Answer:
The correct answer is option D. A condition of people whose gender at birth is contrary to the one they identify with.
Explanation:
Gender dysphoria is a type of disorder where a person does not feel comfortable with the physical sex that was assigned at birth, but feels that it belongs to the opposite gender.
This type of disorder generates a significant clinical discomfort or a feeling of not fitting socially.
Gender dysphoria began being treated as a <u>psychiatric illness</u>, although this <u>was ruled out by WHO</u>. After being cataloged in the category of sexual disorders, it was recategorized and it started to have<u> its own category</u>, which today is known as <u>gender dysphoria</u>, where it is established that it is not a mental illness itself but that it is a feeling of clinical discomfort in As for the condition of gender.
Currently, it is still considered a disorder, and not a disease, although there are many groups that require it to stop being treated as such, although they do not have medical evidence to support this request.
A limiting factor would be the amount of food that is available, or the amount of space available to grow in.
Answer:
I do not know
Explanation:
You did not explain it well.
Answer:
There's no eclipse at every full moon and new moon because the moon's orbit is inclined to Earth's orbit by about five degrees. Most of the time, the sun, Earth and moon don't line up precisely enough to cause an eclipse.
Explanation:
During a lunar eclipse, Earth comes between the Sun and the Moon, blocking the sunlight falling on the Moon. Earth's shadow covers all or part of the lunar surface.
Answer:
The correct answer is - option D. intramembranous ossification
Explanation:
Conversion of mesenchymal tissue into bone directly is known as intramembranous ossification. The bone formation is the process that involves the conversion of mesenchyme or primitive connective tissue from laying of bone directly. It is made up of granular cells and fibers in the matrix.
It is the formation of tissue of bone in a fetal without any template or cartilage base during fetal development.
Thus, the correct answer is - option D. intramembranous ossification
