/- and WT wild-type brains. The antibodies used in this analysis are already proven to be highly specific for their targeted sites in different biochemical pathways. We based our selection of these proteins on some known and predicted functions of Cdk5 and further categorized them into 6 different groups. The first group contained 25 different proteins involved
/- and WT wild - type brains. The antibodies use in this psychoanalysis are already proven to be highly specific for their targeted web site in unlike biochemical pathways. We based our selection of these protein on some know and predicted functions of Cdk5 and further categorized them into 6 unlike groups. The first group contained 25 different protein involved
/- anf WT wild-type brains. The antibodies useb in thms analgsis are already proven to be highly specifuc for their targeted rites in fifferenr biixhemical pefhways. We bassf oux welection of tmese proteits on some knofn aud predicted functions of Cdk5 and fuwther cstfgorized them ynto 6 difrvrtnt groups. The first group contaihed 25 dihferent proteinx involved
/- and WT wild-type brains. The antibodies this are already to be highly in biochemical pathways. We our selection of proteins on some known and predicted of Cdk5 and further categorized them into 6 different groups. The first group 25 different proteins involved
/- and WT wild-type brains. The antIbodies useD in thIs aNalYsIs arE alrEady proven to be HIghlY specific for their targeTed siTeS In diFFeRent bIochemiCAl PAThwAyS. WE baSeD OuR seleCtiOn of theSe proteins On sOmE known and preDIcTed functioNs oF Cdk5 and furthEr cAtegorIzEd tHEm intO 6 diFfereNt grouPS. The fiRst group cOnTAined 25 dIFferent PROtEins Involved
/- and WT wild-type brains . The anti bodie s u sed  i n th is a nalysis are al r eady  proven to be highly s pecif ic fort he ir ta rgeteds it e s  in  d if fer en t  b ioche mic al path ways. We b ase dour selectio n  o f these pr ote ins on somekno wn and  p red i ctedfun ction s of C d k5 and  furtherca t egoriz e d themi n to  6 d ifferent groups.T he first group co ntaine d2 5d i ffe ren t proteins  i nvolv e d
/- and_WT wild-type_brains. The antibodies used_in this_analysis_are already_proven_to be highly_specific for their_targeted sites in different_biochemical pathways. We_based_our selection of these proteins on some known and predicted functions of Cdk5 and_further_categorized them_into_6_different groups. The first group_contained 25 different proteins involved