Ans. A xxxxxxxxxx cross xxx been xxx hybrid xx two xxxxxxxxxxx having xxxxxxxxxx genotypes xxxx result xx opposite xxxxxxxxxx for x certain xxxxxxx trait xxx instance xxx cross xxxxxxx two xxxxxxxxxx trait... ....... A xxxxxxxxxx cross xxx been xxx hybrid xx two xxxxxxxxxxx having xxxxxxxxxx genotypes xxxx result xx opposite xxxxxxxxxx for x certain xxxxxxx trait xxx instance xxx cross xxxxxxx two xxxxxxxxxx traits xxxx as xxx height xx a xxx plant xx and xx is xxxxxx a xxxxxxxxxx cross xxxxx they xxx responsible xxx the xxxxxxxxxxx of xxx gene xxxx as xxxxx tall xx dwarf xx a xxx plant xxx genotypic xxxxx for xxxxxxxxxx cross xx with xxxxxxxxxx dominant xx heterozygous xx homozygous xxxxxxxxx The xxxxxxxxxx ratio xxxxxxxxxx in x monohybrid xxxxx For xxx couple xxxx both xxxxxx A xxxxx could xxxx children xx any xxxxxx has xxxxx A xxxxx and xxx three xx their xxxxxxxx have x blood xxxxx it xxxxxxxxx that xxxx the xxxxxxx are xxxxxxxxxxxx for xxx A xxxxxx and xxxx been xxxxxxxx the xxxxxxxxx O xxxxxx with xxxx For xxxxxxxx when xxxx parents xxx heterozygous xxxx could xxxxxxxxxx an x allele xx their xxxxx leading xx a xxxxx with xx O xxxxx type xx genotype xxxxx on xxx analysis xx Punnett xxxxxx if xxxx the xxxxxxx are xx then xxxxx is x chance xx their xxxxx inheriting xxx O xxxxxx genes x O x AA xx O xx OO xxx above xxxxx hence xxxxxxxxx a xxxxxxxxx ratio xxxxx is xxxxxxxxxx dominant xx of xxxxxxxxxxxx dominance xxx chance xx homozygous xxxxxxxxx showcasing x blood xxxxx Since xxx genes xxxxxx independently xx appropriate xxxxxxxxxx is xxxxxxxx to xxxxxxx them xxx at x time xxx obtain xxx answers xxx each xx them xx order xx evaluate xxx frequency xx AA xx CC xxxxxxxxxxx Probability xx AA xx x xx results xx AA xxxxxxxxxxx of xx Bb x Bb xxxxxxx in xx Probability xx CC xx x xx results xx CC xxxx the xxxxxxxxx of xx BB xx offspring xxxxx be x x xxxxxxxxx the xxxxxxxxx of xx bb xx individuals xxxxx be xxxx In xxxxx to xxxxxx the xxxxxxxxx of xxxxxxxxx that xxxxx be xxxxxx triple xxxxxxxx homozygous xx triple xxxxxxxxx homozygotes xxxx mutually xxxx exclusive xxxxxxx hence xxxx the xxx of xxx results xx a xxx b xx could xxx In xxxxx to xxxxxx the xxxxxxxxx of xxxxxxxxx that xxxx triple xxxxxxxxxxxxx again xx multiply xxxxxxxxxxxxx Hence xxx each xxxx the xxxxxxxxx of xxxxxxxxxxxx should xx x x Offspring xxxx have xxxx not xxxxxxxxxxxx for xxx three xxxxx occur xxxx a xxxxxxxxx that xx one xxxxx the xxxxxxxxx calculated xx d xx - xxx first xxxxxxxx image xxxxx that xxxx of xxx males xxxx been xxxxxxxxxx an xxxxxxxx recessive xxxxxxx that xx only xxxxxxx in xxx males xx the xxxxxx if xxx female xxxxxxxxxxxxxx carries xxx recessive xxxxxxxx recessive xxxxxxxxxxx The xxxxxx image xxxxxxxxx a xxxxxxxxx trait xxxx may xxxxx in xxxxxxxxxxx whose xxxxxxx have xxxx not xxxxxxxx These xxxx recessive xxxxxx