The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.

The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.

Saved in:
Bibliographic Details
Main Authors: COOLS, T. L., VRIENS, K., STRUYFS, C., VERBANDT, S., RAMADA, M. H. S., BRAND, G. D., BLOCH JUNIOR, C., KOCH, B., TRAVEN, A., DRIJFHOUT, J. W., DEMUYSER, L., KUCHARÍKOVÁ, S., DIJCK, P. V., SPASIC, D., LAMMERTYN, J., CAMMUE, B. P. A., THEVISSEN, K.
Other Authors: TANNE L. COOLS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KIM VRIENS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; CAROLINE STRUYFS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; SARA VERBANDT, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; MARCELO H. S. RAMADA, UCB; GUILHERME D. BRAND, UNB; CARLOS BLOCH JUNIOR, Cenargen; BARBARA KOCH, MONASH UNIVERSITY, AUSTRALIA; ANA TRAVEN, MONASH UNIVERSITY, AUSTRALIA; JAN W. DRIJFHOUT, LEIDEN UNIVERSITY MEDICAL CENTER, NETHERLANDS; LIESBETH DEMUYSER, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; SOÑA KUCHARÍKOVÁ, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; PATRICK VAN DIJCK, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; DRAGANA SPASIC, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; JEROEN LAMMERTYN, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; BRUNO P. A. CAMMUE, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KARIN THEVISSEN, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM.
Format: Separatas biblioteca
Language:English
eng
Published: 2018-01-03
Subjects:Plant defensins, Antifungal mode of action, Lipid membrane target, Peptide internalization, Membrane permeabilization, Yeasts,
Online Access:http://www.alice.cnptia.embrapa.br/alice/handle/doc/1084117
Tags: Add Tag
No Tags, Be the first to tag this record!
id dig-alice-doc-1084117
record_format koha
spelling dig-alice-doc-10841172018-08-10T00:42:04Z The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization. COOLS, T. L. VRIENS, K. STRUYFS, C. VERBANDT, S. RAMADA, M. H. S. BRAND, G. D. BLOCH JUNIOR, C. KOCH, B. TRAVEN, A. DRIJFHOUT, J. W. DEMUYSER, L. KUCHARÍKOVÁ, S. DIJCK, P. V. SPASIC, D. LAMMERTYN, J. CAMMUE, B. P. A. THEVISSEN, K. TANNE L. COOLS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KIM VRIENS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; CAROLINE STRUYFS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; SARA VERBANDT, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; MARCELO H. S. RAMADA, UCB; GUILHERME D. BRAND, UNB; CARLOS BLOCH JUNIOR, Cenargen; BARBARA KOCH, MONASH UNIVERSITY, AUSTRALIA; ANA TRAVEN, MONASH UNIVERSITY, AUSTRALIA; JAN W. DRIJFHOUT, LEIDEN UNIVERSITY MEDICAL CENTER, NETHERLANDS; LIESBETH DEMUYSER, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; SOÑA KUCHARÍKOVÁ, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; PATRICK VAN DIJCK, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; DRAGANA SPASIC, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; JEROEN LAMMERTYN, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; BRUNO P. A. CAMMUE, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KARIN THEVISSEN, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM. Plant defensins Antifungal mode of action Lipid membrane target Peptide internalization Membrane permeabilization Yeasts 2018-08-10T00:41:57Z 2018-08-10T00:41:57Z 2018-01-03 2017 2018-08-10T00:41:57Z Separatas Frontiers in Microbiology, v. 8, 2017. Article 2295. http://www.alice.cnptia.embrapa.br/alice/handle/doc/1084117 10.3389/fmicb.2017.02295 en eng openAccess
institution EMBRAPA
collection DSpace
country Brasil
countrycode BR
component Bibliográfico
access En linea
databasecode dig-alice
tag biblioteca
region America del Sur
libraryname Sistema de bibliotecas de EMBRAPA
language English
eng
topic Plant defensins
Antifungal mode of action
Lipid membrane target
Peptide internalization
Membrane permeabilization
Yeasts
Plant defensins
Antifungal mode of action
Lipid membrane target
Peptide internalization
Membrane permeabilization
Yeasts
spellingShingle Plant defensins
Antifungal mode of action
Lipid membrane target
Peptide internalization
Membrane permeabilization
Yeasts
Plant defensins
Antifungal mode of action
Lipid membrane target
Peptide internalization
Membrane permeabilization
Yeasts
COOLS, T. L.
VRIENS, K.
STRUYFS, C.
VERBANDT, S.
RAMADA, M. H. S.
BRAND, G. D.
BLOCH JUNIOR, C.
KOCH, B.
TRAVEN, A.
DRIJFHOUT, J. W.
DEMUYSER, L.
KUCHARÍKOVÁ, S.
DIJCK, P. V.
SPASIC, D.
LAMMERTYN, J.
CAMMUE, B. P. A.
THEVISSEN, K.
The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
author2 TANNE L. COOLS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KIM VRIENS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; CAROLINE STRUYFS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; SARA VERBANDT, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; MARCELO H. S. RAMADA, UCB; GUILHERME D. BRAND, UNB; CARLOS BLOCH JUNIOR, Cenargen; BARBARA KOCH, MONASH UNIVERSITY, AUSTRALIA; ANA TRAVEN, MONASH UNIVERSITY, AUSTRALIA; JAN W. DRIJFHOUT, LEIDEN UNIVERSITY MEDICAL CENTER, NETHERLANDS; LIESBETH DEMUYSER, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; SOÑA KUCHARÍKOVÁ, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; PATRICK VAN DIJCK, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; DRAGANA SPASIC, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; JEROEN LAMMERTYN, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; BRUNO P. A. CAMMUE, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KARIN THEVISSEN, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM.
