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Table 1 Application of voltage-sensitive dyes to the embryonic nervous system

From: Functiogenesis of the embryonic central nervous system revealed by optical recording with a voltage-sensitive dye

Chick olfactory system (I)

Sato et al. [10, 11]

Chick visual system (II)

Miyakawa et al. [36]

Chick oculomotor, trochlear, and abducens nuclei (III, IV, VI)

Glover et al. [37]*

Chick trigeminal nucleus (V)

Momose-Sato and Sato [38]

Sakai et al. [31]

Sato et al. [39]

Chick vestibulo-cochlear nucleus (VIII)

Asako et al. [40]

Glover et al. [37]*

Momose-Sato et al. [41]

Sato and Momose-Sato [42]

Chick glossopharyngeal nucleus (IX)

Momose-Sato et al. [43]

Sato and Momose-Sato [44, 45]

Sato et al. [4648]

Chick vagal nucleus (X) (including pharmacological studies on NTS neurons)

Kamino et al. [32, 49]

Komuro et al. [50]

Momose-Sato and Sato [51]

Momose-Sato et al. [43, 5257]

Sato and Momose-Sato [44]

Sato et al. [48, 5862]

Chick spinal cord

Arai et al. [63, 64]

Mochida et al. [65]

Rat trigeminal nucleus (V)

Momose-Sato et al. [66, 67]

Rat facial nucleus (VII)

Momose-Sato et al. [68]

Rat glossopharyngeal nucleus (IX)

Momose-Sato et al. [69]

Rat vagal nucleus (X)

Momose-Sato et al. [6971]

Sato et al. [72, 73]

Rat spinal cord

Demir et al. [74]

Rat respiratory center

Onimaru and Homma [75]

Mouse vagal nucleus (X)

Momose-Sato and Sato [76]

Mouse respiratory center

Ikeda et al. [77]

Onimaru et al. [78]

Peripheral nervous system

Momose-Sato et al. [79, 80]

Sakai et al. [31, 81]

Correlated wave activity

 Chick

Arai et al. [64]

Komuro et al. [82]

Mochida et al. [83, 84]

Momose-Sato and Sato [85]

Momose-Sato et al. [8689]

 Rat

Momose-Sato et al. [67, 68]

Ren et al. [90]

 Mouse

Momose-Sato et al. [91, 92]

Dye screening and improvements in optical recording systems

Hirota et al. [20]

Momose-Sato et al. [33]

Mullah et al. [24]

Tsau et al. [93]

Wenner et al. [94]

  1. Roman numerals in parentheses indicate the number of cranial nerves, which were stimulated to induce the response, except for the oculomotor, trochlear, and abducens nuclei (III, IV, and VI), which were identified in the vestibulo-ocular reflex pathway by stimulation of the vestibular nerve
  2. The application of voltage-sensitive dyes in postnatal/posthatched animals is a major branch of optical studies in developmental neuroscience. However, this issue is beyond the scope of this review and not mentioned here. Modified from Ref. [9]
  3. “*” shows that the results are presented in abstract form