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PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John = Dd. Ee Mary = Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? John DE, De, Ed, de Mary DE De Ed de Mary (hint: they're the same as John's!) = DE, De, de, de. DE DDEE DDEe DdEE wwwwwwwww DdEe De DDEe DDee DdEe Ddee John Ed DdEE DdEe ddEE ddEe de DdEe www Ddee ddEe ddee Answer: Can they have a baby who has no dimples and attached earlobes? Yes or No Was your hypothesis correct? Is it a good idea to remove all genetic variation that could lead to a genetic illness in offspring? Why or why not?

PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John = Dd. Ee Mary = Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? John DE, De, Ed, de Mary DE De Ed de Mary (hint: they're the same as John's!) = DE, De, de, de. DE DDEE DDEe DdEE wwwwwwwww DdEe De DDEe DDee DdEe Ddee John Ed DdEE DdEe ddEE ddEe de DdEe www Ddee ddEe ddee Answer: Can they have a baby who has no dimples and attached earlobes? Yes or No Was your hypothesis correct? Is it a good idea to remove all genetic variation that could lead to a genetic illness in offspring? Why or why not?

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Two inherited traits: Dihybrid Crosses A "dihybrid" cross chart shows the probability of inheriting two specific traits from parents. We construct this chart by finding out what the parents' genotypes are for those two traits and listing all of the possible genetic combinations that could result. For example: F3 John and Mary want to know what their baby might look like. John and Mary both have dimples, but they know that they are both heterozygous for this phenotype (Dd genotype). John and Mary both have free-hanging earlobes and they know that they are both are heterozygous for this trait (Ee genotype). PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John Dd, Ee Mary Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? John DE, De, Ed, de Text Predictions: On F4 Mary Accessibility: Investigate 5 Ā % F5 DE O Mary (hint: they're the same as John's!)=DE, De, de, de. De DDEe * DE Ed DdEE 6 DDEE F6 De DDEe DDee DdEe O I' F7 & John El DdEE DdEe ddEE PrtScn F8 de DdEe Ddee ddEe Home F9 End F10 Focus 20 PgUp F11
Transcribed Image Text:Two inherited traits: Dihybrid Crosses A "dihybrid" cross chart shows the probability of inheriting two specific traits from parents. We construct this chart by finding out what the parents' genotypes are for those two traits and listing all of the possible genetic combinations that could result. For example: F3 John and Mary want to know what their baby might look like. John and Mary both have dimples, but they know that they are both heterozygous for this phenotype (Dd genotype). John and Mary both have free-hanging earlobes and they know that they are both are heterozygous for this trait (Ee genotype). PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John Dd, Ee Mary Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? John DE, De, Ed, de Text Predictions: On F4 Mary Accessibility: Investigate 5 Ā % F5 DE O Mary (hint: they're the same as John's!)=DE, De, de, de. De DDEe * DE Ed DdEE 6 DDEE F6 De DDEe DDee DdEe O I' F7 & John El DdEE DdEe ddEE PrtScn F8 de DdEe Ddee ddEe Home F9 End F10 Focus 20 PgUp F11
PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John =Dd, Ee Mary = Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? F3 Text Predictions: On $ 4 John DE, De, Ed, de Mary Accessibility: Investigate F4 % 5 DE F5 De - Ed de Mary (hint: they're the same as John's!) = DE, De, dE, de. DE A DDEE 6 DDEe DdEE wwwwwwww DdEe OFDL De DDEe F6 DDee DdEe Ddee Answer: Can they have a baby who has no dimples and attached earlobes? Yes or No Was your hypothesis correct? John Is it a good idea to remove all genetic variation that could lead to a genetic illness in offspring? Why or why not? F7 Ed & 7 DdEE DdEe ddEE ddEe PrtScn F8 * de 8 DdEe www W Ddee ddEe ddee Home F9 9 End F10 Focus PgUp, F11 00 E Pa
Transcribed Image Text:PREDICTION: Circle or highlight your answer BEFORE completing this exercise! Can John and Mary have a baby who has no dimples and attached earlobes? YES or NO Start with the parents' genotypes: John =Dd, Ee Mary = Dd, Ee Determine the possible gamete combinations. Refer to the lab manual and use the FOIL technique: first two letters, outer two letters, inner two letters, last two letters. Capital letters always are listed first (Ed, not dE, for example). John's gamete combinations have been completed for you. What are Mary's four gamete combinations? F3 Text Predictions: On $ 4 John DE, De, Ed, de Mary Accessibility: Investigate F4 % 5 DE F5 De - Ed de Mary (hint: they're the same as John's!) = DE, De, dE, de. DE A DDEE 6 DDEe DdEE wwwwwwww DdEe OFDL De DDEe F6 DDee DdEe Ddee Answer: Can they have a baby who has no dimples and attached earlobes? Yes or No Was your hypothesis correct? John Is it a good idea to remove all genetic variation that could lead to a genetic illness in offspring? Why or why not? F7 Ed & 7 DdEE DdEe ddEE ddEe PrtScn F8 * de 8 DdEe www W Ddee ddEe ddee Home F9 9 End F10 Focus PgUp, F11 00 E Pa
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