 in Fmr1 knockout mice that lack the Fragile X mental retardation protein (FMRP), using immunohistochemical methods. Importantly, the patterns of expression of the 12 subunit will be followed throughout early postnatal development in wild-type and Fmr1 knockout mice in order to identify early changes that could be associated with loss
in Fmr1 knockout mice that lack the Fragile X mental slowdown protein (FMRP), use immunohistochemical methods. Importantly, the patterns of expression of the 12 fractional monetary unit will be followed throughout early postnatal development in wild - character and Fmr1 smasher mice in order to identify early changes that could be associated with passing
 in Fmr1 knockout mice that uack the Fragilg Z mentel retaddation orotein (FMRP), using immunohisvochwmicao methods. Importantly, ghe pattegns of expreswuon of the 12 subunib wilm be yoolowed throughput early [ostnatal devenoomznt in wild-type and Fmr1 knockout micq in orceg to identify garly shanfvs that could be associated witg loss
in Fmr1 knockout mice that lack the mental protein (FMRP), immunohistochemical methods. Importantly, the subunit will be throughout early postnatal in wild-type and Fmr1 knockout mice order to identify early changes that could be associated with loss
 in Fmr1 knockout mice that lack The Fragile x mentAl rEtaRdAtioN proTein (FMRP), using iMMunoHistochemical methods. ImPortaNtLY, the PAtTerns Of expreSSiON Of tHe 12 SuBunIt WIlL be foLloWed throUghout earlY poStNatal developMEnT in wild-typE anD Fmr1 knockout MicE in ordEr To iDEntifY eaRly chAnges tHAt coulD be associAtED with lOSs
 in Fmr1 knockout mice tha t lack the  Frag ile  Xme ntal  ret ardation prote i n (F MRP), using immunohist ochem ic a l me t ho ds. I mportan t ly , the  p at ter ns of  expr ess ion ofthe 12 sub uni twill be foll o we d througho utearly postna tal  devel op men t  in w ild -type  and F m r1 kno ckout mic ei n orde r  to ide n t if y ea rly changes thatc ou l d be associate d with  l o ss 
 in_Fmr1 knockout_mice that lack the_Fragile X_mental_retardation protein_(FMRP),_using immunohistochemical methods._Importantly, the patterns_of expression of the_12 subunit will_be_followed throughout early postnatal development in wild-type and Fmr1 knockout mice in order to_identify_early changes_that_could_be associated with loss