[CITATION][C] Gene expression and in situ localization of ADAM17 during skin wound healing
M Kawaguchi, T Suzuki - International Journal of Dermatology, 2014 - Wiley Online Library
M Kawaguchi, T Suzuki
International Journal of Dermatology, 2014•Wiley Online LibraryFigure 1 In situ hybridization analysis of ADAM17 mRNA during wound healing in rat skin.
ADAM17 mRNA was detected in rat skin hair follicles on day 8 (a). In wounded skin, at day1
(b), day 3 (c), day 5 (d, e), day 7 (f), and day 15 (g) after wounding, epidermis and dermis
expressed a high level of ADAM17 mRNA. Expression of ADAM17 mRNA was indicated
with arrows. Original magnification:(a) 96.6;(b, e) 933;(c, d, f, g) 913
ADAM17 mRNA was detected in rat skin hair follicles on day 8 (a). In wounded skin, at day1
(b), day 3 (c), day 5 (d, e), day 7 (f), and day 15 (g) after wounding, epidermis and dermis
expressed a high level of ADAM17 mRNA. Expression of ADAM17 mRNA was indicated
with arrows. Original magnification:(a) 96.6;(b, e) 933;(c, d, f, g) 913
Figure 1 In situ hybridization analysis of ADAM17 mRNA during wound healing in rat skin. ADAM17 mRNA was detected in rat skin hair follicles on day 8 (a). In wounded skin, at day1 (b), day 3 (c), day 5 (d, e), day 7 (f), and day 15 (g) after wounding, epidermis and dermis expressed a high level of ADAM17 mRNA. Expression of ADAM17 mRNA was indicated with arrows. Original magnification:(a) 96.6;(b, e) 933;(c, d, f, g) 913
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