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== Ab stract =

Cathepsin D Expression in Intestinal Ganglion Cells of Neonate

Dae-Yeon Kim, M.D., Seong-Cheol Lee, M.D., Kwi-Won Park, M.D., Woo-Ki, Kim, M.D.

Department of Surgery, Seoul National University College of Medicine, Seoul, Korea

Diagnosing Hirschprung's disease is one of the clinical challenges of this disorder. In the stomach and the intestines, D was readily detected in cytoplasm of the rat gastric and in intestinal ganglion cells of the autonomic nervous system. The objectives of the present study were to examine cathepsin D expression in ganglion cells of the submucosal and myenteric plexuses of the intestine of children and to determine the utility of immunohistochemical staining of cathepsin D for detection of immature ganglion cells. Paraffin blocks of 35 intestinal segments were reviewed for immunohistochemical staining with polyclonal antibody to cathepsin D and hematoxy­ lin-eosin stainings from the compatible specimens. There were 9 aganglionic segments and 9 ganglionic segments of neonates with Hirschsprung's disease, 8 intestinal segments with non-Hirschsprung's disease in neonates and 9 intestinal segments with non-Hirschsprung's disease infants over the age of 10 months. All ganglion cells showed intense granular cytoplasmic reactivity for cathepsin D regardless of maturity and all aganglionic segments had no expression for cathepsin D in the submucosal and myenteric plexuses of the intestine. However, histiocytes within the laminar propria and submucosa stained positively for cathepsin D. In conclusion, intestinal ganglion cells in children have reactivity for cathepsin D, threrfore immuno­ histochemical staining for cathepsin D can be used for identification of ganglion cells in neonates.

Index Words: Cathepsin D, Hirschsprung's disease, Ganglion cell, Neonate

Corresspondence ; Dae-Yean Kim, M.D., Department oj Surgery, Seoul National University College of Medicine, 28, Yunku/l-dong, Chongro-Ku, Seoul 110-744, Korea

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Table 1. Materials and Tissue with Ganglion Cells Immunoreactive to Cathepsin D No. of No_ of posi­ Tissues Age range Site cases tive reaction Mature ganglionic segment imperforate anus 9 10-17m 2 ileum. 7 colon 9 Ganglion segment in neonate necrotizing enterocolitis 4 2- 28d All ileum 4 ileal atresia 4 1- 2d All ileum 4 Hirschsprung'disease 9 2-28d 1 jejunum. 1 ileum. 7 colon 9 Aganglionic segment in neonate Hirschsprung'disease 9 4- 28d 2 ileum. 2 appendix. 5 colon o

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1. Hematoxylin-eosin ~ ~.£.£ {l7cl ~Ail ~ ~ ~ '?H!- 'T- 9,.l, ~ g ~-3j 2. cathepsin D t?1 ~ ~-3j §} '§{ ~~OJI 1fr g t>}'jqClE 1). 2. "'a-Si- {l7cl~Ail~7} ul"'a-Si- {l7cl~Ail~.!i!.q Ail~ ~o l %lJLt>}'jJl "ilAil~ 3l}~~91 'i:l~~Cch­ romatin)3l} % [:-1 %.!i!. °]711 %{l OJ] ~.7.1 ~ ~ ~?ll Fig. 1. Mature colonic ganglion cells in 17 month-old 5'.. T~O] ~ ~~?1°J: .s:.~ cathepsin DOJl 7J-~ male(H & E, X 1,000). t?1~ 1frg g .!Jl..'jqC.::I~ 3,4). 3. Y1 IlHl~, "iJ:s:I}.:r-:::: cathepsin DOJI t?1 ~ 1fr g

Fig. 2. Cathepsin D immunohistochemical staltung of mature colonic ganglion cells in 17 month-old male ( x 1000). This figure shows deep yellow granules Fig. 3. Immature intestinal ganglion cells in 2 day crowded the cytoplasm. -old female(H & E, x 1,000).

~-3j~ -'t!.£.£ hematoxylin-eosin ~~ ~ A]i;~t>}Jl %A] OJ] ~,;;,}tiJ-~llCactive cathepsin D isolated from human liver)9} o],;;,}tiJ-?l]CDAKO poly clonal rabbit anti-cathepsin D)~ ;+%t>}9 cathepsin DOJ] r11 ~ t?1 ~ ~-3j §}'§{~ ~ ~ Al i;~t>}'j It.

1) Hematoxylin-eosin ~~ :C{l7cl ~ 3l} 13 ~t>}%OJl Ai Ail ~~ °1 %lJL ~ qzj­ ~.£.£ %-2- -'t!1P'a ~:i!} !f~~ ~:±'~11% 7}?IJl 9,H::: Ai] ~ ~ {l7cl1~A ~£ :sa~ t>}'j q\::l ~ 1, 2). Fig. 4. Cathepsin D immunohistochemical staining of immature intestinal ganglion ceJls in 2 day-old female 2) Cathepsin DOli (He!- ~~~~£:I-~~~ (X 1,000). This figure shows granular localization of Ai]~~ol 3l}~~91 ~~~.£.£ zlA711 ~~~l cathepsin D in the perinuclear cytolasm and rosette -like arrangement.

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