In the Middle Ages in Europe, those most often in charge of treating abnormality were the clergy and the monks. The prevailing belief at the time was that abnormal behavior was the result of demonic possession or sin, and the church was the dominant authority on matters of religion and morality.
Thus, the church was seen as the natural institution to provide treatment for those deemed abnormal. Treatment methods included prayer, exorcism, fasting, and confinement in monasteries or asylums. However, the understanding of mental illness was limited, and the treatment provided was often cruel and inhumane, leading to further suffering for those who were already vulnerable.
During the Middle Ages in Europe, those most often in charge of treating abnormality were the clergy, specifically monks and priests. They held significant influence over society and its beliefs, which included the perception of mental health. Treatments typically involved religious rituals and prayers, as it was commonly believed that abnormal behaviors were a result of spiritual possession or divine punishment. In some cases, herbal remedies or physical treatments were also applied. However, understanding of mental health was limited, and treatments were not based on scientific evidence but rather on religious doctrine and superstition.
Learn more about monks at: brainly.com/question/2456686
#SPJ11
bones of trained athletes may be visibly thicker and heavier than those of nonathletes because
Bones of trained athletes may be visibly thicker and heavier than those of nonathletes because of a phenomenon known as bone remodeling.
Bone remodeling is the process by which bone tissue is continuously broken down and rebuilt in response to mechanical stress, such as that which occurs during exercise. Regular exercise and weight-bearing activities can stimulate bone remodeling and lead to an increase in bone density, thickness, and strength.
In athletes, particularly those who engage in weight-bearing activities such as running, jumping, and weightlifting, bone remodeling can lead to adaptations in the structure and composition of bone tissue.
To know more about tissue visit :
https://brainly.com/question/17664886
#SPJ11
what accessory allows the hunter to pull, hold, and release the string without chafing fingers?
The accessory that allows a hunter to pull, hold, and release the string of a bow without chafing their fingers is called a release aid.
A release aid is a piece of equipment that fastens to the bowstring and enables the archer to release the string by pulling back on a trigger mechanism rather than by using their fingers. By doing this, the bowstring is less likely to slide or chafe against the archer's fingers, which could compromise accuracy and be uncomfortable.
Wrist strap releases, portable releases, and thumb releases are only a few of the several varieties of release aids that are available. The best release aid to utilise depends on the preferences and shooting style of the individual archer. Each form of release aid has pros and disadvantages of its own.
Learn more about bowstring click here
https://brainly.in/question/19566849
#SPJ
Which of the following are not primary sites for action of antimicrobial drugs in bacteria?1. cell membrane2. nucleic acid3. Golgi apparatus (bodies)4. mitochondria5. ribosomes6. cell wall
The Golgi apparatus (bodies) and mitochondria are not primary sites for action of antimicrobial drugs in bacteria.
The primary sites for action of antimicrobial drugs in bacteria are generally the cell wall, cell membrane, ribosomes, and nucleic acids.
These are essential components of bacteria that are targeted by antimicrobial drugs to disrupt their growth and replication.
The Golgi apparatus and mitochondria, on the other hand, are structures found in eukaryotic cells and are not present in bacteria, so they are not relevant targets for antimicrobial drugs.
Visit to know more about Golgi apparatus:-
brainly.com/question/143804
#SPJ11
Which muscles are typically underactive with knee valgus during the overhead squat?
Select one:
a. Adductor complex
b. Lower trapezius
c. Tensor fascia latae d. Gluteus maximus and medius
d. Gluteus maximus and medius. During the overhead squat, knee valgus refers to the inward collapse of the knees towards each other.
This movement pattern is often associated with underactivity of the gluteus maximus and medius muscles, which are responsible for stabilizing the hip joint and maintaining proper alignment of the lower extremities during functional movements. Weakness in these muscles can lead to compensations in other areas of the body, such as the adductor complex and tensor fascia latae, which may become overactive in an attempt to stabilize the hips and knees. Strengthening the glute muscles through targeted exercises can help improve knee alignment and reduce the risk of injury during squatting and other weight-bearing activities.
Learn more about medius here:
https://brainly.com/question/25330706
#SPJ11
In knee valgus during the overhead squat, the typically underactive muscles are the Gluteus maximus and Gluteus Medius. These muscles are important for maintaining proper alignment during movements and become underactive can increase the risk of knee valgus.
Explanation:When it comes to overactive muscles in knee valgus during the overhead squat, the typically underactive muscles are the Gluteus maximus and Gluteus medius. These two muscles are a part of the body's posterior chain and play a crucial role in maintaining proper alignment during movement. If these muscles are not working at optimal levels, this can increase the risk of knee valgus, an inward knee movement pattern that is commonly seen during squats, particularly overhead squats.
Learn more about underactive muscles here:https://brainly.com/question/34763678
