Physiol Behav. 2016 Meyi 1;158:54-9. doi: 10.1016/j.physbeh.2016.02.026.
I-Ventura-Aquino E1, Baños-Araujo J2, UFernández-Guasti A3, Paredes RG4.
Abstract
Isiphumo se-Coolidge kukuqalisa kwakhona kokuziphatha okukopayo okubangelwa liqabane eliyinoveli ngokwesondo eliye laxelwa kwiintlobo ezininzi. Eli gama likwasetyenziswa kumadoda xa ephinda eqala ukukhwelana xa evezwe kwimazi engaziwayo eyamkelayo emva kokuba ifikelele ekudinweni ngokwesondo. Zimbalwa izifundo ezivavanye isiphumo seCoolidge kwabasetyhini. Kuphononongo lwangoku siphinde savavanya oku kunokwenzeka sisebenzisa inkuthazo yenkuthazo yesondo (SIM) kunye novavanyo lokuthanda iqabane (PP). Iigundane ze-Ovariectomized zifakwe kwi-hormonally primed kwaye zavunyelwa ukuba zidibanise i-1h elawula intsebenziswano yezesondo (i-paced mating) okanye kwimeko apho abakwazanga ukukhawuleza ukudibana ngokwesondo. Kwiimvavanyo ze-SIM kunye ne-PP, amabhinqa abonakaliswe kwindoda abaye badibana nayo ngaphambili (indoda eyaziwayo) okanye kunye nomntu ongaziwayo, onamava ngokwesondo (indoda engaziwayo). Nokuba bahamba ngesondo na, bonke abantu basetyhini babonisa ukukhetha okucacileyo kwendoda engaziwayo kodwa abasetyhini abahambisa unxibelelwano ngokwesondo bachitha ixesha elininzi kwindawo yenkuthazo yamadoda angaziwayo kunabasetyhini abangakwaziyo ukukhawulezisa ukunxibelelana ngokwesondo. Iziphumo ezifanayo zabonwa kuvavanyo lwePP. Omabini amaqela amabhinqa achitha ixesha elininzi kwigumbi lendoda eyayingaziwa ngaphambili kunaleyo yaziwayo, kodwa afumana umlinganiselo ofanayo wokuvuselela ngokwesondo, oko kukuthi, ukukhwela, ukufakwa kunye nokuphuma kwamadoda omabini. Akukho lukhetho lufunyenweyo xa ababhinqileyo bavavanywa kuvavanyo lweSIM phakathi kwendoda engaziwayo kunye nebhinqa elamkela ngokwesondo. Iziphumo zixhasa ngakumbi ubukho besiphumo se-Coolidge kwiigundane zabasetyhini ezibonakala ngakumbi ukuba zihamba ngesantya sokusebenzisana ngokwesondo.
IINKCUKACHA:
Isiphumo sokupholisa; Ukhetho lomlingane; Inkuthazo yezesondo; Ukukhuthazwa ngokwesondo
PMID: 26902417
DOI: 10.1016 / j.physbeh.2016.02.026
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