FariasJG, Bustos-ObregónE, TapiaPJ, GutierrezE, ZepedaA, JuantokC, CruzG, SotoG, BenitesJ, and ReyesJG. (2008). Time course of endocrine changes in the hypophysis-gonad axis induced by hypobaric hypoxia in male rats. J Reprod Dev, 54:18–21.
2.
MariggiòMA, FaloneS, MorabitoC, GuarnieriS, MirabilioA, PillaR, BucciarelliT, VerrattiV, and AmicarelliF. (2010). Peripheral blood lymphocytes: A model for monitoring physiological adaptation to high altitude. High Alt Med Biol, 11:333–342.
3.
OkumuraA, FuseH, KawauchiY, MizunoI, and AkashiT. (2003). Changes in male reproductive function after high altitude mountaineering. High Alt Med Biol, 4:349–353.
4.
PelliccioneF, VerrattiV, D'AngeliA, MicilloA, DoriaC, PezzellaA, IacutoneG, FrancavillaF, Di GiulioC, and FrancavillaS. (2011). Physical exercise at high altitude is associated with a testicular dysfunction leading to reduced sperm concentration but healthy sperm quality. Fertil Steril, 96:28–33.
5.
VerrattiV, FaloneS, FanòG, PaoliA, ReggianiC, TenagliaR, and Di GiulioC. (2011). Effects of hypoxia on nocturnal erection quality: A case report from the Manaslu expedition. J Sex Med, 8:2386–2390.