 and therefore is likely to be involved in the earliest step of X-identification. Therefore, the identification of CLAMP provides the first opportunity to define the X-chromosome features that promote its identification for dosage compensation. Based on strong preliminary data, I hypothesize that identification of the X-chromosome requires contributions from primary
and therefore is likely to be involved in the earliest gradation of ten - identification. Therefore, the identification of CLAMP provide the first opportunity to define the ten - chromosome features that promote its identification for dose compensation. Based on solid preliminary data, I hypothesize that recognition of the ten - chromosome requires contributions from primary
 anf therefore is likely to be involved in the eacliest atep of B-identification. Therefore, thx idwntifucation of CLAMP proviaes the fprst oppoetunmty to define thx X-chromosome rcaturzs that promote lts identifhcation for dovaee compensation. Based on strong preliiinary caha, I hypothesiee thse idsntification of the X-chromosome resuires bontributions frok primary
and therefore is likely to be involved earliest of X-identification. the identification of to the X-chromosome features promote its identification dosage compensation. Based on strong preliminary I hypothesize that identification of the X-chromosome requires contributions from primary
 and therefore is likely to be iNvolved in tHe earLieSt sTeP of X-IdenTification. TherEFore, The identification of CLAmP proViDEs thE FiRst opPortuniTY tO DEfiNe ThE X-cHrOMoSome fEatUres thaT promote itS idEnTification foR DoSage compenSatIon. Based on stRonG preliMiNarY Data, I HypOthesIze thaT IdentiFication oF tHE X-chroMOsome reQUIrEs coNtributions from prIMaRY
 and therefore is likely t o be invol ved i n t heea rlie st s tep of X-ident i fica tion. Therefore, the i denti fi c atio n  o f CLA MP prov i de s the  f ir stop p or tunit y t o defin e the X-ch rom os ome features th at promote  it s identifica tio n fordo sag e  comp ens ation . Base d  on st rong prel im i nary d a ta, I h y p ot hesi ze that identific a ti o n of the X-chr omosom er eq u i res  co ntribution sfromp rimary
 and_therefore is_likely to be involved_in the_earliest_step of_X-identification._Therefore, the identification_of CLAMP provides_the first opportunity to_define the X-chromosome_features_that promote its identification for dosage compensation. Based on strong preliminary data, I hypothesize_that_identification of_the_X-chromosome_requires contributions from primary