Heart Functioning Type Of Tissue (docs)

Running Head: HF 0
HEART FUNCTIONING
[Document subtitle]
APRIL 20, 2020
[COMPANY NAME]
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HF 1
Table of Contents
Role of Epithelial tissue................................................................................................ 2
Connective tissues.................................................................................................... 2
Muscles tissues........................................................................................................ 3
Nervous tissues....................................................................................................... 3
Dysfunction of tissue types......................................................................................... 4
References................................................................................................................ 5

HF 2
Role of Epithelial tissue
Epithelial tissue is made up of squamous, the cuboid, or columnar type of cells with
the squamous cells being plane, cuboid cells are cube-shaped, and the columnar are tall.
These particular tissues enclose the body as the skin. They similarly line different organs,
cavities, and also the different body passageways. There are two different layers of epithelial
type of cells in the human heart. One is called endocardium, that encloses with the lay of
different cells the lumen of the chambers, the other one is called the pericardium, that covers
the heart from outdoor. It creates a barricade between the blood and surrounding tissues,
providing the sharing of nutrients and O2 (May et al., 2012, 89). It creates a self-protective
structure that stops the creation of blood lumps because of parietal stress. It similarly stops
the aggression of the tissues associated with heart through circulating pathogens such as
bacteria. The pericardium is recognized as the outmost layer of the human heart. It is made-
up of visceral and the parietal pericardium. the Pericardium Stops the mechanical type of
stress caused through friction. Friction is produced by the narrowing of the heart muscles,
which is very aggressive. it Creates a harmless situation for the heart, separating the organ
from the thoracic cavity, consequently an infection distressing the bronchopulmonary type of
tract or pleura cannot transport to the heart (Golob et al., 2014, 2003-2013).
Connective tissues
The cardiac skeleton, similarly recognised as the fibrous skeleton associated with the
heart, is a increased-density sole structure of the connective tissue that create and anchors the
heart valves and effects the forces applied through them. The cardiac skeleton splits and
divides the atria (the minor, superior two chambers) from the heart ventricles (the greater,
inferior two chambers). The cardiac skeleton similarly delivers an important border in the
electrical conduction system of the heart as collagen are not able to conduct electricity.
Elastic fibers are recognized as the significant resilient constituent of human connective