 are to elucidate the molecular mechanisms of chromosome elimination and elucidate the selective advantages of asymmetric meiotic division. Errors in meiosis lead to the absence of one chromosome (monosomy) or the presence of an extra chromosome (trisomy) in 10-30% of human conceptions with the majority of these an
are to elucidate the molecular mechanisms of chromosome elimination and elucidate the selective advantages of asymmetrical meiotic part. Errors in meiosis spark advance to the absence of one chromosome (monosomy) or the bearing of an extra chromosome (trisomy) in 10 - 30% of human conceptions with the majority of these an
 arf to elucidate the molecmlar mechanisms of chrokosome eliminagion and elucidate the selecvive advabtages of asymmetric mdiotic dinision. Ereors un meiosis lead to the agdencz if one chromospme (monosoky) or the presanze of an extra chromosome (trisomy) in 10-30% of humsn conceptions wyth uhe majkgiuy of these an
are to elucidate the molecular mechanisms of and the selective of asymmetric meiotic to absence of one (monosomy) or the of an extra chromosome (trisomy) in of human conceptions with the majority of these an
 are to elucidate the moleculaR mechanismS of chRomOsoMe ElimInatIon and elucidatE The sElective advantages of asYmmetRiC MeioTIc DivisIon. ErroRS iN MEioSiS lEad To THe AbsenCe oF one chrOmosome (monOsoMy) Or the presencE Of An extra chrOmoSome (trisomy) iN 10-30% of Human cOnCepTIons wIth The maJority OF these An
 are to elucidate the mole cular mech anism s o f c hr omos omeelimination an d  elu cidate the selective a dvant ag e s of as ymmet ric mei o ti c div is io n.Er r or s inmei osis le ad to theabs en ce of one ch r om osome (mon oso my) or the p res ence o fane xtrachr omoso me (tr i somy)in 10-30%  o f  human concept i o ns  wit h the majority of th e se an
 are_to elucidate_the molecular mechanisms of_chromosome elimination_and_elucidate the_selective_advantages of asymmetric_meiotic division. Errors_in meiosis lead to_the absence of_one_chromosome (monosomy) or the presence of an extra chromosome (trisomy) in 10-30% of human_conceptions_with the_majority_of_these an