Makoto Suzuki is affiliated with Meijo University in Japan and has a research focus primarily in the fields of biochemistry, genetics, and molecular biology, alongside medicine. Their scholarly work spans 54 publications in biochemical and molecular biology areas and 38 works related to medical sciences.
The subfields Suzuki specializes in include molecular biology, genetics, pulmonary and respiratory medicine, biomedical engineering, and cell biology. These areas reflect a broad engagement with both fundamental and applied biological sciences, addressing complex cellular and genetic mechanisms as well as medical applications.
The main topics of Suzuki's research cover diverse subjects such as cellular mechanics and interactions, congenital heart defects research, animal genetics and reproduction, developmental biology and gene regulation, 3D printing in biomedical research, lung cancer treatments and mutations, and aquaculture disease management and microbiota.
Suzuki has authored several notable papers, including:
Frequent collaborative partnerships enhance Suzuki's research output, with notable co-authors including Hajime Ogino, Takeshi Igawa, Toshinori Hayashi, Yusuke Shinchi, and Nanoka Suzuki.
Publication venues where Suzuki's work frequently appears highlight a range of scientific forums:
Ken-ichi Harada;Ikuko Ohtani;Kayoko Iwamoto;Makoto Suzuki
Kiyomi. Tsuji;Shoji. Naito;Fumio. Kondo;Naohisa. Ishikawa
Kiyomi Tsuji;Tomohiko Watanuki;Fumio Kondo;Mariyo F. Watanabe
Fumio Kondo;Yoshitomo Ikai;Hisao Oka;Masanao Okumura
Ken Ichi Harada;Kenji Matsuura;Makoto Suzuki;Hisao Oka
Ken-ichi Harada;Kiyonaga Fujii;Takayuki Shimada;Makoto Suzuki
Fumio Kondo;Hiroshi Matsumoto;Seiji Yamada;Naohisa Ishikawa
Ken ichi Harada;Makoto Suzuki;Andrew M. Dahlem;Val R. Beasley
Ken ichi Harada;Kenji Matsuura;Makoto Suzuki;Mariyo F. Watanabe
Kenichi Harada;Kiyoshi Ogawa;Kenji Matsuura;Hideaki Murata
Kiyomi Tsuji;Tomohiko Watanuki;Fumio Kondo;Mariyo F. Watanabe
Ken-ichi Harada;Kiyonaga Fujii;Kayo Hayashi;Makoto Suzuki
Kenichi Harada;Kiyoshi Ogawa;Yukio Kimura;Hideaki Murata
Hisao Oka;Hiroshi Matsumoto;Keiichi Uno;Ken-Ichi Harada
Kiyonaga Fujii;Kaarina Sivonen;Kyoko Adachi;Kazuyoshi Noguchi
Hisao Oka;Yoshitomo Ikai;Norihisa Kawamura;Masuo Yamada
Ken-ichi Harada;Kiyoshi Ogawa;Kenji Matsuura;Hidetoshi Nagai
Yuji Mori;Miki Kuhara;Akio Takeuchi;Makoto Suzuki
Mariyo F. Watanabe;Kiyomi Tsuji;Yasunori Watanabe;Ken-Ichi Harada
Ken-ichi Harada;Tsuyoshi Mayumi;Takayuki Shimada;Makoto Suzuki
If you think any of the details on this page are incorrect, let us know.
Studying Chemistry in the USA opens doors to diverse and rewarding career paths. For those interested in blending science with business, becoming a pharmaceutical sales representative offers an attractive option. Understanding the pharma sales rep salary can help students evaluate the financial benefits of this role.
Alternatively, pursuing a career as a pharmacist requires significant investment. Prospective students should be aware of how much does it cost to become a pharmacist, including tuition and additional expenses, to plan effectively for this professional pathway.
For those fascinated by forensic applications of chemistry, becoming an autopsy technician can be a fulfilling career choice. Guidance on how to become an autopsy technician outlines educational requirements and job outlooks, making it easier to navigate this specialized field.
Further, students interested in forensic science can explore affordable education options through an online forensic science degree. These programs offer flexibility while equipping learners with essential skills for careers in criminal investigations and legal settings.
National Research Council (CNR)
MIT
KU Leuven
Wright State University
Emory University
University of Tokyo
Hebrew University of Jerusalem
Indian Agricultural Research Institute
Columbia University
Kanazawa University
Shandong University
National Institutes of Health
University of Alicante
University of California, Berkeley
King's College London
Deakin University
