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89篇 您的检索式:作者名="PELS L"
    题名 作者 年代 出处 被引量
1Activation of mitogen-antivated protein kinase cascade regulates pituitary rumor-transforming gene transacfivation function显示文摘Pel L 2000J Bioi Ohem2000,275,31:1
2Corneal endothelium and growth factors显示文摘Hoppenreijs P S Pels E L Vrensen G M 1996Surv Ophthalmol1996,41,2:1
3Non-isothermal drying of fired-clay brick,an NMRstudy 显示文摘van der Heijden G H A Huinink H P Pel L 2009Chemical Engineering Science2009,64,12:1
4One- dimensional scanning of moisture in heated porous building materials with NMR 显示文摘van der HEIJDEN G H A HUININK H P PEL L 2011Journal of Magnetic Resonance2011,208,2:1
5Moisture transport in heated concrete, as studied by NMR, and ist consequences for fire spalling 显示文摘Heijden H H A Bijnen R M W van Pel L 2007Cem Con Res2007,27,6:1
6Archi tecture of human corneal nervers 显示文摘Muller LJ Vrensen GF Pels L 1997Invest Ophthalmol Vis Sci1997,38,:1
7Salt crystallization as damage mechanism in porous building materials--A nuclear magnetic resonance study显示文摘RIJNIERS L A PEL L HUININK H P 2005Magnetic Resonance Imaging2005,23,2:1
8Automated GC-MS analysis of raw biological samples:Application to fatty acid profiling of aquatic micro-organisms显示文摘Akoto L Pel R Irth H 2005Journal of Analytical and Applied Pyrolysis2005,73,1:1
9Physical principles and efficience of salt extraction by poulticing显示文摘PEL L SAWDY A VORONINA V 2010Journal of Cultural Heritage2010,11,1:1
10Novel aspects of the ultrastructural organization of human corneal keratocytes 显示文摘Muller LJ Pels L Vrensen GFJM 1995Invest Ophthalmol Vis Sci1995,36,:1
11Determination of moisture profiles in porous building materials by NMR显示文摘Pel L Kopinga K Brocken H 1996Magn Reson Imaging1996,14,:1
12Architecture of human corneal nervers显示文摘Muller L J Vrensen G F Pels L 1997Invest O phthalmol Vis Sci1997,38,:1
13Architecture of human corneal nerves显示文摘MLLER L J VRENSEN G F PELS L 1997Invest Ophthalmol Vis Sci1997,38,5:1
14Ion transport and crystallization in inorganic building materials as studied by nuclear magnetic resonance 显示文摘Pel L Huinink H Kopinga K 2002Appl Phys Lett2002,81,28:1
15The specific architec- ture of the anterior stroma accounts for maintenance of corneal curvature 显示文摘Muller L J Pels E Vrensen G F 2001Br J Ophthalmol2001,85,4:1
16Efflorescence pathway diagram: Understanding salt weathering 显示文摘Pel L Huinink H Kopinga K 2004Constr Build Mater2004,18,30:1
17Taxol inhibits progression of congen-ital polycystic kidney disease显示文摘Woo D D L Miao S Y P Pel ayo J C 1994Nature1994,368,:1
18The effect of for- rocyanide ions on sodium chloride crystallization in salt mixtures显示文摘GUPTA S PEL L STEIGER M 2015Journal of Crystal Growth2015,410,1:1
1925-Hydroxyvitamin D levels and juvenile idiopathic arthritis: Is there an association with disease activity?显示文摘Pel a jo CF Lopez-Beni t e z JM Ken t DM et a l 2012Rheumatol Int2012,32,12:1
20Bacterial extracts and bioformulates as a promising control of fruit body rot and root rot in avocado cv. Hass显示文摘At least 20-40% of annual losses of avocado crops are caused by pathogenic fungi.The chemical treatments of these diseases are inefficient,cause environmental pollution and are increasingly restricted by international laws.This work aimed to assess the biocontrol capacity of a bacterial extract to protect avocado fruits and plants from pathogen infections.Extracts from the bacterial isolate Serratia sp.ARP5.1 were obtained from liquid fermentations in a biorreactor.A body rot postharvest infection model with Colletotrichum gloeosporioides on fruits was developed.Moreover,packaging conditions were simulated using the bacterial extract and the commercial fungicide prochloraz as a positive control.Additionally,seedlings infections with Phytophthora cinnamomi were performed on two types of avocado(West Indian race and cv.Hass).The Area Under Disease Progress Curve(AUDPC) was recorded using the bacterial extract and a commercial product with fosetyl-aluminium as treatments.The bacterial extract significantly reduced infections by C.gloeosporioides on injured avocado fruits at 31.1 μg mL^-1.Intact fruits were also protected against body rot infections at the same concentration and showed no significant differences with the commercial fungicide.On the other hand,AUDPC in the seedlings was significantly reduced with the extract treatment at 3 μg mL^-1 compared to the control.However,a possible phytotoxicity effect of the extract was evidenced in the seedlings and confirmed by pathogen recovery and tests on Raphanus sativus seedlings.Finally,formulations of the extracts(emulsion and emulsifiable concentrate) were prepared,and bioactive stability was assessed for 8 wk.The emulsion formulates demonstrated very stable bioactivity against P.cinnamomi.The extract and the emulsion formulate showed promising results for the control of avocado pathogens.New bioproducts based on this type of active principles could be developed for the benefit of avocado industry.David GRANADA Lorena LÓPEZ-LUJAN Sara RAMIREZ-RESTREPO Juan MORALES Carlos PELÁEZ-JARAMILLO Galdino ANDRADE Juan Carlos BEDOYA-PEREZ 2020Journal of Integrative Agriculture2020,19,3:1
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