Search Results - "Harada, Shuitsu"

Type II/III cell composition and NCAM expression in taste buds by Koyanagi-Matsumura, Eriko, Miura, Hirohito, Saito, Mitsuru, Harada, Shuitsu

“…Taste buds are localized in fungiform (FF), foliate (FL), and circumvallate (CV) papillae on the tongue, and taste buds also occur on the soft palate (SP)…”
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Sonic hedgehog–expressing basal cells are general post‐mitotic precursors of functional taste receptor cells by Miura, Hirohito, Scott, Jennifer K., Harada, Shuitsu, Barlow, Linda A.

“…Background: Taste buds contain ∼60 elongate cells and several basal cells. Elongate cells comprise three functional taste cell types: I, glial cells; II,…”
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Marine teleost locates live prey through pH sensing by Caprio, John, Shimohara, Mami, Marui, Takayuki, Harada, Shuitsu, Kiyohara, Sadao

“…We report that the Japanese sea catfish Plotosus japonicus senses local pH-associated increases in H+/CO2 equating to a decrease of ≤0.1 pH unit in ambient…”
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Cell lineage and differentiation in taste buds by Miura, Hirohito, Kusakabe, Yuko, Harada, Shuitsu

“…Mammalian taste buds are maintained through continuous cell renewal so that taste bud cells are constantly generated from progenitor cells throughout life…”
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The glossopharyngeal nerve controls epithelial expression of Sprr2a and Krt13 around taste buds in the circumvallate papilla by Miura, Hirohito, Kusakabe, Yuko, Hashido, Kento, Hino, Akihiro, Ooki, Makoto, Harada, Shuitsu

“…•Sprr2a is expressed in the subsurface epithelium including the taste pore area.•Krt13 expression is at a very low-level in the vicinity of taste…”
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Diverse contributions of Tas1r2/Tas2rs within the rat and mouse soft palate to sweet and bitter neural responses by Tomonari, Hiroshi, Miura, Hirohito, Ooki, Makoto, Nakayama, Ayumi, Harada, Shuitsu

“…•The GSP responds robustly to sweet stimuli in rat and bitter stimuli in mouse.•Threshold of the sweet response in rat and bitter response in mouse is lower…”
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Expression of the basal cell markers of taste buds in the anterior tongue and soft palate of the mouse embryo by Nakayama, Ayumi, Miura, Hirohito, Shindo, Yoichiro, Kusakabe, Yuko, Tomonari, Hiroshi, Harada, Shuitsu

“…Although embryonic expression of Shh in the fungiform papilla placodes has a critical role in fungiform papilla patterning, it remains unclear whether its…”
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Gustatory information of umami substances in three major taste nerves by Sako, Noritaka, Harada, Shuitsu, Yamamoto, Takashi

“…The chorda tympani (CT), glossopharyngeal (GL), and greater superficial petrosal (GSP) nerves, the three major branches of cranial nerves innervating taste…”
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Maturation of taste buds on the soft palate of the postnatal rat by Harada, Shuitsu, Yamaguchi, Keiko, Kanemaru, Norikazu, Kasahara, Yasuo

“…Taste bud distribution on the soft palate and within three types of tongue papillae (fungiform, foliate, and circumvallate) were examined histologically in the…”
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Inhibitory effect of gurmarin on palatal taste responses to amino acids in the rat by Harada, S, Kasahara, Y

“…Gurmarin (10 microg/ml), a protein extracted from Gymnema sylvestre, depressed significantly (40-50%) the phasic taste responses to sugars (sucrose, fructose,…”
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Different Characteristics of Gustatory Responses Between the Greater Superficial Petrosal and Chorda Tympani Nerves in the Rat by Harada, Shuitsu, Yamamoto, Takashi, Yamaguchi, Keiko, Kasahara, Yasuo

“…The integrated responses to gustatory stimuli applied to the soft palate were recorded from the greater superficial petrosal nerve (GSP) and were compared with…”
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During development intense Sox2 expression marks not only Prox1-expressing taste bud cell but also perigemmal cell lineages by Nakayama, Ayumi, Miura, Hirohito, Ooki, Makoto, Harada, Shuitsu

“…Sox2 is proposed to regulate the differentiation of bipotential progenitor cells into taste bud cells. However, detailed expression of Sox2 remains unclear. In…”
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Amino acid specificity of fibers of the facial/trigeminal complex innervating the maxillary barbel in the Japanese sea catfish, Plotosus japonicus by Caprio, John, Shimohara, Mami, Marui, Takayuki, Kohbara, Jun, Harada, Shuitsu, Kiyohara, Sadao

“…ABSTRACT The Japanese sea catfish, Plotosus japonicus , possesses taste and solitary chemoreceptor cells (SCCs) located on the external body surface that…”
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Decline of umami preference in aged rats by Miura, Hirohito, Ooki, Makoto, Kanemaru, Norikazu, Harada, Shuitsu

“…•Neural responses to both sweet and umami taste did not differ between young and aged rats.•Preference for umami taste markedly declined in aged…”
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Cover Image by Miura, Hirohito, Scott, Jennifer K., Harada, Shuitsu, Barlow, Linda A.

“…Background: Taste buds contain ∼60 elongate cells and several basal cells. Elongate cells comprise three functional taste cell types: I, glial cells; II,…”
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Cover Image by Miura, Hirohito, Scott, Jennifer K., Harada, Shuitsu, Barlow, Linda A.

“…Background: Taste buds contain ∼60 elongate cells and several basal cells. Elongate cells comprise three functional taste cell types: I, glial cells; II,…”
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Practical effects of CO2 laser irradiation on tooth conservation by Oura, Kyoichi, Oku, Ryutaro, Harada, Shuitsu

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Gα-gustducin Is Extensively Coexpressed with Sweet and Bitter Taste Receptors in both the Soft Palate and Fungiform Papillae but Has a Different Functional Significance by Tomonari, Hiroshi, Miura, Hirohito, Nakayama, Ayumi, Matsumura, Eriko, Ooki, Makoto, Ninomiya, Yuzo, Harada, Shuitsu

“…To clarify the regional differences in the expression and functional significance of Gα-gustducin in soft palate (SP) and fungiform (FF) taste buds, we…”
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Expression of Gustducin Overlaps with That of Type III IP3 Receptor in Taste Buds of the Rat Soft Palate by Miura, Hirohito, Nakayama, Ayumi, Shindo, Yoichiro, Kusakabe, Yuko, Tomonari, Hiroshi, Harada, Shuitsu

“…Type III IP3 receptor (IP3R3) is one of the common critical calcium-signaling molecules for sweet, umami, and bitter signal transduction in taste cells, and…”
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Gustatory specificity for amino acids in the facial taste system of the carp, Cyprinus carpio L by Marui, T, Harada, S, Kasahara, Y

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