Algicidal effects of free-amine water-soluble chitosan to marine harmful algal species

Chain forms and morphological changes in C. polykrikoides with chitosans. After addition of chitosans (0.4mg/mL) to C. polykrikoides suspension, the plate was incubated for 6h. (a) Control; (b) LMWISC; (c) LMWSC-1; (d) LMWSC-2; (e) LMWSC-3; (f) LMWSC-4. Harmful algal blooms (HABs) commonly cause sig...

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Published inJournal of industrial and engineering chemistry (Seoul, Korea) Vol. 34; pp. 139 - 145
Main Authors Park, Seong-Cheol, Choi, Changyong, Jeong, Gyeong-Won, Lee, Hyun-Su, Choi, Sun-Ju, Kim, Won-Seok, Nah, Jae-Woon
Format Journal Article
LanguageEnglish
Published Elsevier B.V 25.02.2016
한국공업화학회
Subjects
Algae
Algicidal
Blooms
Chitosan
Efflux
Harmful algal blooms
Low molecular weight water-soluble chitosan
Low molecular weights
Marine ecologies
Marine ecology
Red tide
Toxins
화학공학
Harmful algal blooms
Low molecular weight water-soluble chitosan
Red tide
Algicidal
Marine ecologies
Online AccessGet full text
ISSN1226-086X
1876-794X
DOI10.1016/j.jiec.2015.11.002

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Abstract Chain forms and morphological changes in C. polykrikoides with chitosans. After addition of chitosans (0.4mg/mL) to C. polykrikoides suspension, the plate was incubated for 6h. (a) Control; (b) LMWISC; (c) LMWSC-1; (d) LMWSC-2; (e) LMWSC-3; (f) LMWSC-4. Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxin production and depletion of oxygen. In this study, the low molecular weight water-soluble chitosan (LMWSC) was investigated as a new algicidal compound by first investigating the potential of LMWSC in selective combating HABs. The LMWSCs disrupted algal cell and chloroplast membranes within 1h against HABs, leading to efflux of the intracellular components. For co-cultivation of harmful and harmless algal, LMWSC selectively kill the harmful algal. Based on these results, LMWSC is a promising novel material for harmful algal bloom control.
AbstractList Chain forms and morphological changes in C. polykrikoides with chitosans. After addition of chitosans (0.4mg/mL) to C. polykrikoides suspension, the plate was incubated for 6h. (a) Control; (b) LMWISC; (c) LMWSC-1; (d) LMWSC-2; (e) LMWSC-3; (f) LMWSC-4. Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxin production and depletion of oxygen. In this study, the low molecular weight water-soluble chitosan (LMWSC) was investigated as a new algicidal compound by first investigating the potential of LMWSC in selective combating HABs. The LMWSCs disrupted algal cell and chloroplast membranes within 1h against HABs, leading to efflux of the intracellular components. For co-cultivation of harmful and harmless algal, LMWSC selectively kill the harmful algal. Based on these results, LMWSC is a promising novel material for harmful algal bloom control.
Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxinproduction and depletion of oxygen. In this study, the low molecular weight water-soluble chitosan(LMWSC) was investigated as a new algicidal compound by first investigating the potential of LMWSC inselective combating HABs. The LMWSCs disrupted algal cell and chloroplast membranes within 1 hagainst HABs, leading to efflux of the intracellular components. For co-cultivation of harmful andharmless algal, LMWSC selectively kill the harmful algal. Based on these results, LMWSC is a promisingnovel material for harmful algal bloom control. KCI Citation Count: 9
Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxin production and depletion of oxygen. In this study, the low molecular weight water-soluble chitosan (LMWSC) was investigated as a new algicidal compound by first investigating the potential of LMWSC in selective combating HABs. The LMWSCs disrupted algal cell and chloroplast membranes within 1 h against HABs, leading to efflux of the intracellular components. For co-cultivation of harmful and harmless algal, LMWSC selectively kill the harmful algal. Based on these results, LMWSC is a promising novel material for harmful algal bloom control. Chain forms and morphological changes in C. polykrikoides with chitosans. After addition of chitosans (0.4 mg/mL) to C. polykrikoides suspension, the plate was incubated for 6 h. (a) Control; (b) LMWISC; (c) LMWSC-1; (d) LMWSC-2; (e) LMWSC-3; (f) LMWSC-4. Keyword * Harmful algal blooms * Low molecular weight water-soluble chitosan * Algicidal * Red tide * Marine ecologies
Author Kim, Won-Seok
Choi, Changyong
Jeong, Gyeong-Won
Lee, Hyun-Su
Park, Seong-Cheol
Choi, Sun-Ju
Nah, Jae-Woon
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Keywords Harmful algal blooms
Low molecular weight water-soluble chitosan
Red tide
Algicidal
Marine ecologies
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Snippet Chain forms and morphological changes in C. polykrikoides with chitosans. After addition of chitosans (0.4mg/mL) to C. polykrikoides suspension, the plate was...
Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxin production and depletion of oxygen. In this study, the low...
Harmful algal blooms (HABs) commonly cause significant damage to aquatic systems due to toxinproduction and depletion of oxygen. In this study, the low...
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SubjectTerms Algae
Algicidal
Blooms
Chitosan
Efflux
Harmful algal blooms
Low molecular weight water-soluble chitosan
Low molecular weights
Marine ecologies
Marine ecology
Red tide
Toxins
화학공학
Title Algicidal effects of free-amine water-soluble chitosan to marine harmful algal species
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