...System Structures Overview HCS/533 Health Information Systems Name Date Professor I have aforementioned that I was previously employed with hospice within the health care industry for several years. Within that experience, I have had the pleasure of using a few information systems. I have also had the pleasure of gaining insight and a better understanding of these systems and how and why they were implemented within the industry as well as how beneficial they have been throughout the years. If I may, I would like to report on a system that was not discussed during Week 2 of this course but is very imperative within the hospice industry which is Disease Classification Structure. Disease Classification Structures are very essential for compensation. The data system is one that classifies and provides diagnostic codes that help classify diseases. The ICD-9 (international classification of disease) was actually elected in the United States and the purpose was to “classify disease and health conditions on health care claims and is the basis for prospective payment to hospitals, other health care facilities and health care providers. (Overview of ICD-9, p.1). Every decade, the World Health Organization revises to include morbid and mortal conditions. The DRG (diagnosis related group) was put into motion in the early eighties with the intent of creating a classification system that identified the products that the patient received. (Medicare, 2013). Since that period of time...
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...The World Health Organization (WHO) is the entity that owns and publishes the International Classification of Diseases (ICD) system (The World Health Organization (WHO), 2013). The United States made modifications to this classification system and in 1979 implemented the use of ICD-9-CM. Since that time healthcare worldwide has evolved and the need to collect more detailed information regarding the diseases and conditions that effect world’s population has become a high priority. Due to this evolution, the ICD-9-CM system has become outdated and can no longer accommodate our needs. Effective October 1, 2014 the United States will implement ICD-10-CM/PCS for use across the nation. Initially we will cover ICD-10-CM and then address ICD-10-PCS. ICD-10-CM is the classification system to be utilized to record diagnoses identified and treated in both the acute care setting as well as the ambulatory setting. There are various differences between ICD-9-CM and ICD-10-CM and we will highlight several of those differences today. One difference between the two coding classification systems is the number of chapters. ICD-10-CM consists of twenty-one chapters as compared to the seventeen chapters in ICD-9-CM. There are approximately 68,000 diagnostic codes in ICD-10-CM as opposed to the 14,000 in ICD-9-CM (DeVault, Barta, & Endicott, 2012). The length and structure of the codes in ICD-10-CM vary greatly from ICD-9-CM. We have been accustomed to codes being...
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...Drugs | Classification of drugs | Mechanism of action | Indication | contraindication | Intervention | MechlorentamineHydrochloride (nitrogen mustard)Mustargen | >Alkylating drugs | Alters DNA molecule, cross-linking DNA stronds. | To treat bronchiogenic carcinoma, CML, hodgkins disease, lymphosarcoma, and mycosis fungiodesTo treat malignant pericardial, peritoneal, or pleural effusions | * Infection * Recent surgery * Impaired renal failure * Recent radio therapy * Pregnancy * Bone marrow depression | * Administer vesicants only if you are highly knowledgeable with the drug. * Prepare in accordance with the manufacturer instruction * Avoid using the vein * Begin at the most distal site * D/C if suspected of extravasation | Drugs | Classification of drugs | Mechanism of action | Indication | Contraindication | Intervention | Dactinomycin(actinomycin-D)Cosmegen | >Antibiotic antineoplastics | Interfere with DNA synthesis by binding to DNA prevent RNA synthesis. | To treat erwing’s sarcoma, gestational trophoblastic or whilm’s tumors, rhabdomyosarcoma, sarcoma botryoides, and testicular cancer tumors.To treat erwing’s sarcoma and sarcoma botryoides | * Infection * Recent surgery * Impaired renal failure * Recent radio therapy * Pregnancy * Bone marrow depression | * Administer vesicants only if you are highly knowledgeable with the drug. * Prepare in accordance with the manufacturer instruction * Avoid using the...
