What is the portal system? define the portal system in detail? Provide a specific example and describe the importance of the portal system to your examples?
Portal system is a system of blood vessels which begins and ends in capillaries. It plays major role in directing blood from gastrointestinal tract to the liver before taking to heart. It is called as hepatic portal system, a part of body's filtration system which plays important role in carrying nutrients from digestion to the liver to store and metabolize. Portal system is major inevitable system of lower vertebrates which comprise of areas of the venous system that begin in capillaries in tissues and join to form veins, which divide to produce another capillary network en route to the heart. There are two major portal systems:
Though the function of the renal portal system is less clear, it involves two veins that pass from the caudal vein which further break up into capillaries, to the kidney
Portal system is important in transporting products of one region directly to another region in relatively high concentrations. Blood along with nutrients of the specific portal system are spread around the body if it involves the heart.
what is the portal system? define the portal system in detail? Provide a specific example and...
Specify and define the three major forces that gave rise to WWI (excluding the assassination and the alliance system.) Provide a specific historical example of one of these and describe in detail how it contributed to the war.
Write an essay that explains the importance of motion to the study of physics. First, describe and define the properties of a moving particle, including position, velocity, and acceleration. Describe how these properties can be measured. Then provide detailed examples of how specific motion affects the world around you. Describe what is moving, and provide detail about the velocity and acceleration of the object. Where applicable, mention any force involved in the motion. Make sure to discuss at least one...
Specify and define the three major forces that gave rise to WWI (excluding the assassination and the alliance system.) Provide a specific historical example of one of these and describe in detail how it contributed to the war.
Define and describe the importance of SQL queries. Provide examples of two SQL queries in your Discussion Board post and explain the expected results from the SQL query
Define normalization. What is its purpose? Advantages? Disadvantages? Provide an example related to system analysis and design.
define health disparity and give specific examples. define stereotype / prejudice ? importance of language access in health care.
Write a report defining and explaining the following terms. Give specific examples for each concept. Paragraphs must define and explain concept, and must have a specific example for each. Explain your examples in detail. Make sure your examples relate to the concept! At least one (1) paragraph for each concept. Necrosis (define and example) Cachexia (define and example) Ethlers-Danlos syndrome (define and examples) Osteopenia (define and example) Achondroplasia (define and example) TMJ syndrome (define and example) Spina bifida (define and...
Define detail reports, exception reports, and summary reports and give an example of each for a payroll system.
Question 1. Explain the hydrophobic effect. Describe it in your own words, and provide specific examples of its importance in biochemistry. Your answer should include references to specific molecular structures and intermolecular forces, and put the explanation in the context of thermodynamics (i.e. spontaneity, free energy, enthalpy, entropy).
Community Health 1. Define descriptive epidemiology and its importance in describing disease occurrence in populations. Provide examples of the different types of rates. 2. Compare and contrast descriptive versus analytical epidemiological studies. Describe the basic types of epidemiological studies and how they are used. 3. Give an example of how you might use descriptive and analytical morbidity and mortality rates in the “real world”.