamp J.; Brenner H.; Brewster L.M.; Brian G.R.; Bruno G.; Bueno-De-mesquita H.B.; Bugge A.; Burns C.; de León A.C.; Cacciottolo J.; Cama T.; Cameron C.; Camolas J.; Can G.; Cândido A.P.C.; Capuano V.; Cardoso V.C.; Carlsson A.C.; Carvalho M.J.; Casanueva F.F.; Casas J.-P.; Caserta C.A.; Chamukuttan S.; Chan A.W.; Chan Q.; Chaturvedi H.K.; Chaturvedi N.; Chen C.-J.; Chen F.; Chen H.; Chen S.; Chen Z.; Cheng C.-Y.; Chetrit A.; Chiolero A.; Chiou S.-T.; Chirita-Emandi A.; Cho B.; Cho Y.; Christensen K.; Chudek J.; Cifkova R.; Claessens F.; Clays E.; Concin H.; Cooper C.; Cooper R.; Coppinger T.C.; Costanzo S.; Cottel D.; Cowell C.; Craig C.L.; Crujeiras A.B.; D’Arrigo G.; D’Orsi E.; Dallongeville J.; Damasceno A.; Damsgaard C.T.; Dankner R.; Dauchet L.; De Backer G.; De Bacquer D.; de Gaetano G.; De Henauw S.; De Smedt D.; Deepa M.; Deev A.D.; Dehghan A.; Delisle H.; Delpeuch F.; Deschamps V.; Dhana K.; Di Castelnuovo A.F.; Dias-Da-costa J.S.; Diaz A.; Djalalinia S.; Do H.T.P.; Dobson A.J.; Donfrancesco C.; Donoso S.P.; Döring A.; Doua K.; Drygas W.; Dzerve V.; Egbagbe E.E.; Eggertsen R.; Ekelund U.; El Ati J.; Elliott P.; Engle-Stone R.; Erasmus R.T.; Erem C.; Eriksen L.; Escobedo-De la Peña J.; Evans A.; Faeh D.; Fall C.H.; Farzadfar F.; Felix-Redondo F.J.; Ferguson T.S.; Fernández-Bergés D.; Ferrante D.; Ferrari M.; Ferreccio C.; Ferrieres J.; Finn J.D.; Fischer K.; Flores E.M.; Föger B.; Foo L.H.; Forslund A.-S.; Forsner M.; Fortmann S.P.; Fouad H.M.; Francis D.K.; Franco M.D.C.; Franco O.H.; Frontera G.; Fuchs F.D.; Fuchs S.C.; Fujita Y.; Furusawa T.; Gaciong Z.; Gafencu M.; Gareta D.; Garnett S.P.; Gaspoz J.-M.; Gasull M.; Gates L.; Geleijnse J.M.; Ghasemian A.; Giampaoli S.; Gianfagna F.; Giovannelli J.; Giwercman A.; Goldsmith R.A.; Gonçalves H.; Gross M.G.; Rivas J.P.G.; Gorbea M.B.; Gottrand F.; Graff-Iversen S.; Grafnetter D.; Grajda A.; Grammatikopoulou M.G.; Gregor R.D.; Grodzicki T.; Grøntved A.; Gruden G.; Grujic V.; Gu D.; Gualdi-Russo E.; Guan O.P.; Gudnason V.; Guerrero R.; Guessous I.; Guimaraes A.L.; Gulliford M.C.; Gunnlaugsdottir J.; Gunter M.; Guo X.; Guo Y.; Gupta P.C.; Gureje O.; Gurzkowska B.; Gutierrez L.; Gutzwiller F.; Halkjær J.; Hambleton I.R.; Hardy R.; Kumar R.H.; Hata J.; Hayes A.J.; He J.; Hendriks M.E.; Cadena L.H.; Herrala S.; Heshmat R.; Hihtaniemi I.T.; Ho S.Y.; Ho S.C.; Hobbs M.; Hofman A.; Hormiga C.M.; Horta B.L.; Houti L.; Howitt C.; Htay T.T.; Htet A.S.; Htike M.M.T.; Hu Y.; Husseini A.; Huu C.N.; Huybrechts I.; Hwalla N.; Iacoviello L.; Iannone A.G.; Ibrahim M.M.; Ikeda N.; Ikram M.A.; Irazola V.E.; Islam M.; Ivkovic V.; Iwasaki M.; Jackson R.T.; Jacobs J.M.; Jafar T.; Jamil K.M.; Jamrozik K.; Janszky I.; Jasienska G.; Jelakovic B.; Jiang C.Q.; Joffres M.; Johansson M.; Jonas J.B.; Jørgensen T.; Joshi P.; Juolevi A.; Jurak G.; Jureša V.; Kaaks R.; Kafatos A.; Kalter-Leibovici O.; Kapantais E.; Kasaeian A.; Katz J.; Kaur P.; Kavousi M.; Keil U.; Boker L.K.; Keinänen-Kiukaanniemi S.; Kelishadi R.; Kemper H.C.G.; Kengne A.P.; Kersting M.; Key T.; Khader Y.S.; Khalili D.; Khang Y.