Ad
related to: female pattern baldness vs alopecia areata in dogs
Search results
Results from the WOW.Com Content Network
Follicular dysplasia is a genetic disease of dogs causing alopecia, also called hair loss. It is caused by hair follicles that are misfunctioning due to structural abnormality. There are several types, some affecting only certain breeds. Diagnosis is achieved through a biopsy, and treatment is rarely successful.
This type of alopecia areata causes hair loss on all or nearly the entire scalp. Alopecia universalis . In this rare type of alopecia areata, hair on the scalp, face and the rest of the body is ...
Pattern hair loss (also known as androgenetic alopecia (AGA) [1]) is a hair loss condition that primarily affects the top and front of the scalp. [ 2 ] [ 3 ] In male-pattern hair loss ( MPHL ), the hair loss typically presents itself as either a receding front hairline, loss of hair on the crown and vertex of the scalp, or a combination of both.
Unlike male or female pattern hair loss, which tends to develop in a typical pattern, alopecia areata causes patches of hair loss while alopecia totalis causes complete hair loss on the scalp ...
Alopecia is the medical term for hair loss. There are a few different types of alopecia that can affect women (many of which affect men too). They include: Female pattern hair loss (FPHL). This is ...
Alopecia resulting from hyperadrenocorticism is common in dogs and presents most often in the trunk region of the animal's body. [11] Hyperthyroidism is a second condition that can cause alopecia and in contrast to hyperadrenocorticism, regions experiencing rubbing, the joints of the limbs, and the tail tend to be the most affected regions in dogs.
The cause of male-pattern hair loss is a combination of genetics and male hormones; the cause of female pattern hair loss is unclear; the cause of alopecia areata is autoimmune; and the cause of telogen effluvium is typically a physically or psychologically stressful event. [4] Telogen effluvium is very common following pregnancy. [4]
Non scarring hair loss, also known as noncicatricial alopecia is the loss of hair without any scarring being present. [1] There is typically little inflammation and irritation, but hair loss is significant. This is in contrast to scarring hair loss during which hair follicles are replaced with scar tissue as a result of inflammation.
Ad
related to: female pattern baldness vs alopecia areata in dogs