are xxxx likely xx appear xx a xxxxxxxx when xxxxxxx have xxxx related xx each xxxxx The xxxxx image xxxxxxxxx the xxxxxxxxxxx of xxxxxxxxxx non-polyploid xxxxxxxxxx cancer xxxxx a xxxxxxxx mutation xxx been xxxxxxxxx the xxxxxx members xxxx each xxxxxxxx A xxxxxxx the xxxxxxx Initial xxxxx Wild xxxx mice xx X xxxxx albino xxxx gg x G x Gg xx g xx Gg xxxx all x progenies xxx gray xx F xxxxxxxxxx F xxxx Gg x F xxxx Gg x G x GG xx g xx gg xxxx here xxx phenotypic xxxxx is xxxxx of xxx progeny xxx gray xxxx whereas xx the xxxxxxx is xxx white xxxxxx mice xxxxx Gray xxxx White xxxx Total x The xxxxx of xxxxxxx hence xxxxxxxxx that xxxxx progeny xxxx mice xxxxx mice xxxxx approximately xxxxxxx to x Hypothesis xxx gray x allele xxx been xxxxxxxx over xxx white x allele x comparing xxx results xxxx predictions xx the xxxxxxxxxx using xxxxxxxxxx analysis xxxxxxxx numbers xxxxxxxx ratio xxxxx progeny xxxxxxxx numbers xx gray xxxx x xxxxxxxx numbers xx white xxxx x xxxxxxxx numbers xxxxxxxx gray xxxx Observed xxxxx mice xxxxxxx of xxxxxxx df xxxxxx of xxxxxxxxxxx Number xx categories xxxx gray xxxx white xxxxxx mice xx - xxxx for xx at x significance xxxxx of xxx critical xxxxx from xxx chi-square xxxxxxxxxxxx table xx Thus xxxxxxx the xxxxxx on xxxx evaluates xxxx for xxxx mice xxxx putting xxx values xx this xxxxxxxxx that xxx white xxxx Thus xxx calculated xxxxxxxxxx lower xxxx the xxxxxxxx value xxxxxxxxx through xxx significance xxxxx is xxxx it xxx been xxxxx that xxx calculated xxxxxxxxxx value xxx been xxxx than xxx critical xxxxx failing xx reject xxx null xxxxxxxxxx Although xxxxxxxx results xxxx been xxxxxxxxxx with xxxxxxxx data x phenotypic xxxxx is xxxxx Thus xx is xxxxxx that xxx ratio xx phenotypic xxxxxxxxxxx is xxxxxxxx by xxxxxxxxx inheritance xxxxxxxxxx the xxxx hypothesis x From xxx problem xx could xx evaluated xxxx Colored xxx normal xx Colored xxx waltzing xx From xxx discussion xx has xxxx found xxxx C xx dominant xxxx c xxx V xx dominant xxxx v xxxx the xxxxxxx could xx either xxxxxxxxxxxx or xxxxxxxxxx such xx P xxxxxxx normal xxxx or xxxx And x White xxxxxx ccVv xx ccVV xx has xxxx found xxxx parent x CcVv xxx P xxxx B xxxxxxxxxx of xxx offspring xxxxxxx Colored xxx Normal xx Colored xxx Waltzing xx White xxx Normal xx White xxx Waltzing xx It xxxxx be xxxxxxx that xxx the xxxxxxxxx have xxxx showing xxxxxxxxxxxx traits xxxxx they xxxxx receive xxxx only xx the xxxxxxx have xxxx indeed xxxxxxxxxxxx such xx CcVv xxxxxxx to xxx following xx Cv xx cv xx CCVV xxxxxxx normal xxxx Colored xxxxxx CcVV xxxxxxx normal xxxx Colored xxxxxx Cv xxxx Colored xxxxxx CCvv xxxxxxx waltzing xxxx Colored xxxxxx Ccvv xxxxxxx waltzing xx CcVV xxxxxxx normal xxxx Colored xxxxxx ccVV xxxxx normal xxxx White xxxxxx cv xxxx Colored xxxxxx Ccvv xxxxxxx waltzing xxxx White xxxxxx ccvv xxxxx waltzing x From xxx progeny xx could xx evident xxxx when xxxxxxx normal xxxx C x mated xxxx white xxxxxxxx ccvv xxxxxxxx Colored xxx Normal xx Colored xxx Waltzing xx White xxx normal xx White xxx waltzing xx Thus xxx parents xxx the xxxxx progeny xxxxx be xxxxxxxxxxxx colored xxxxxx mice xxxx and xxxxxxxxxx recessive xxxxx waltzing xxxx References xxxxxxx D x Simmons x J xxxxxxxxxx of xxxxxxxx John xxxxx Sons Read More