-H.; Khaw K.-T.H.; Khouw I.M.S.L.; Kiechl S.; Killewo J.; Kim J.; Klimont J.; Klumbiene J.; Koirala B.; Kolle E.; Kolsteren P.; Korrovits P.; Koskinen S.; Kouda K.; Koziel S.; Kratzer W.; Krokstad S.; Kromhout D.; Kruger H.S.; Kubinova R.; Kujala U.M.; Kula K.; Kulaga Z.; Kumar R.K.; Kurjata P.; Kusuma Y.S.; Kuulasmaa K.; Kyobutungi C.; Laamiri F.Z.; Laatikainen T.; Lachat C.; Laid Y.; Lam T.H.; Landrove O.; Lanska V.; Lappas G.; Larijani B.; Laugsand L.E.; Bao K.L.N.; Le T.D.; Leclercq C.; Lee J.; Lee J.; Lehtimäki T.; Lekhraj R.; León-Muñoz L.M.; Li Y.; Lilly C.L.; Lim W.-Y.; Lima-Costa M.F.; Lin H.-H.; Lin X.; Linneberg A.; Lissner L.; Litwin M.; Liu J.; Lorbeer R.; Lotufo P.A.; Lozano J.E.; Luksiene D.; Lundqvist A.; Lunet N.; Lytsy P.; Ma G.; Ma J.; Machado-Coelho G.L.L.; Machi S.; Maggi S.; Magliano D.J.; Maire B.; Makdisse M.; Malekzadeh R.; Malhotra R.; Rao K.M.; Malyutina S.; Manios Y.; Mann J.I.; Manzato E.; Margozzini P.; Markey O.; Marques-Vidal P.; Marrugat J.; Martin-Prevel Y.; Martorell R.; Masoodi S.R.; Mathiesen E.B.; Matsha T.E.; Mazur A.; Mbanya J.C.N.; McFarlane S.R.; McGarvey S.T.; McKee M.; McLachlan S.; McLean R.M.; McNulty B.A.; Yusof S.M.; Mediene-Benchekor S.; Meirhaeghe A.; Meisinger C.; Menezes A.M.B.; Mensink G.B.M.; Meshram I.I.; Metspalu A.; Mi J.; Michaelsen K.F.; Mikkel K.; Miller J.C.; Miquel J.F.; Miranda J.J.; Mišigoj-Durakovic M.; Mohamed M.K.; Mohammad K.; Mohammadifard N.; Mohan V.; Yusoff M.F.M.; Molbo D.; Møller N.C.; Molnár D.; Mondo C.K.; Monterrubio E.A.; Monyeki K.D.K.; Moreira L.B.; Morejon A.; Moreno L.A.; Morgan K.; Mortensen E.L.; Moschonis G.; Mossakowska M.; Mostafa A.; Mota J.; Motlagh M.E.; Motta J.; Mu T.T.; Muiesan M.L.; Müller-Nurasyid M.; Murphy N.; Mursu J.; Murtagh E.M.; Musa K.I.; Musil V.; Nagel G.; Nakamura H.; Námešná J.; Nang E.E.K.; Nangia V.B.; Nankap M.; Narake S.; Navarrete-Muñoz E.M.; Neal W.A.; Nenko I.; Neovius M.; Nervi F.; Neuhauser H.K.; Nguyen N.D.; Nguyen Q.N.; Nieto-Martínez R.E.; Ning G.; Ninomiya T.; Nishtar S.; Noale M.; Norat T.; Noto D.; Nsour M.A.; O’Reilly D.; Oh K.; Olayan I.H.; Olinto M.T.A.; Oltarzewski M.; Omar M.A.; Onat A.; Ordunez P.; Ortiz A.P.; Osler M.; Osmond C.; Ostojic S.M.; Otero J.A.; Overvad K.; Owusu-Dabo E.; Paccaud F.M.; Padez C.; Pahomova E.; Pajak A.; Palli D.; Palloni A.; Palmieri L.; Panda-Jonas S.; Panza F.; Parnell W.R.; Parsaeian M.; Pecin I.; Pednekar M.S.; Peeters P.H.; Peixoto S.V.; Peltonen M.; Pereira A.C.; Pérez C.M.; Peters A.; Petkeviciene J.; Peykari N.; Pham S.T.; Pigeot I.; Pikhart H.; Pilav A.; Pilotto L.; Pistelli F.; Pitakaka F.; Piwonska A.; Plans-Rubió P.; Poh B.K.; Porta M.; Portegies M.L.P.; Poulimeneas D.; Pradeepa R.; Prashant M.; Price J.F.; Puiu M.; Punab M.; Qasrawi R.F.; Qorbani M.; Bao T.Q.; Radic I.; Radisauskas R.; Rahman M.; Raitakari O.; Raj M.; Rao S.R.; Ramachandran A.; Ramke J.; Ramos R.; Rampal S.; Rasmussen F.; Redon J.; Reganit P.F.M.; Ribeiro R.; Rigo F.; de Wit T.F.R.; Ritti-Dias R.M.; Rivera J.A.; Robinson S.M.; Robitaille