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...algae and helminths (parasitic worm) -Microbiology consider the largest and most complex of biological sciences. Here we study the aspects of microbes- their genetics, their physiology, characteristics that may be harmful or beneficial, the ways they interact with the environment, the way they interact wit other organisms, and their uses in industry and agriculture. -Some professions of microbiology are: Geomicrobiologist (earth), marine microbiologist, medical technologist (pathogenic microbes and diseases), nurse epidemiologist and astrobiologist. 1.2 Prokaryotic- simple cells that lack a nucleus (referring it as karyon) found 3.5 billion years ago. Eukaryotes- more complex, contain a nucleus and other complex internal structures found 1.8 billion years ago. (the early eukaryotes probably similar to algae and protozoa, started lines of evolution that eventually gave rise to fungi, plants and multicellular animas such as worms and insects) organelles= are structure in cells that are bound by one or more membranes. ex. mitochondria. All prokaryotes are microorganisms and include the bacteria and archaeons. Only some eukaryotes are microorganisms primarily: algae, protozoa, and yeasts (types of fungi) and certain animals such as arthropods and worms. Evolution timeline picture: Earth, prokaryotes, eukaryotes, reptiles, cockroaches, mammals and then humans. -Microbial dimensions: nanometers, micrometers and millimeters. smallest are viruses measuring around...
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...preventable, but early detection leads to a much higher chance of recovery and lowers the mortality rate from this disease. Mammography plays a central part in early detection of breast cancers because it can show changes in the breast up to two years before a patient or physician can feel them. Digital Mammograms allow manipulation of fine differences in image contrast by means of image processing algorithms. Different Computer Aided Detection Systems (CAD) have been developed for the specific tasks required in breast imaging, diagnosis, and screening. The...
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...as DSM-IV-TR, which indicates fourth edition, text revision of the manual, published in 2000. The DSM-IV-TR provides a classification of mental disorders, criteria sets to guide the process of differentialdiagnosis , and numerical codes for each disorder to facilitate medical record keeping. The stated purpose of the DSM is threefold: to provide "a helpful guide to clinical practice"; "to facilitate research and improve communication among clinicians and researchers"; and to serve as "an educational tool for teaching psychopathology." The multi-axial system The third edition of DSM , or DSM-III , which was published in 1980, introduced a system of five axes or dimensions for assessing all aspects of a patient's mental and emotional health. The multi-axial system is designed to provide a more comprehensive picture of complex or concurrent mental disorders. According to the DSM-IVTR, the system is also intended to "promote the application of the biopsychosocial model in clinical, educational and research settings." The reference to the biopsychosocial model is significant, because it indicates that the DSM-IV-TR does not reflect the view of any specific "school" or tradition within psychiatry regarding the cause or origin (also known as "etiology") of mental disorders. In other words, the DSM-IV-TR is atheoretical in its approach to diagnosis and classification— the axes and categories...
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...Going “gluten-free” is a very popular mantra lately. No differently than dietary fads of the past, the phrase “gluten free” commonly appears in health magazines, cooking shows and on the shelves in our supermarkets. However, the difference between the present gluten free dietary craze and the fad diets of the past is that losing weight is not the end goal, instead, preventing and warding off disease and illness is. Perhaps for this reason going gluten free has gained global popularity and unparalleled support from the medical community. There are a number of unhealthy side effects that come from consuming gluten that most of us consume in the form of wheat. While research on the issue is still inconclusive we know there is something in the wheat plant that is making many of us sick. This research paper was created to examine how gluten and the wheat grain are affecting humans, the potential causes of the sudden manifestation of gluten related disorders, and what, if anything, can be done to prevent gluten related ailments. By way of background, gluten is the main structural protein found in wheat and other grains such as rye, barley, and oats. Wheat is the most commonly consumed gluten containing grain as it makes up approximately seventy-five percent (75%) of all calories consumed from carbohydrates in the American diet. The gluten proteins found in wheat is what gives dough its elasticity and the ability to rise when combined with yeast. Traditional breads, baked goods, pasta...
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....[kareem figure2] 1-2-4:-Complications of atherosclerosis: Obtain heart diseases such as stroke, heart attack and angina. - caused clots nutritious lower limbs artery. -brain attack . -Hypertension. - The weakness of the vitality and function of the body's organs.[ kareem6] Figure(3):-shows the blood clot to accumulate in the inner lumen of the arteries with the death of part of the heart muscle . .[kareem figure3] 1-3 :- Devices used to capture an image of the heart 1-3-1 :- computed tomography(CT):- Called computed tomography rays, makes use of fixtures manufacturer of x-rays taken from different angles to produce CT images of a classless allowing the user to see inside the object without cutting, it is expected that the body thickness in the film affects the information, where no ray can determine the location flour for the disease inside the human body in any case, the rays can be set bone fractures but cannot diagnose all diseases can be accurately side image (side view), but the hardening of the arteries may be behind the rib or any other member of hidden and required in such a situation is the image Sectional by the patient, which became possible when Godfrey N. Hounsfield introduced the first CT scanner in...
