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. Author manuscript; available in PMC: 2022 Oct 5.
Published in final edited form as: Reproduction. 2021 Oct 5;162(5):F131–F145. doi: 10.1530/REP-20-0612

Table 3.

Summary of effects of organochlorine pesticides on GnRH, kisspeptin, and gonadotropins

EDC Source Exposure Dose Model GnRH and pulse Kisspeptin Gonadotropin
DDE Makita (2008) perinatal 125 ppm rat F: NC
MXC Roepke et al. (2016) perinatal F rat NC ARC
MXC Masutomi et al. (2004) perinatal 1200 ppm Rat M: ↓% of LH+, FSH+ cells;
F: ↓LH+ cells, ↑% of FSH+ cells
MXC Suzuki et al. (2004) perinatal 24, 240, 1200 ppm M rat M: ↓serum FSH, LH;
F: ↓proestrous LH surge
o,p´-DDT, p,p´-DDE Rasier et al. (2007) juvenile 10, 100 mg/kg/d F rat ↓GnRH IPI; ↑pulsatility in PND15 ↓Serum LH concentrations
o,p´-DDT p,p´-DDT Rasier et al. (2008) juvenile 10−5-10−4 M F rat ↑Glut-evoked GnRH, pulse amp, pulsatile GnRH
MXC Dickerson et al. (2011b) juvenile 20 μg/kg, 100 mg/kg F rat NC AVPV
DDT Ben Rhouma et al. (2001) adult 50mg, 100 mg/kg Rat M: ↑FSH, LH
MXC Lafuente et al. (2008) adult 25 mg/kg/d Rat ↓plasma LH; NC FSH
MXC Tomic et al. (2006) adult 64 mg/kg/d Mouse ↓serum FSH levels
p,p´-DDT MXC Zhou et al. (2014) cell 10−7 M LβT2 cells ↑Stimulation Fshβ, Lhβ, FSH, LH protein

NC, measured but no change; ↑, increase in expression of gene or protein; ↓, decrease in gene or protein; F, female; M, male.