学士(香川大学), 修士(香川大学), Ph.D(University of Nevada Reno), 博士(生物化学及び分子生物学)(ネバダ大学リノ校)
科研費研究者番号
50735925
J-Global ID
201401089213197583
プロフィール
2004年-2009年 University of Nevada, Reno 植物の熱ストレス応答を制御する分子生物学的機構 2009年-2014年 University of North Texas環境ストレスへの全身獲得抵抗性を制御する活性酸素シグナル 2014年-現在 上智大学理工学部物質生命理工学科 異なる環境ストレス応答を制御するシグナルネットワーク (研究テーマ) 植物の異なる熱ストレス応答を制御する分子生物学的機構 複合ストレスへの植物の応答
Nobuhiro Suzuki   Elias Bassil   Jason S. Hamilton   Madhuri A. Inupakutika   Sara Izquierdo Zandalinas   Deesha Tripathy   Yuting Luo   Erin Dion   Ginga Fukui   Ayana Kumazaki   Ruka Nakano   Rosa M. Rivero   Guido F. Verbeck   Rajeev K. Azad   Eduardo Blumwald   Ron Mittler   
PLOS ONE 11(1) e0147625 2016年1月 [査読有り]
Abiotic stresses such as drought, heat or salinity are a major cause of yield loss worldwide. Recent studies revealed that the acclimation of plants to a combination of different environmental stresses is unique and cannot be directly deduced from...
J. S. Hamilton   E. L. Gorishek   P. M. Mach   D. Sturtevant   M. L. Ladage   N. Suzuki   P. A. Padilla   R. Mittler   K. D. Chapman   G. F. Verbeck   
JOURNAL OF ANALYTICAL ATOMIC SPECTROMETRY 31(4) 1030-1033 2016年 [査読有り]
The advent of laser ablation coupled to inductively coupled plasma-mass spectrometry has allowed for the elemental analysis of solid samples in their native state, or with little sample preparation required. Furthermore, with the addition of a coo...
Nobuhiro Suzuki   Amith R. Devireddy   Madhuri A. Inupakutika   Aaron Baxter   Gad Miller   Luhua Song   Elena Shulaev   Rajeev K. Azad   Vladimir Shulaev   Ron Mittler   
PLANT JOURNAL 84(4) 760-772 2015年11月 [査読有り]
The acclimation of plants to changes in light intensity requires rapid responses at several different levels. These include biochemical and biophysical responses as well as alterations in the steady-state level of different transcripts and protein...
Simon Gilroy   Nobuhiro Suzuki   Gad Miller   Won-Gyu Choi   Masatsugu Toyota   Amith R Devireddy   Ron Mittler   
Trends in plant science 19(10) 623-30 2014年10月 [査読有り]
Systemic signaling pathways enable multicellular organisms to prepare all of their tissues and cells to an upcoming challenge that may initially only be sensed by a few local cells. They are activated in plants in response to different stimuli inc...
Regulatory systems of reactive oxygen species (ROS) are known to be integrated with other pathways involving Ca2+ signaling, protein kinases, hormones and programmed cell death (PCD) pathways to regulate defense mechanisms in plants. Coordination ...
As sessile organisms, plants are continuously exposed to various environmental stresses. In contrast to the controlled conditions employed in many researches, more than one or more abiotic and/or biotic stresses simultaneously occur and highly imp...