Ans. Clinical xxxxxxxx Module x Homework xxxx This xx worth xxxxxx Upload xx the xxxxxxxxxx B xxxxxx by xxx deadline xxxxxx the xxxxxxxxx terms xx each xxxx in xxx yellow xxxx to xxxxxxxxxxxxx highlight xx... ....... Clinical xxxxxxxx Module x Homework xxxx This xx worth xxxxxx Upload xx the xxxxxxxxxx B xxxxxx by xxx deadline xxxxxx the xxxxxxxxx terms xx each xxxx in xxx yellow xxxx to xxxxxxxxxxxxx highlight xxxx answers xxxxxxxx These xxx a xxxxxx of xxxxxxxxxxx that xx not x sex xxxxxxxxxx For xxxxxxx humans xxxx pairs xx chromosomes xxxxxxxxxx It xx defined xx the xxxxx of xxxxxx only xxx copy xx a xxxx or xxxxxxxxxx rather xxxx a xxxxx of xxxxxx two xxxx as xx the xxxx of xxxxx on xxx X xxxxxxxxxx in xxxxx Nondisjunction xx in xxx case xxx chromosome xx chromatids xxxxx to xxxxxxxx properly xxxxxx cell xxxxxxxx could xxxx to xx abnormal xxxxxx of xxxxxxxxxxx in xxx daughter xxxxx Heterogametic xxx Organisms xxxx as xxxxx males xxxx two xxxxxxxxx types xx sex xxxxxxxxxxx such xx XY xxxxxxxxxxx It xx a xxxxxxx where xxx of xxx two x chromosomes xx female xxxxxxx have xxxx randomly xxxxxxxxxxx during xxx early xxxxxxxxxxx in xxxxxxxxx the xxxx dosage xxxxxxx males xxx females xxxxxx It xx an xxxxxxxxxx with xxx or xxxx genetically xxxxxxxxx cell xxxxx derived xxxxxxx a xxxxxx zygote xxxxxxxxx due xx mutations xx any xxxxx changes xxxx could xxxxx during xxx time xx development xxxx body xx is xx inactivated x chromosome xxxxxx a xxxxxx cell xxxx is xxxxxxxx and xxx actively xxxxxxxxxx since xx could xx either xxxxx or xxxxx dense xxxxxxxxx in xxx nucleus xxxx is xxx role xx the xxx gene xx gender xxxxxxxxxxxxx Is xx possible xxx an xx individual xx have xxx SRY xxxx What xxxxxxx in xxxx case xxx The xxx or xxxxxxxxxxxxxxx Region x gene xxx been xxxxxxx a xxxxxxx role xx determination xx sex xx an xxxxxxxxxx This xx located xx the x chromosome xxx triggers xxx development xx testes xxxxxx the xxxxxx leading xx the xxxxxxxxxx of xxxxx hormones xx well xx the xxxxxxxxxxx of xxx male xxxxxxxxx sexual xxxxxxxxxxxxxxx However xx is xxxxxxxx for xxx XX xxxxxxxxxx for xxxxxx the xxx gene xx it xxx been xxxxxxxxxxxx from xxx Y xxxxxxxxxx to xxx of xxx X xxxxxxxxxxx referring xx as xxx XX xxxx syndrome xx the xxxxx syndrome xxxxx rare xxxxx may xxxx the xxx gene xxxxxxx the xxxxxxxxxxx of xxxxxx and xxxx secondary xxxxxx characteristics xxxxxxxx the xxxxxxxxxx may xxxxxxx an xx karyotype xxxxxxx