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The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.). of the head, neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).f the head, neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).the head, neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).e head, neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).ad, neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.)., neck, chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.)., chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).chest, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).est, abdomen and pelvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).elvis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).vis. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).s. The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.). The organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).he organs belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).rgans belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).ans belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).s belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).belonging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).nging to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).ing to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).g to the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.). the viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).he viscera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).cera are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).ra are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.). are also referred to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).red to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).d to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).to as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).as internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.). internal organs. However, in Anatomy the term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).nternal organs. 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Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).term "internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.)."internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. Depending on their functional properties and structure the viscera are classified into systems of organs (digestive, respiratory, urinary, genital system, etc.).uot;internal organs" has a broader interpretation. Internal organs include muscles, bones, blood vessels and nerves, sensory organs, endocrine glands. 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STRUCTUREb> STRUCTURE STRUCTURERUCTURECTUREURE divided into tubular (hollow) and parenchymal organs (Fig. 1).ivided into tubular (hollow) and parenchymal organs (Fig. 1).ided into tubular (hollow) and parenchymal organs (Fig. 1).ed into tubular (hollow) and parenchymal organs (Fig. 1). into tubular (hollow) and parenchymal organs (Fig. 1).nto tubular (hollow) and parenchymal organs (Fig. 1).o tubular (hollow) and parenchymal organs (Fig. 1).tubular (hollow) and parenchymal organs (Fig. 1).bular (hollow) and parenchymal organs (Fig. 1).lar (hollow) and parenchymal organs (Fig. 1).r (hollow) and parenchymal organs (Fig. 1).ar organ (small intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat) organ (small intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)rgan (small intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)small intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)all intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)l intestine) structure, transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat) transverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ransverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)nsverse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)verse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)rse and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)e and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)and longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)d longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)longitudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)itudinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)udinal section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat) section: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ection: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)tion: 1 - mucosa; 2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)2 - fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)- fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)fold of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ld of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat) of the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)the mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)e mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)mucosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)cosa; 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat); 3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)3 - lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)- lamina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)mina muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)na muscularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)cularis of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)laris of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ris of the mucosa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)sa; 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat); 4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)4 - submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat) submucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ubmucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)mucosa; 5 - circular layer of the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)the muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)e muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)muscular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)scular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ular coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)ar coat; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)at; 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat); 6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)6 - longitudinal layer of the muscular coat; 7 - serosa (serous coat)t)n of the tubular (hollow) organ structure is similar. The wall of each organ (including the ducts of glands) usually consists of three layers: the inner mucosa with submucosa, the middle muscular layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.of the tubular (hollow) organ structure is similar. The wall of each organ (including the ducts of glands) usually consists of three layers: the inner mucosa with submucosa, the middle muscular layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region. the tubular (hollow) organ structure is similar. The wall of each organ (including the ducts of glands) usually consists of three layers: the inner mucosa with submucosa, the middle muscular layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.ular layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.ar layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region. layer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.ayer, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.er, and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region., and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. Significant variations in the structure of these layers occur along the digestive tract. These variations are related to the specific functions of each organ and region.and the outer connective tissue layer (the serous coat or adventitia). Each internal organ contains blood and lymphatic vessels engaged in the transport of nutrients and metabolic products, and nervous apparatus that provides for nervous regulation of various functions. All the above mentioned formations are situated in different coats. 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