Muscular dystrophy is a genetic disorder causes progressive weakness and loss of muscle mass.Occupational theraist focus specific activities and functions. It can help with task for work ,recreation or daily living.Evaluate self care skills which include eating grooming,dressing, toileting and mobility.Recommend the equipment to maximize functional independence.Make recommendation for home modification to improve access and functional independence.Make recommendation for environmental control.
what are the primary concerns for an occupational therpist dealing with client with muscular dystrophy?
1) What is the primary cause of death for patients with Duchenne muscular dystrophy? 2) Describe two promising treatments (be specific as to the mechanism of action, not hand waving) for curing patients with Duchenne muscular dystrophy (2 pts).
Roger and Gayle are both of normal phenotype but have a son with Muscular Dystrophy, a sex-linked recessive disorder. Gayle is pregnant and amniocentesis shows the fetus is male. What is the probability that the fetus will suffer from muscular dystrophy?
8. The gene for colourblindness is 15 map units from the gene for muscular dystrophy, and both genes are on the X-chromosome. Recessive mutations result in colourblindness or muscular dystrophy. A woman whose father was colourblind and whose mother's father had muscular dystrophy marries a colourblind man. Their first son is colourblind. The probability that he also has muscular dystrophy is: a) 50% b) 7.5% c) 3.75% d) 15% e) none of the above
Duchenne muscular dystrophy is an X-linked recessive condition affecting humans. It is a major form of muscular dystrophy. A female is a carrier (unaffected) and she has children with an unaffected man, and they have a boy. What is the percent probability that the boy will have the Duchenne muscular dystrophy disease? Enter your answer as a percentage value rounded to the nearest whole number. Do not enter a % sign. (i.e. enter 75, not 0.75 or 3/4)
A dominant allele that causes a form of muscular dystrophy is known to be 80% penetrant. 100 children are born to parents having the following genotypes: Mm X mm. How many of these children do you expect will have this type of muscular dystrophy? Describe how you came to this number. What is one possible explanation for the reduced penetrance (HINT: the answer to this last part of the question can be fairly general)?
Which environmental factors impact muscular dystrophy in Hispanic communities the most?
Is there an association between Duchenne muscular dystrophy (a rare disorder) and genetic risk? Select the MOST APPROPRIATE study design to answer his question: a. Cohort study b. Cross-sectional study c. Case-control study d. RCT
Why is carrier status for Duchenne muscular dystrophy (DMD) usually not transmitted from affected fathers to daughters, even though this disorder has an X-linked transmission pattern
Has prenatal genetic testing increased the detection rate of Duchenne muscular dystrophy (DMD), compared to prior diagnostic methods? If so, how? If not, why?
Duchenne's muscular dystrophy is characterized by a lack of dystrophin. When utilizing a KO mouse model, you want to see if introducing the dystrophin gene can rescue the DMD mouse model. Propose a mechanism to (re)introduce dystrophin back into the KO mouse.