author_facet TANNE L. COOLS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KIM VRIENS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; CAROLINE STRUYFS, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; SARA VERBANDT, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; MARCELO H. S. RAMADA, UCB; GUILHERME D. BRAND, UNB; CARLOS BLOCH JUNIOR, Cenargen; BARBARA KOCH, MONASH UNIVERSITY, AUSTRALIA; ANA TRAVEN, MONASH UNIVERSITY, AUSTRALIA; JAN W. DRIJFHOUT, LEIDEN UNIVERSITY MEDICAL CENTER, NETHERLANDS; LIESBETH DEMUYSER, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; SOÑA KUCHARÍKOVÁ, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; PATRICK VAN DIJCK, LABORATORY OF MOLECULAR CELL BIOLOGY, KU LEUVEN, BELGIUM; DRAGANA SPASIC, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; JEROEN LAMMERTYN, BIOSYST-MEBIOS, KU LEUVEN, BELGIUM; BRUNO P. A. CAMMUE, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM; KARIN THEVISSEN, CENTRE OF MICROBIAL AND PLANT GENETICS, BELGIUM.
COOLS, T. L.
VRIENS, K.
STRUYFS, C.
VERBANDT, S.
RAMADA, M. H. S.
BRAND, G. D.
BLOCH JUNIOR, C.
KOCH, B.
TRAVEN, A.
DRIJFHOUT, J. W.
DEMUYSER, L.
KUCHARÍKOVÁ, S.
DIJCK, P. V.
SPASIC, D.
LAMMERTYN, J.
CAMMUE, B. P. A.
THEVISSEN, K.
format Separatas
topic_facet Plant defensins
Antifungal mode of action
Lipid membrane target
Peptide internalization
Membrane permeabilization
Yeasts
author COOLS, T. L.
VRIENS, K.
STRUYFS, C.
VERBANDT, S.
RAMADA, M. H. S.
BRAND, G. D.
BLOCH JUNIOR, C.
KOCH, B.
TRAVEN, A.
DRIJFHOUT, J. W.
DEMUYSER, L.
KUCHARÍKOVÁ, S.
DIJCK, P. V.
SPASIC, D.
LAMMERTYN, J.
CAMMUE, B. P. A.
THEVISSEN, K.
author_sort COOLS, T. L.
title The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
title_short The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
title_full The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
title_fullStr The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
title_full_unstemmed The antifungal plant defensin HsAFP1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
title_sort antifungal plant defensin hsafp1 is a phosphatidic acid-interacting peptide inducing membrane permeabilization.
publishDate 2018-01-03
url http://www.alice.cnptia.embrapa.br/alice/handle/doc/1084117
work_keys_str_mv AT coolstl theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT vriensk theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT struyfsc theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT verbandts theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT ramadamhs theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT brandgd theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT blochjuniorc theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT kochb theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT travena theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT drijfhoutjw theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT demuyserl theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT kucharikovas theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT dijckpv theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT spasicd theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT lammertynj theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT cammuebpa theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT thevissenk theantifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT coolstl antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT vriensk antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT struyfsc antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT verbandts antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT ramadamhs antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT brandgd antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT blochjuniorc antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT kochb antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT travena antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT drijfhoutjw antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT demuyserl antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT kucharikovas antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT dijckpv antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT spasicd antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT lammertynj antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT cammuebpa antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
AT thevissenk antifungalplantdefensinhsafp1isaphosphatidicacidinteractingpeptideinducingmembranepermeabilization
_version_ 1756024942978138112

Similar Items