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  1. 1421
    Removal of ammonia nitrogen, nitrate, phosphorus and cod from sewage wastewater using palm oil boiler ash composite adsorbent
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    Article
  2. 1422
    The Synthesis, Characterisation, and Adsorption Study of Novel 4-Ethyl-3-Thisemicarbazone Microcrystalline Cellulose
    “… in anhydroglucose units in cellulose chains with a strong oxidant, namely sodium periodate (NaIO4), produces…”
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    Article
  3. 1423
    Structural characterization, theoretical and antibacterial study of a V-shaped, cyclohexane bridged ONNO Schiff base
    “…A tetradentate ONNO Schiff base bearing two chloro substituents, namely 6,6′-((1E,1′E)-(cyclohexane…”
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    Article
  4. 1424
    Biomass Lignin Integrated Polymeric Carbon Nitride for Boosted Photocatalytic Hydrogen and Oxygen Evolution Reactions
    “…The carbon nitride (CN) has good stability, a comprehensive band structure, and a more…”
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    Article
  5. 1425
    New Silver(I) Complexes as Achromatic Sensitizers in Solar Cell Applications
    “… comparable high energy band gap values ranging from 4.15 to 4.16 eV. Moreover, both compounds possess…”
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    Article; Early Access
  6. 1426
    Zinc Layered Hydroxide 2-methyl-4-chlorophenoxyacetate: Synthesis via ZnO, Characterization and Effect on Seed Germination
    “…, but with the COO– peaks at 1610 and 1700 cm–1 replacing the intense C=O band at 1742.21 cm–1, implying…”
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    Article
  7. 1427
    Optoelectrical Properties of Treated CdSe Thin Films with Variations in Indium Chloride Concentration
    “…, showed that the samples were darkened after treatment and the band gap of 1.7 eV for the as-grown samples…”
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    Article
  8. 1428
    Hydroxychavicol as a potential anticancer agent (Review)
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    Review
  9. 1429
    Simulation And Analysis Of Calorific Value For Biomass Solid Waste As A Potential Solid Fuel Source For Power Generation
    “…. The best-fit correlations obtained in this work had R2 values of 0.98 (MAPE of 3.2%) and 0.92 (MAPE of 7.1…”
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    Article
  10. 1430
    Synthesis and Characterization of 2,4-Dichlorophenoxypropanoic Acid (2,4-DP) Herbicide Interleaved into Calcium-Aluminium Layered Double Hydroxide and the Study of Controlled Release Formulation
    “…The commonly used herbicide in agriculture, namely 2,4-dichlorophenoxypropanoic acid (2,4-DP…”
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    Article
  11. 1431
    Position Statement on Secukinumab in the Management of Plaque Psoriasis: The Malaysian Perspective
    “…. Despite the availability of several biologics, there are many unmet clinical needs, which may be addressed…”
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    Review
  12. 1432
    In Vivo Antioxidant and Antiulcer Activity of Parkia speciosa Ethanolic Leaf Extract against Ethanol-Induced Gastric Ulcer in Rats
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    Retracted
  13. 1433
    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)
    “… despite substantial changes in the ranking of countries. © NCD Risk Factor Collaboration.…”
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    Article
  14. 1434
    Characterization and Kinetic Study of TiO2/ ZnO Co-Doped with Nitrogen and Sulphur at Different Calcination Temperature
    “…, doping of nitrogen and sulphur into TiO2/ ZnO able to narrow the band gap to 2.89eV. The kinetic studies…”
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    Article
  15. 1435
    Investigation of optical properties and radioactive attenuation parameters of doped tungsten oxide soda lime silica SLS waste glass
    “…, the optical basicity Λ also increase with the increase in WO3 while the energy optical band gap Eopt…”
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    Article
  16. 1436
    Facile synthesis and characterization of a visible light-active ternary TiO2/ZnS/g-C3N4 heterostructure for multipollutant degradation
    “… performance. The UV–Vis DRS analysis unveiled the synthesized heterostructure's superior band gap energy…”
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    Article
  17. 1437
    Optimization of CTLA-4 and PD-1 proteins in EMT6 Mouse Mammary Cancer Cells by Western Blot
    “… nitrocellulose membrane for blotting. The membrane was then subjected to chemiluminescent for band detection…”
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    Article
  18. 1438
    The risk of recurrence in breast cancer patients treated with tamoxifen: Polymorphisms of CYP2D6 and ABCB1
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    Article
  19. 1439
    Effect of gold solution concentration on the formation and photoelectrochemical properties of gold deposited titanium dioxide nanotubes; [Kesan kepekatan larutan emas terhadap pembentukan dan sifat-sifat fotoelektrokimia nanotiub titanium dioksida terendap emas]
    “… solution, and cheaper than non-oxide semiconductors. However, TiO2 has a large band gap (3.2 eV) that only…”
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    Article
  20. 1440
    Adsorption and reversible detection of toxic halogens gases at room temperature by two-dimensional Al2SSe for occupational sustainability
    “…). Favorable adsorption sites of said molecules on Al2SSe were carefully examined. The relatively high…”
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    Article
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