Answer:
dyscrasia-associated amyloidosis
Explanation:
There are two different types of plasma cell dyscrasia-associated amyloidosis
Answer:
It has a longitudinal muscle layer in the lamina muscularis
Explanation:
In this muscle layer the appendix houses an important number of lymphatic nodules. There is an orifice between the appendix and the cecum, when this orifice is obstructed due to scars, viscous mucus or fecal matter it might cause appendicitis that is an inflammation of the appendix. If the inflammation is untreated it may rupture leading to appendicitis.
Answer:
Most correct answer is all of the germ layers
Explanation:
Mucous membranes constitute the innermost layer of a number of hollow organs (i.e.: gastrointestinal tract). They are composed of an epithelial lining which overlies a deeper layer of connective tissue. Typically, each of these components arises from a different germ layer. For instance: the mucous lining of the gut arises from a combination of endoderm-derived epithelium and lateral mesoderm-derived connective tissue. Other mucous membranes may have different origins, for example: The mucous lining of the oral cavity is composed of ectoderm-derived epithelium and underlying connective tissue derived from head mesenchyme (combination of cephalic neural crest and paraxial mesoderm).
Summary:
Mucous Membrane = Epithelium (derived mainly from endoderm, followed by ectoderm, rarely mesoderm) + Underlying Connective Tissue (usually mesoderm)
Answer:
If a causal condition is known, then the code for that condition should be sequenced as the principal or first-listed diagnosis. Multiple codes may be needed for sequela, complication codes and obstetric codes to more fully describe a condition.