the xxxxxxxxx of xxx F xxxxxxxxxx in xxxx cross xx Morgan xxxxxxx the xxxxxxx of xxx F xxxxxxxxxx from xxxx cross xxxx chromosome xx the xxxxx gene xx pts xxxx the xxxxx analysis xxx color xx eye xx based xx the xxxxxxxxxxxx and xx reflects xx with xxx sense xxxxx red-eye xx a xxxx type xxxxxxx the xxxxxxxxx is xxx mutant xxxx For xxxxxxxx the x generation xxxx the xxxxxxxxx F xxxxx be xxxxx genotype xx female x w xxxxxxxx of xxxx w x X x W x X x W x Red-eyed x O xxxxxxxx X x W x Red-eyed xx White xxxx Thus xxxx the xxxxx table xx could xx evaluated xxxx the xxxxxxxxxx gene xx on xxx X-chromosome xx nexus xxxx this xxx F xxxxxxx may xxxxxxxx ratio xxxx two xxxxxxx having xxxxxxx and xxxx in xxxxxxxx and xxxx has xxxxx eyes xxxxxxxx sex xxxxxxxxxxxxx in xxxxxx SRY xxxxxxxxxxx system xxx ZW xxxxxx and xxx ratio xxxxxx of xxxxxxxxxx pts xxxxx Sex xxxxxxxxxxxxx SRY xxxxxx In xxxxxx the xxx determination xxx been xxxxxxxxx governed xxxx the xxxxxxxx of xxx SRY xxxx that xx located xx the x chromosome xxx instance xx the xxx gene xx present xxxx it xxxxx regard xx as xx XY xxxxxxxxxxx similarly xxx absence xx SRY xxxx determine xx XX xxxxxxxxxx However xx rare xxxxx of xxxxxxxx the xxx gene xxxxx be xxxx evident xx the xx individual xxxxxxx to xxxx secondary xxxxxx characteristics xx female xxxxxx XX xxxxxxxxxxx Haplo-diplo xxxxxx It xx found xxxx insects xxxxxxxxx bees xxx ants xxxxx it xxxxxxxxxx the xxx based xx the xxxxxx of xxxx of xxxxxxxxxxx For xxxxxxxx haploid xxxxx have xxxx developing xxxx unfertilized xxxx whereas xxx diploid xxxxxxx develop xxxx the xxxxxxxxxx eggs xxx they xxxxxxx contain xxx sets xx chromosomes xxx ZW xxxxxx This xx found xx birds xxxx reptiles xxx even xxxxxxx fishes xxxxx it xxx been xxx counterpart xx the xx system xx the xxxxxxx with x reversed xxxxxxx For xxxxxxxx female xxxx ZW xxx chromosomes xxxxx males xxxx ZZ xxx chromosome xxxxx system xx Drosophila xxx fruit xxxxx or xxxxxxxxxx melanogaster xxxx a xxxxxx sex xxxxxxxxxxxxx system xxxxx on xxx ratio xx X xxxxxxxxxxx with xxx set xx autosomes xxxx the x ratio xxxx X x denotes xxx number xx X xxxxxxxxxxx and x denotes xxx number xx autosome xxxx In xxxx scenario xxxxxxx have xx X xxxxx of xxxxxxx males xxxx an x ratio xx Color xxxxxxxxxx is x linked x man xxx is xxxxx blind xxx daughters xxxx of xxxx are xxxxx deficient xxxx is xxx probability xxxx his xxxxxxxxx are xxxxxxxx heterozygous xxx color xxxxxxxxxx pts xxxxx blindness xxx been xxxxx on xxxxxxxx recessive xxxxx where xxx gene xxxxxxx color xxxxxxxxx have xxxx found xx the x chromosome xxx when xxx copies xx gene xxxx been xxxxxxxx for x female xxx one xxxx of xxxx is xxxxxxxx for xxxx to xxxxxxx their xxxxx The xxxxxxxxxxx factor xxx the xxxx who xx color xxxxx is xxxxxxxxx If xxx mother xx carrier xx Y xx XcXc xxxxx Blind xxx Color xxxxx X xxx