Haruro Ishitani is affiliated with the University of Tokyo in Japan and has an active research profile focused mainly in the fields of chemistry and engineering. Their body of work spans multiple subfields including biomedical engineering, organic chemistry, inorganic chemistry, pharmacology, and molecular biology.
Their research extensively covers topics such as innovative microfluidic and catalytic techniques, asymmetric hydrogenation and catalysis, nanomaterials for catalytic reactions, chemical synthesis and analysis, oxidative organic chemistry reactions, berberine and alkaloids research, and the synthesis and pharmacology of alkaloids.
Haruro Ishitani has contributed to a range of journals, with frequent publications appearing in:
Their published papers include:
The research collaboration network of Haruro Ishitani includes frequent coauthors such as Shū Kobayashi, Yuichi Furiya, Yuki Saito, Benjamin Laroche, and Zhibo Yu.
Their work focuses on advancing catalytic techniques, especially within continuous-flow synthesis methods and asymmetric catalysis, often applying nanomaterials and heterogeneous catalysts. This reflects a multidisciplinary approach combining chemistry and engineering principles to develop novel synthetic strategies and processes relevant to both academic and industrial applications.
Shū Kobayashi;Haruro Ishitani
Haruro Ishitani;Masaharu Ueno;Shū Kobayashi
Shū Kobayashi;Haruro Ishitani;Masaharu Ueno
Haruro Ishitani;Shū Kobayashi
Haruro Ishitani;and Masaharu Ueno;Shū Kobayashi
Shū Kobayashi;Haruro Ishitani;Satoshi Nagayama
Haruro Ishitani;Susumu Komiyama;and Yoshiki Hasegawa;Shū Kobayashi
Shu Kobayashi;Haruro Ishitani
Shū Kobayashi;Iwao Hachiya;Mitsuharu Araki;Haruro Ishitani
Haruro Ishitani;Susumu Komiyama;Shū Kobayashi
Satoshi Yasuda;Hidetoshi Kitagawa;Masaharu Ueno;Haruro Ishitani
Shū Kobayashi;Susumu Komiyama;Haruro Ishitani
Yasuhiro Yamashita;Haruro Ishitani;Haruka Shimizu;Shū Kobayashi
Shū Kobayashi;Iwao Hachiya;Takeshi Takahori;Mitsuharu Araki
Shu Kobayashi;Masaharu Ueno;Ritsu Suzuki;Haruro Ishitani
Yasuhiro Yamashita;Susumu Saito;Haruro Ishitani;Shū Kobayashi
Shū Kobayashi;Masaharu Ueno;Ritsu Suzuki;Haruro Ishitani
Shū Kobayashi;Ken-ichi Kusakabe;Susumu Komiyama;Haruro Ishitani
Shû Kobayashi;Mitsuharu Araki;Haruro Ishitani;Satoshi Nagayama
Shū Kobayashi;Haruka Shimizu;Yasuhiro Yamashita;Haruro Ishitani
If you think any of the details on this page are incorrect, let us know.
Exploring Chemistry in the USA often opens doors to various interdisciplinary careers and educational paths. For those interested in the legal side of science and regulations, obtaining a paralegal degree online can complement a science background by enhancing understanding of legal frameworks and compliance issues in chemical industries.
Students considering efficient routes to entering related fields might find that criminal justice associate programs online offer affordable, flexible pathways. These programs provide foundational knowledge that can intersect with regulatory and forensic chemistry roles.
Understanding the cost of criminal justice degree programs is essential for budgeting educational plans when blending science with justice-related careers.
Alternatively, the pharmaceutical industry offers lucrative options such as becoming a sales representative. Learning how much do pharmaceutical reps make can help students weigh career priorities after completing chemistry studies, especially in pharmacology or biochemistry.
University of Memphis
King's College London
Centre national de la recherche scientifique, CNRS
Oak Ridge National Laboratory
National Center for Atmospheric Research
University of Oklahoma
BOKU University
University of Illinois at Chicago
University of Toronto
University of Virginia
University of Washington
University of California, San Francisco
University of Mascara
Chinese Academy of Sciences
University of Delaware
University of Michigan–Ann Arbor
