Answer:
Yes, modern medicine has been able to slow the disease down, not stop it but slow it down.
Explanation:
<span>The answer is true. Abstain from doing oxygen consuming activities inside two hours of sleep time; be that as it may, extending and unwinding activities may help with rest. It is vital to know about any adjustments in your joint pain side effects, for example, times of more joint torment and firmness. You may require more rest and less exercise amid these circumstances.</span>
Industry would have unlimited ability to produce chemicals for use as pesticides, additives, etc without being required to measure their effects on people or their accumulation in water or soils and their impact on the environment, their toxicity, and potential exposure hazard
Waste water would be monitored, but there would be no limits or benchmarks for the levels of contaminants in the water
Automobile manufacturers would not be required to adhere to achieve a specific benchmark for noxious gas output, and cars would not be monitored for their output over time. It is debatable if gas mileage would be a consideration, as the only motivator for manufacturers to increase fuel economy would be the price of fuel and consumer willingness to bear the burden of fuel costs
Hey there! :D
You cannot control this risk factor. Of the choices, the thing you can't control is your age. You cannot choose what age you are, how your body is developing, your mental stability at a certain age, etc. This is out of your control. You can, however, control how much you exercise or smoke.
I hope this helps!
~kaikers
Answer:
They would give birth to carrier females and healthy males
Explanation:
The gen for haemophilia has an X-linked recessive pattern, therefore all descendant males for these couple will not inherit the gen, because they will receive the Y from the father and the X from the mother, if the couple have girls, all the female descendants will inherit the recessive gen.
X Y
X XX XY
X XX XY
But in this case they had a boy with the haemophilia gen, meaning that the mother has a recessive gen for haemophilia and in this case, they will have 25% change to give birth to a healthy boy, 25% chance to give birth to a girl with recessive pattern (carrier) and 25% to give birth to a girl with dominant pattern (affected).
X Y
X XX XY
X XX XY
XX (carrier girl)
XY (healthy boy)
XY (affected boy- first child)
XX (affected girl)