Carrier xx Normal xxxxx if xxx mother xx a xxxxxxx then xxxxx is x chance xx being x carrier xxxxx chance xxxx it xxxxx be xxxxxxxxx On xxx other xxxx if xxx mother xx not x carrier xxxx Xc x X xxx Carrier xx Normal x XX xxxxxx XY xxxxxx Hence xx the xxxxxx is xxx a xxxxxxx than xxxxx is x chance xxxx of xxxxxxxx could xx carrier xxxxxxx none xx them xxxx express xxxxx blindness xxxxx are xxxxxxxxxx discussed xx compensate xxx dosage xxxx is xxxxxx and xxxx are xxx mechanisms xxx Dosage xxx been xxxxxxxx to xxx number xx gene xxxxxxxx either xxxxxxx or xxx that xxxx been xxxxxxxx by x gene xxxxxxx dosage xxxxxxxxxxxx has xxxx the xxxxxxxxx balancing xxx gene xxxxxxxxxx levels xxxxxxx the xxxxxxxxxxx with xxxxxxxxx number xx sex xxxxxxxxxxx such xx found xx humans xxx instance xx represents xxx females xxx XY xxxxxxxxxx the xxxxx in xxxxxx that xxxxx to xx equalized xxx gene xxxxxx of xxxxxxxxxx genes xxxxxxxx that xxxxxx development xxx function xx met xx this xxxxxxxx dosage xxxxxxxxxxxx is xxxxx on xxx primary xxxxxxxxxx including xxxxxxxxxxxxxx or xxxxxxxxxxx and xxxxxx compensation xxxxxxxxx DCC xx drosophila xxxxxxxxxxx in xxxxxxx have xxxx based xxxxx one x chromosome xx females xxxx been xxxxxxxxxxx for xxxxxxxxx the xxxx dosage xx the xxxxx hand xxxxxxxxx in xxxxxxxxxx is xxx where xxxxxx X xxxxxxxxxx in xxxxx have xxxx upregulated xxxxxxxx with xxxxxx for xxx X xxxxxxxxxxx within xxx females xxxx gender xxx calico xxxx What xxxxxxxxxx codes xxx color xx cats xxx Calico xxxx have xxxx always xxxxxx where xxx distinctive xxxxxx coloration xxx been xxx result xx the xxxxxxxx gene xxxx determines xxx color xx its xxx The xxxxx located xx the x chromosome xxxxxxxxxx the xxxx color xxxxxxx Here xxx different xxxxx genes xx the x chromosomes xxxxxxxxx a xxxxx and xxxxxx along xxxx a xxxxx gene xxx white xxxxxxxx has xxxx present xxxx represent xxxxx color xx the xxxxx hand xxxxx typically xxxx only xxx X xxxxxxxxxx hence xxxx could xxx be xxxxxx showcasing xxxx are xxxxxxxxx either xxxxx or xxxxxx or xxxx in xxxxxxx anomaly xxxx as xxxxxxxxxxx syndrome xxxxx showcase xxxxxxxxx color Read More

Ans. Type xx the xxxxxx area xx automatically xxxxxxxxx your xxxxxxx A xxxxx has xx Rh xxxxxxxx of xxx dce xxxx are xxx possible xxxxxxxxx for xxx oocytes xxxxxxx your xxxxxx Hint xxx t xxxx it xx back xxx... ....... Type xx the xxxxxx area xx automatically xxxxxxxxx your xxxxxxx A xxxxx has xx Rh xxxxxxxx of xxx dce xxxx are xxx possible xxxxxxxxx for xxx oocytes xxxxxxx your xxxxxx Hint xxx t xxxx it xx back xxx review xx linkage xxxxxx In xxxxx to xxxxxxxxx the xxxxxxxx genotypes xxx the xxxxx s xxxxxxx it xx crucial xx consider xxx genetic xxxxxxx concepts xxxxxxxxxxxx administering xxx Rh xxxxx group xxxxxx In xxxx scenario xxx woman xxxxxxxx DCE xxx where xxx represents xxx dominant xx antigen xxxxxxx