184522 The recombination frequency between the genes a \& c is \(5 \%, b \& c\) is \(15 \%, b \& d\) is \(9 \%\), a \(\& \mathrm{~b}\) is \(20 \%, c \& \mathrm{c}\) is \(24 \%\) and \(\boldsymbol{a} \& \mathrm{~d}\) is \(29 \%\). What will be the sequence of these genes on a linear chromosome?
184522 The recombination frequency between the genes a \& c is \(5 \%, b \& c\) is \(15 \%, b \& d\) is \(9 \%\), a \(\& \mathrm{~b}\) is \(20 \%, c \& \mathrm{c}\) is \(24 \%\) and \(\boldsymbol{a} \& \mathrm{~d}\) is \(29 \%\). What will be the sequence of these genes on a linear chromosome?
184522 The recombination frequency between the genes a \& c is \(5 \%, b \& c\) is \(15 \%, b \& d\) is \(9 \%\), a \(\& \mathrm{~b}\) is \(20 \%, c \& \mathrm{c}\) is \(24 \%\) and \(\boldsymbol{a} \& \mathrm{~d}\) is \(29 \%\). What will be the sequence of these genes on a linear chromosome?
184522 The recombination frequency between the genes a \& c is \(5 \%, b \& c\) is \(15 \%, b \& d\) is \(9 \%\), a \(\& \mathrm{~b}\) is \(20 \%, c \& \mathrm{c}\) is \(24 \%\) and \(\boldsymbol{a} \& \mathrm{~d}\) is \(29 \%\). What will be the sequence of these genes on a linear chromosome?
184522 The recombination frequency between the genes a \& c is \(5 \%, b \& c\) is \(15 \%, b \& d\) is \(9 \%\), a \(\& \mathrm{~b}\) is \(20 \%, c \& \mathrm{c}\) is \(24 \%\) and \(\boldsymbol{a} \& \mathrm{~d}\) is \(29 \%\). What will be the sequence of these genes on a linear chromosome?