Hironori Kaminaka

Associate Professor

Tottori University

Japan

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About

Hironori Kaminaka is an Associate Professor at Tottori University, Japan. His research primarily focuses on the applications of chitin and its derivatives, including their roles in sustainable agriculture and plant growth. Recent articles by Professor Kaminaka explore topics such as the production and chemical modification of nanochitin, mycorrhizal symbiosis, and the physiological functions of phytohormones in various plant species.

Articles (20)

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2025

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2025

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2024

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2024

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2024

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2023

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2022

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2022

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2022

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2022

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2022

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2020

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2020

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2020

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2020

Collaborators (12)

Masahide Yamato

JAPAN

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Tottori University

JAPAN

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University of the Ryukyus

JAPAN

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Hironori Izawa

University of Miyazaki

JAPAN

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Hironori Kaminaka

Research Interests

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About

Articles (20)

Nanochitin From Crab Shells: Production, Chemical Modification, Composite Materials, and Physiological Functions

Exploring Shrimp-Derived Chitin Nanofiber as a Sustainable Alternative to Urea for Rice (Oryza sativa cv. BRRI dhan67) Cultivation

Preparation of oil-in-water type Pickering emulsions stabilized by partially deacetylated nanochitin and pH-triggered drug release

Different roles of the phytohormone gibberellin in the wide-spread arbuscular mycorrhiza and in orchid mycorrhiza

Colonization by orchid mycorrhizal fungi primes induced systemic resistance against necrotrophic pathogen

In Vitro Hyphal Branching Assay Using <em>Rhizophagus irregularis</em>

Monoterpene glucosides in Eustoma grandiflorum roots promote hyphal branching in arbuscular mycorrhizal fungi

Autoactivation of mycorrhizal symbiosis signaling through gibberellin deactivation in orchid seed germination

Production of copper nanoparticle-immobilized chitin nanofibers and their role in plant disease control

Effects of chitin nanofiber application on plant growth and its differences by soil type

Simultaneous mutations in SMN1 and SUMM2 fully suppress the dwarf and autoimmune phenotypes of Arabidopsis mpk4 mutant

Chitin-induced systemic disease resistance in rice requires both OsCERK1 and OsCEBiP and is mediated via perturbation of cell-wall biogenesis in leaves

Orchid mycorrhizal fungi and ascomycetous fungi in epiphytic Vanda falcata roots occupy different niches during growth and development

Conserved and Diverse Transcriptional Reprogramming Triggered by the Establishment of Symbioses in Tomato Roots Forming Arum-Type and Paris-Type Arbuscular Mycorrhizae

Disease resistance and growth promotion activities of chitin/cellulose nanofiber from spent mushroom substrate to plant.

グルテンフリー米粉パンの膨化に対するキチンナノファイバーの影響

The effects of gibberellin on the expression of symbiosis-related genes in Paris-type arbuscular mycorrhizal symbiosis in Eustoma grandiflorum

Arabidopsis SMN2/HEN2, Encoding DEAD-box RNA Helicase, Governs Proper Expression of the Resistance Gene SMN1/RPS6 and Is Involved in Dwarf, Autoimmune Phenotypes of mekk1 and mpk4 Mutants

In Vitro Symbiotic Germination: A Revitalized Heuristic Approach for Orchid Species Conservation

Nanofibrillation is an Effective Method to Produce Chitin Derivatives for Induction of Plant Responses in Soybean

Collaborators (12)

Masahide Yamato

Katsushi Yamaguchi

Kazuya Ichimura

Shinsuke Ifuku

Kotomi Ueno

Galih Chersy Pujasatria

Shinsuke IFUKU

Masaaki Akamatsu

Kazuya Akimitsu

Shuji Shigenobu

Mitsunori Seo

Hironori Izawa

Make your next move.

Hironori Kaminaka

Research Interests

Explore related searches

Contact this professor

About

Articles (20)

Nanochitin From Crab Shells: Production, Chemical Modification, Composite Materials, and Physiological Functions

Exploring Shrimp-Derived Chitin Nanofiber as a Sustainable Alternative to Urea for Rice (Oryza sativa cv. BRRI dhan67) Cultivation

Preparation of oil-in-water type Pickering emulsions stabilized by partially deacetylated nanochitin and pH-triggered drug release

Different roles of the phytohormone gibberellin in the wide-spread arbuscular mycorrhiza and in orchid mycorrhiza

Colonization by orchid mycorrhizal fungi primes induced systemic resistance against necrotrophic pathogen

In Vitro Hyphal Branching Assay Using &lt;em&gt;Rhizophagus irregularis&lt;/em&gt;

Monoterpene glucosides in Eustoma grandiflorum roots promote hyphal branching in arbuscular mycorrhizal fungi

Autoactivation of mycorrhizal symbiosis signaling through gibberellin deactivation in orchid seed germination

Production of copper nanoparticle-immobilized chitin nanofibers and their role in plant disease control

Effects of chitin nanofiber application on plant growth and its differences by soil type

Simultaneous mutations in SMN1 and SUMM2 fully suppress the dwarf and autoimmune phenotypes of Arabidopsis mpk4 mutant

Chitin-induced systemic disease resistance in rice requires both OsCERK1 and OsCEBiP and is mediated via perturbation of cell-wall biogenesis in leaves

Orchid mycorrhizal fungi and ascomycetous fungi in epiphytic Vanda falcata roots occupy different niches during growth and development

Conserved and Diverse Transcriptional Reprogramming Triggered by the Establishment of Symbioses in Tomato Roots Forming Arum-Type and Paris-Type Arbuscular Mycorrhizae

Disease resistance and growth promotion activities of chitin/cellulose nanofiber from spent mushroom substrate to plant.

グルテンフリー米粉パンの膨化に対するキチンナノファイバーの影響

The effects of gibberellin on the expression of symbiosis-related genes in Paris-type arbuscular mycorrhizal symbiosis in Eustoma grandiflorum

Arabidopsis SMN2/HEN2, Encoding DEAD-box RNA Helicase, Governs Proper Expression of the Resistance Gene SMN1/RPS6 and Is Involved in Dwarf, Autoimmune Phenotypes of mekk1 and mpk4 Mutants

In Vitro Symbiotic Germination: A Revitalized Heuristic Approach for Orchid Species Conservation

Nanofibrillation is an Effective Method to Produce Chitin Derivatives for Induction of Plant Responses in Soybean

Collaborators (12)

Masahide Yamato

Katsushi Yamaguchi

Kazuya Ichimura

Shinsuke Ifuku

Kotomi Ueno

Galih Chersy Pujasatria

Shinsuke IFUKU

Masaaki Akamatsu

Kazuya Akimitsu

Shuji Shigenobu

Mitsunori Seo

Hironori Izawa

Make your next move.

In Vitro Hyphal Branching Assay Using <em>Rhizophagus irregularis</em>