C.; Rodríguez-Artalejo F.; Rodriguez-Perez M.C.; Rodríguez-Villamizar L.A.; Rojas-Martinez R.; Rojroongwasinkul N.; Romaguera D.; Ronkainen K.; Rosengren A.; Rouse I.; Rubinstein A.; Rühli F.J.; Rui O.; Ruiz-Betancourt B.S.; Horimoto A.R.V.R.; Rutkowski M.; Sabanayagam C.; Sachdev H.S.; Saidi O.; Salanave B.; Martinez E.S.; Salomaa V.; Salonen J.T.; Salvetti M.; Sánchez-Abanto J.; Sandjaja; Sans S.; Santos D.A.; Santos O.; Dos Santos R.N.; Santos R.; Saramies J.L.; Sardinha L.B.; Sarrafzadegan N.; Saum K.-U.; Savva S.C.; Scazufca M.; Rosario A.S.; Schargrodsky H.; Schienkiewitz A.; Schmidt I.M.; Schneider I.J.; Schultsz C.; Schutte A.E.; Sein A.A.; Sen A.; Senbanjo I.O.; Sepanlou S.G.; Shalnova S.A.; Sharma S.K.; Shaw J.E.; Shibuya K.; Shin D.W.; Shin Y.; Shiri R.; Siantar R.; Sibai A.M.; Silva A.M.; Silva D.A.S.; Simon M.; Simons J.; Simons L.A.; Sjostrom M.; Slowikowska-Hilczer J.; Slusarczyk P.; Smeeth L.; Smith M.C.; Snijder M.B.; So H.-K.; Sobngwi E.; Söderberg S.; Soekatri M.Y.E.; Solfrizzi V.; Sonestedt E.; Song Y.; Sørensen T.I.A.; Soric M.; Jérome C.S.; Soumare A.; Staessen J.A.; Starc G.; Stathopoulou M.G.; Staub K.; Stavreski B.; Steene-Johannessen J.; Stehle P.; Stein A.D.; Stergiou G.S.; Stessman J.; Stieber J.; Stöckl D.; Stocks T.; Stokwiszewski J.; Stratton G.; Stronks K.; Strufaldi M.W.; Sun C.-A.; Sundström J.; Sung Y.-T.; Sunyer J.; Suriyawongpaisal P.; Swinburn B.A.; Sy R.G.; Szponar L.; Tai E.S.; Tammesoo M.-L.; Tamosiunas A.; Tang L.; Tang X.; Tanser F.; Tao Y.; Tarawneh M.R.; Tarp J.; Tarqui-Mamani C.B.; Taylor A.; Tchibindat F.; Theobald H.; Thijs L.; Thuesen B.H.; Tjonneland A.; Tolonen H.K.; Tolstrup J.S.; Topbas M.; Topór-Madry R.; Torrent M.; Toselli S.; Traissac P.; Trichopoulou A.; Trichopoulos D.; Trinh O.T.H.; Trivedi A.; Tshepo L.; Tulloch-Reid M.K.; Tuomainen T.-P.; Tuomilehto J.; Turley M.L.; Tynelius P.; Tzotzas T.; Tzourio C.; Ueda P.; Ukoli F.A.M.; Ulmer H.; Unal B.; Uusitalo H.M.T.; Valdivia G.; Vale S.; Valvi D.; van der Schouw Y.T.; Van Herck K.; Van Minh H.; van Rossem L.; van Valkengoed I.G.M.; Vanderschueren D.; Vanuzzo D.; Vatten L.; Vega T.; Velasquez-Melendez G.; Veronesi G.; Verschuren W.M.M.; Verstraeten R.; Victora C.G.; Viegi G.; Viet L.; Viikari-Juntura E.; Vineis P.; Vioque J.; Virtanen J.K.; Visvikis-Siest S.; Viswanathan B.; Vollenweider P.; Voutilainen S.; Vrdoljak A.; Vrijheid M.; Wade A.N.; Wagner A.; Walton J.; Mohamud W.N.W.; Wang M.-D.; Wang Q.; Wang Y.X.; Wannamethee S.G.; Wareham N.; Weerasekera D.; Whincup P.H.; Widhalm K.; Widyahening I.S.; Wiecek A.; Wijga A.H.; Wilks R.J.; Willeit J.; Wilsgaard T.; Wojtyniak B.; Wong J.E.; Wong T.Y.; Woo J.; Woodward M.; Wu F.C.; Wu J.; Wu S.L.; Xu H.; Xu L.; Yamborisut U.; Yan W.; Yang X.; Yardim N.; Ye X.; Yiallouros P.K.; Yoshihara A.; You Q.S.; Younger-Coleman N.O.; Yusoff A.F.; Zainuddin A.A.; Zambon S.; Zdrojewski T.; Zeng Y.; Zhao D.; Zhao W.; Zheng Y.; Zhou M.; Zhu D.; Zimmermann E.; Cisneros J.Z.
    Published in eLife (2016)
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