Answer:
The correct answer is B. gestational diabetes
Explanation:
Gestation diabetes is diabetes which usually develops in pregnant women who do not have diabetes normally. It is temporary in most of the cases in which pregnant women do not produce an appropriate amount of insulin in the body to manage blood glucose level.
It occurs in 2-5% of pregnant women. Gestation diabetes occurs because the developing placenta forms hormones that build up blood glucose levels. If this blood glucose level is not managed by body insulin than it cause gestation diabetes. So the right answer is B. gestational diabetes
can you explain? I don't understand? Do you want a explanation?
Answer: f) The left abducens nerve (CN VI)
Explanation:
The correct response is the left abducens nerve (CN VI), since the left abducens nerve (CN VI) pushes the left eye outwards towards the left. The muscle's paresis or weakness can create the baby's inability to move the left eye outwards to the left.
The right oculomotor nerve (CN III) is wrong as this nerve pushes the right eye upwards, upwards and inwards, upwards and outwards, downwards and outwards.
The right trochlear nerve (CN IV) is wrong as this nerve travels downwards and inwards the right eye.
The right nerve abducens (CN VI) is incorrect as this nerve pushes the right eye outwards to the right.
The left oculomotor nerve (CN III) is wrong as this nerve pushes the left eye inwards, upwards and inwards, upwards and outwards and downwards and outwards.
The left trochlear nerve (CN IV) is incorrect, as this nerve pushes the left eye downwards and inwards.
Hence, the correct option is f) The left abducens nerve (CN VI).
Answer:
Karyotype is the pictorial representation of all the chromosomes. The karyotype is important to recognize any change in the chromosome structure of an individual.
The microdeletion and microinsertion is occur at the molecular level. These changes can only be diagnose by the molecular techniques and karyotype only involves the structure of chromosome but not at the molecular level so cannot diagnose the microinsertion and microdeletion.
