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You are doing lab work with a new species of beetle. You isolated lines that breed true for either blue shells and long antenna, or green shells and short antenna. Crossing these lines yields F1 progeny with blue shells and long antenna. Crossing F1 progeny with beetles that have green shells and short antenna yield the following progeny:
Assuming that the genes are linked, what is the map distance in cM between them? |
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33 cM |
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47.9 cM |
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25 cM |
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27 cM |
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69 Cm |
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92 cM |
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50.4 |
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52 cM |
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46.5 cM |
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88 cM |
Recombination frequnacy = no of recombinant / total no of offspring
= 27+33/23+33+92+88
60/240
=0.25
converting into map distnace =0.25x 100
=25cM
Option C
You are doing lab work with a new species of beetle. You isolated lines that breed...
You are doing lab work with a new species of beetle. You have isolated lines that breed true for either blue shells and long antenna, or green shells and short antenna. Crossing these lines yields F1 progeny with blue shells and long antenna. Crossing F1 progeny with beetles that have green shells and short antenna yield the following progeny: blue shell, long antenna 82 green shell, short antenna 78 blue shell, short antenna 37 green shell,...
either blue shels and long antenna, or green shells and short antenna. Crossing these lines yields progeny with blue shells and long antenna. Crossing F, progeny with beetles that have green shell and short antenna yield the following progeny: 44. You are doing ab work with a new species of beetle. You have isolated lines that breed true for Blue shell, long antenna 82 Green shell, short antenna78 Blue shell,short antenna 37 Green shell, long antenna 43 Total 240 You...