whereas xxx represent xxx recessive xx antigen xxxxxxx Similarly xxx Rh xxxxxxx have xxxx inherited xxxxxxxx since xxxx belong xx the xxxx chromosome xxxxx the xxxxxxx D x and x are xxxxxx and xxxx d x and x Thus xxx possibility xxx the xxxxxxxx DCE xxx that xxxx oocyte xxxx receive xxx of xxx two xxxxxxxxxx sets xxxxx it xx possible xxxx oocyte xxxxxxxx must xx one xx the xxxxxxxxxxxx of xxxxx linked xxxxx In xxxxx with xxxx oocyte xxxxxxxxx have xxxx determined xxxx the xxxxxxxxxxx of xxxxx linked xxxxx Calculating xxx Oocyte xxxxxxxxx The xxxxx s xxxxxxxx has xxxx DCE xxx where xxxxxxxx combinations xx the xxxxxx genotypes xxxxx be xxxxxxxxxx with xxx consideration xx each xxxxxx that xxxx have xxx of xxx two xxxx of xxxxxx alleles xxxx the xxxxx s xxxxxxxx such xx it xxx represent xxxxxx DCE xx dce xx could xx thus xxxxxxxxxx that xxxxx s xxxxxxx could xxxx one xx two xxxxxxxx Rh xxxxxxxxx based xx the xxxxxxx and xxxxxxxxxxx pattern xx the xx antigens xxxxxxxx this xxxx from xxxxxx How xxxx double xxxxxxxxxxxx were xxxxx Which xxxx is xx the xxxxxx points xxx above xxxxxxx focuses xx three-point xxxxx with xxx X-linked xxxxx including xx ec xxx cv xx order xx evaluate xxxx it xx essential xx consider xxx six xxxxxxxxxxx class xxxx four xx them xxxx come xxxx a xxxxxx crossover xxxxx one xx the xxx regions xxxx been xxxxxxxxx by xxx genes xx the xxxxxxxx the xxxxx two xxxx have xxxx from xxxxxx crossing xxxx where xxx exchange xx each xx the xxx regions xxxxx a xxxxxx crossover xxxxxxxx with xxx genes xxxx respect xx the xxxxxxx markers xx either xxxx of xx with xxx principle xx determining xxx gene xxxxx Thus xxxx the xxxxxxx data xx could xx evaluated xxxx double xxxxxxxxx classes xxx for xx ec xx and xx ec xx both xxxxxxxxxx a xxxxxx fly xx comparison xxxx the xxxxxxxx class xx ec xx and xx ec xx it xxxxx be xxxxxxx that xxx ecbinus xxxxxx switched xxxxxxxxxxxx with xxxxx and xxxxxxxxxxxxx Thus xxx correct xxxx order xxxxx be xxxxxxxx points xxxxxxxx the xxxxx below xxxxx instructions xx how xxx will xxxxxxxxx the xxxxxxxxxxxxx frequency xxx type xxxx here xxxxxxx the xxxxxxxxxxx and xxxx your xxxx photo xx fine xxxx is xxx distance xxxxxxx R xxx L xx centimorgans xx order xx calculate xxx recombination xxxxxxxxx it xx important xx determine xxx distance xxxxxxx the xxx genes xx cM xxxxx the xxxxxxxxx recombinant xxxxx could xx evident xxxx the xxxxxxxx types xxx RrLl xxx rrll xxxxxxx to xxx Long xxx White xxxx respectively xxxx in xxx F xxxxxxxxxx it xxx been xxxxx that xxxxxxxx types xxx Long xxxx White xxxxx rrll xxxxx On xxx other xxxx the xxxxxxxxx are xxxxxxxxxxx types xxx short xxxx White xxxx rrLl xxxxx Furthermore xxx total xxxxxxxxx Thus xxxxxxxxxxxxx frequency xx the xxxxx hand xxxxxxxxxx recombination xxxxxxxxx into xx finds xxxx the xxxxxxxx between x and x is xx Read More