: a disproportionately short stature, short limbs, abnormal endochondral ossification, Gross motor development frequently is delayed, Upper airway obstruction, small chest wall, pectus excavatum, and neurogenic effects from brain stem compression reduce the vital capacity, Abnormal development of the base of the skull results in a foramen magnum that is smaller than in average individuals, Stenosis of the spinal canal and intervertebral foramen leads to symptoms such as low Back pain, leg pain, dysesthesia, paresthesia, paraparesis, incontinence, and neurogenic claudication, lower extremity radiculopathy from nerve root compression or cauda equina syndrome, Joint laxity may be present in children, The upper extremity involvement is rhizomelic, with the proximal segments more severely affected than the distal segments, Lower extremity involvement is rhizomelic, with hip flexion contractures, ligamentous laxity and external rotation of the extremity, and genu recurvatum before walking age, Spinal deformities, Macrocephaly, Before walking, the child has a thoracolumbar kyphosis and lordosis in the interscapular thoracic region, Joint laxity, otitis media
Dwarfism primarily affects the bones and growth of a person, resulting in shorter stature. However, it can also affect other aspects of the body, such as joints and organs, leading to some health complications.
Dwarfism in dogs can be caused by genetic mutations, hormonal imbalances, or certain medical conditions that affect bone growth. These factors can lead to stunted growth and shorter limbs in affected dogs.
Anybody if its in their genes......... Like the show the little couple lol
Midget is considered an outdated and offensive term for people with dwarfism. People with dwarfism can have children of typical height, as the condition does not directly affect the height of their offspring. The likelihood of their children having dwarfism depends on the genetic inheritance of the condition.
Yes, individuals with dwarfism can reproduce just like individuals without dwarfism. The likelihood of passing on the condition to their offspring can vary depending on the specific genetic cause of the dwarfism. It is possible for individuals with dwarfism to have children who do not have the condition.
it is a mutation of the gene FRG3 in chromosome 4
no
Yes. Dwarfism can affect anyone.
Dwarfism primarily affects the bones and growth of a person, resulting in shorter stature. However, it can also affect other aspects of the body, such as joints and organs, leading to some health complications.
No. Although types of dwarfism, and their severity and complications, vary from person to person, in general a child's life span is not affected by dwarfism. (:
Dwarfism itself does not inherently affect lifespan; many individuals with dwarfism lead healthy, fulfilling lives and have life expectancies similar to the general population. However, certain medical conditions associated with specific types of dwarfism may impact health and longevity. It's essential for individuals with dwarfism to receive appropriate medical care and monitoring to address any health issues that may arise. Overall, quality of care and individual health factors play significant roles in determining lifespan.
Well the answer to this question is quite a baffling answer the answer is...... bi-sexual's x
it makes you extremly short causing everyone to laugh at you
it depends on which gender has dwarfism so if the women has dwarfism the she could have a baby that has dwarfism
it only makes things a little harder and more people make fun of you
Dwarfism in dogs can be caused by genetic mutations, hormonal imbalances, or certain medical conditions that affect bone growth. These factors can lead to stunted growth and shorter limbs in affected dogs.
Dwarfism can affect individuals across all populations, but certain types, such as achondroplasia, have varying prevalence in different ethnic groups. For instance, achondroplasia is more common in people of European descent, while other forms may have different prevalence rates in specific populations. Additionally, genetic factors and environmental influences can also contribute to the occurrence of dwarfism in various populations, leading to differing rates and types of dwarfism among diverse groups.