Karya
Judul/Title Maternal Low-Protein Diet Affects Folliculogenesis and Mitochondrial Distribution Within Ovarian Follicles in Adult Offspring of Mice
Penulis/Author Rahmadsyah (1); dr. Junaedy Yunus, M.Sc., Ph.D. (2) ; MOHAMMAD GALIH P (3); dr. Agung Dewanto, Sp.OG(K)., Ph.D (4); Dr. dr. Shofwal Widad, Sp.OG(K). (5); Mochamad Anwar (6)
Tanggal/Date 2022
Kata Kunci/Keyword
Abstrak/Abstract Introduction: Maternal nutrition intake affects the growth and development of foetal health. Poor nutritional intake contributes to adverse metabolic outcomes in the offspring at an advanced age, including its reproductive function. Maternal low-protein diet has been indicated to impair mitochondrial genetic expression in the offspring. This study aims to evaluate the impact of maternal low-protein diet on the folliculogenesis and mitochondrial distribution within ovarian follicles in female adult offspring of mice. Methods: Swiss Webster mice were nourished either normal protein diet containing 20?sein or low-protein diet (10?sein) during pregnancy and breastfeeding periods. Female offspring were weaned onto the control diet until 8 weeks of age. Female adult offspring were injected with 20 IU of FSH intraperitoneally to induce folliculogenesis. Folliculogenesis was assessed by morphological observation under a light microscope using haematoxylin-eosin staining, while mitochondrial distribution within ovarian follicles was identified by immunohistochemical staining of mitochondrial marker (ATP5A1). Immunostaining data were presented as fraction area (%) and quantified using ImageJ software. Results: The results from the low-protein diet group revealed a non-significant lower number of follicles at various stages compared to the normal protein diet group (p>0.05). The immunopositive expression of the mitochondrial marker in the low-protein diet group was notably lower than the control group (25.66% ± 4.90 vs 51.05% ± 1.51; p<0.05). Conclusion: Our study indicates that maternal low-protein diet during pregnancy and breastfeeding impairs folliculogenesis and mitochondrial distribution within the ovarian follicles in mice offspring later in life.
Rumpun Ilmu Ilmu Kedokteran Dasar & Biomedis
Bahasa Asli/Original Language English
Level Internasional
Status
Dokumen Karya
No Judul Tipe Dokumen Aksi
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