Can you make a Genogram about the given scenario? A patient with episodic shortness of breath. The patient's father died at the age of 56 of a heart attack caused by coronary artery disease. Her mother died of colon cancer at the age of 77. Her brother died at the age of 49 of an unknown cancer, and her sister died at the age of 68 of acute renal failure caused by diabetes mellitus. The patient has four children, all of them are still alive and well.
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Can you make a Genogram about the given scenario?
A patient with episodic shortness of breath. The patient's father died at the age of 56 of a heart attack caused by coronary artery disease. Her mother died of colon cancer at the age of 77. Her brother died at the age of 49 of an unknown cancer, and her sister died at the age of 68 of acute renal failure caused by diabetes mellitus. The patient has four children, all of them are still alive and well.
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- A woman with type O blood gave birth to a baby, also with type O blood. The woman stated that a man with type AB blood was the father of the baby. Is there any merit to her statement?Affected female Affected male O Unaffected female Unaffected male 11 IV 40/20 20 80/40 80 OO 180 90/20 160/20 20 A) Between 20 and 40 and between 80 and 180, respectively B) Between 20 and 40 and between 160 and 180, respectively C) Between 40 to 80 and between 160 and 180, respectively D) Between 40 to 80 and between 180 and 200, respectively O 40/20 80/20 160 20 180/20 20 dd 180/40 20 180/20 250/20 200 20/20160/20 20 200 20 WATAK 20/20 20 118. A 25-year-old nulligravid woman (individual IV-1 in the pedigree shown) and her 28-year-old husband come to the office for counseling prior to conception. Previous reproductive endocrinologic evaluation of the husband showed no abnormalities. The woman has a family history of fragile X syndrome. The genotype of the CGG trinucleotide repeat length in the 5'-untranslated exon of the FMR1 gene for each individual in the family is indicated. Based on these findings, the repeat length boundaries between normal and premutation and between premutation…A young woman in Hollywood sued a famous movie actor for support of her child, claiming that he was the father of her child. By typing the blood of the three personas involved, the following reults were obtained: The child is type B, the mother is type A, the Actor is Type O, Could the actor have been the father?
- A) A woman with type O blood is expecting a child. Her husband is type A and her husband's parents both had type AB blood. What will be their child’s blood type? 2. A)A woman with type O blood is expecting a child. Her husband is type A and her husband's parents both had type AB blood. What will be their child’s blood type? B) A couple has one child with type AB blood. If one parent is heterozygous for blood type A and the other parent is homozygous for their blood type, what are the chances of their future children having: Type A blood? Type B blood? Type AB blood? O blood?Normal No Spac Hemophilia is a blood clotting disorder that almost exclusively affects males. It is a sex-linked, recessive disorder (X). Using the details below, fill in the Punnett square to determine the percent probability of the couple having a child with hemophilia. Mother Father -carrier of -does not have hemophilia hemophilia -genotype XHX -genotype XY Mother. XH. Xh Father Probability of offspring having hemophilia: OFocusComplete each sentence with the appropriate term or phrase. dependent on The maternal effect refers to the fact that the phenotype of the offspring is depenedent on the mother. 75% dextral and 25% sinistral of the 1:2:1 Maternal effect genes such as those that control snail shell twisting code for proteins that are 100% dextral independent of With maternal effect genes, the phenotype of the offspring is genotype of the father. the deposited in the egg With maternal effect genes, the ratios of progeny that have right or left handed twisting can be predicted since the inheritance of the alleles follows genotype 100% sinistral In a mating of two Dd snails the phenotypic Mendel's law of ratio will be and the assortment genotypic ratio will be 2:1 Mendel's law of segregation Reset
- A couple decide to have a child. They require and select a suitable sperm donor who they understand to be blood group AB and rhesus +ve. The carrier of the baby is blood group A and rhesus –ve. However, when the baby is born, they discover that the baby’s blood group is O rhesus +ve. Worried that there has been a mistake they ask for a DNA test, which confirms the sperm used was indeed that of the donor. Further DNA analysis of the carrier of the baby shows that she has isoagglutinogen alleles IA iO, while the baby is actually IB and IO. How would you explain the outcome of the blood group to the couple? What is the chance that any other children will be blood group O using the same sperm donor? What further medical considerations should the couple consider for this child and additionally for any other subsequent pregnancies?I Review Lesch-Nyhan syndrome (OMIM 300322) is a rare X-linked recessive disorder that produces severe mental retardation, spastic cerebral palsy, and self- mutilation. Part A What is the probability that the first son of a woman whose brother has Lesch-Nyhan syndrome will be affected? Express your answer as a fraction (example 1/16). Submit Request Answer Part B If the first son of the woman described in (a) is affected, what is the probability that her second son is affected? Express your answer as a fraction (example 1/16). Submit Request AnswerA woman who is a carrier for X-linked hemophilia (she does not have the disease) marries a man who does not have hemophilia. They have a daughter, named Angela, who does not have the disease. Angela marries George, who also does not have hemophilia. Angela and George have a son named Robbie. What is the chance that Robbie will have hemophilia? O 1/4 O 1/3 O 1/2 0 1/8
- Mrs. Kaur and Mrs. Sharma had babies on the same day at the same hospital. Mrs. Kaur took home a girl (Harleen) and Mrs. Sharma received a boy (Baldeep). However, Mrs. Sharma was sure she had given birth to a girl and brought a suit against the hospital. Blood tests showed that Mr. Sharma was type O. Mrs. Sharma was type AB and Mr. & Mrs. Kaur were both type B. Harleen was type O and Baldeep was type A. Had a mistake occurred? Did the parents bring home the incorrect babies? a. What is Mr.sharma genotype b. What is Mrs.sharma genotype c. What is Mrs. Kaur genotype Has a switch occurred? Why or why not?This is what I was tested on last week. All the information is already in the question. The professor gave me no other information. Is my professor wrong?Barbara and John have two daughters (Madison and Kelly), and one son (Mike), all have normal red blood cells. Their other son (Chase) has been diagnosed with sickle cell. Barbara recently gave birth to another son (Barry) who also has been diagnosed with sickle cell. Barbara’s mother (Beth) has sickle cell, but her father (Jason), three sisters (Emma, Lori, and Allison), and two brothers (Emmitt and Will) are all normal. John’s father (Jim), mother (Brenda), and brother (Parker) are all normal, but his sister (Demi) has sickle cell. John’s maternal grandparents (Bill and Lonna) are carriers. Barbara’s paternal grandparents (Kevin and Martha) are all normal Paternal = a person’s dad’s side of the family Maternal = a person’s mom’s side of the family 1. Draw a pedigree to show how this trait could affect this family within each generation 2. Shade all individuals affected with the disorder. Half shade all carriers. 3. Assign genotypes to every individual. Use Punnett squares to…