SUZUKI Daichi

Researcher's full information

Conference, etc.

• The neurodevelopment of the optic nerve in amphioxi and lampreys; a vista to the evolutionary origin of the vertebrate form vision
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  Japan Neuroscience Society/2011-09-01
• Neuro evo devo: on the evolutionary origin of the vertebrate image-forming vision
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  Euro Evo Devo 2012/2012-06-01
• The evolution of the midbrain and image-forming vision: from chordates to vertebrates
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  CDB Symposium 2013/2013-03-01
• “Dual visual development” in lampreys and the midbrain as a novel brain region in vertebrates
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  7th European Conference on Comparative Neurobiology/2013-04-01
• The evolutionary origin of the vertebrate midbrain
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  Euro Evo Devo 2014/2014-07-01
• Beyond the dichotomy of individual and kind: The persistently reproducible module (PRM) theory of homology
  G. Suzuki Daichi; Tanaka Senji
  ISHPSSB 2015, Organized session "Ontology and epistemology of identifying characters and genes"/2015-07-01
• Dual (or two-step) development of the lamprey midbrain tectum
  G. Suzuki Daichi; Murakami Yasunori; Wada Hiroshi
  8th European Conference on Comparative Neurobiology/2016-04-01
• The extra-ocular muscles of the lamprey and their evolutionary implication
  G. Suzuki Daichi; Fukumoto Yuma; Kuratani Shigeru; Wada ...
  Euro Evo Devo 2016/2016-07-01
• Direct dopaminergic inputs from the SNc/VTA modulate sensorimotor transformation in tectum
  Juan Pérez-Fernández; A. Kardamakis Andreas; G. Suzuki D...
  Nordic Neuroscience 2017/2017-06-01
• Toward elucidation of a visual decision-making mechanisms: Insights from the lamprey tectum
  G. Suzuki Daichi; A. Kardamakis Andreas; Wibble Tobias; ...
  Nordic Neuroscience 2017/2017-06-01
• The SNc/VTA responds to saliency while modulating D1 and D2 expressing neurons in the lamprey tectum
  Juan Pérez-Fernández; A. Kardamakis Andreas; G. Suzuki D...
  Society for Neuroscience 2017/2017-11-01
• Tectal microcircuits mediate the behavioral switch between orienting and avoidance movements
  G. Suzuki Daichi; A. Kardamakis Andreas; Wibble Tobias; ...
  Society for Neuroscience 2017/2017-11-01
• Neuro-evo-devo on consciousness: A perspective
  G. Suzuki Daichi
  The 1st AsiaEvo Conference, Symposium "Diverse dimensions of evolution: Behavior, culture and consciousness"/2018-04-01
• Possible conceptual and empirical contributions of EvoDevo to consciousness studies
  G. Suzuki Daichi
  Consciousness Research Network (CoRN) 2019/2019-01-23
• The evolutionary origin of the vertebrate brain: with special reference to the visual system
  G. Suzuki Daichi
  Japanese Society of Developmental BiologistsJapanese Society of Developmental Biologists, Symposium "Theory of the brain diversity based on evolution of developmental mechanism"/2019-05-17
• The evolution of the vertebrate visual decision-making
  G. Suzuki Daichi
  The Zoological Society of Japan, The 1st International Exchange Symposium of Zoology(Narishige Symposium): Invitation to Neuroscience/2019-09-13
• The evolutionary transition to the vertebrate brain
  G. Suzuki Daichi
  日本比較生理生化学会 シンポジウム「脳の理解にむけた比較生物学と進化論的アプローチ」/2019-11-30