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...pk/InsideHEC/Divisions/AECA/CurriculumRevision/Pages/CurriculumRevision.aspx “FIFTH PROFESSIONAL” SEMESTER IX (701) PHARMACEUTICAL CHEMISTRY - V (Medicinal Chem. - I) [Theory] Credit hours = 03 NOTE: The topics will be taught with special reference to their Pharmaceutical applications. 1). INTRODUCTION TO MEDICINAL CHEMISTRY: Chemical constitution and biological activity: (Receptor Theory, Structure Activity Relationships (SAR) and Drug Metabolism). 2). CLASSIFICATION OF DRUGS: Classification of drugs based on source, structure, site of action, mode of action. 3). DRUG DESIGNING: Discovery of lead structure (different approaches). Structural features of drugs. Drug receptor interaction, Physico chemical properties of drugs. 4). DRUG METABOLISM: Inactive, Biologically active and Chemically reactive metabolites, Phase I & II reactions. 5). STRUCTURE ACTIVITY RELATIONSHIP. 6). GENERAL PROPERTIES, CHEMISTRY (General methods of determination, the structure & isolation from natural source), BIOLOGICAL ACTION, STRUCTURE ACTIVITY RELATIONSHIP AND THERAPEUTIC APPLICATIONS OF THE FOLLOWING: a) Alicyclic Compounds: Cyclopropane, Terpenes, Citral, Pinene, Camphor, Menthol, Carotenes. b) Alkaloids: Atropine, Morphine and related compounds (Codeine, Thebaine), Ergotamine, Reserpine, Ephedrine. c) Vitamins:...
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...The human body is an extremely complex system. Getting data about its static and dynamic properties gives massive amounts of knowledge. The use of images is the most effective way to manage, present and interpret the vast quantities of that information in the clinical medicine and in the supporting biomedical research compare to the CT MRI is having superior contrast properties and important in diagnosis imaging techniques for early abnormalities of brain and used to study the changes in tissues and organs so many of the researchers are used to study the Magnetic resonance imaging (MRI) anatomical structure of brain is more important, analysed by segmenting human brain macroscopic structures used for analysing brain disorders and to understand the brain...
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...Parkinson’s Disease The genetic disorder I chose as my final project is Parkinson’s disease. I chose this topic because I have had numerous patients with Parkinson’s disease and I wanted to learn more about it. Before my research, I didn’t know much about the genetic structures or processes that are involved with Parkinson’s, I just knew the symptoms my patients exhibited, some of which included: uncontrollable tremors, slow motor decline where the patient became unable to feed/dress/take care of self, and mental decline with dementia/hallucinations (www.pdf.org, 2014, para: symptoms). In my experience, it is a hard disease to control later in life because it tends to be a slow progressing disease, which tends to leave the patient completely...
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...Medical Education. PHYSICS S.No. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. CLASS XI Physical world and measurement Kinematics Laws of Motion Work, Energy and Power Motion of System of Particles and Rigid Body Gravitation Properties of Bulk Matter Thermodynamics Behaviour of Perfect Gas and Kinetic Theory Oscillations and Waves CLASS XII Electrostatics Current Electricity Magnetic Effects of Current and Magnetism Electromagnetic Induction and Alternating Currents Electromagnetic Waves Optics Dual Nature of Matter and Radiation Atoms and Nuclei Electronic Devices CHEMISTRY S.No. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. CLASS XI Some Basic Concepts of Chemistry Structure of Atom Classification of Elements and Periodicity in Properties Chemical Bonding and Molecular Structure States of Matter: Gases and Liquids Thermodynamics Equilibrium Redox Reactions Hydrogen s-Block Element (Alkali and Alkaline earth metals) Some p-Block Elements Organic Chemistry- Some Basic Principles and Techniques Hydrocarbons Environmental Chemistry CLASS XII Solid State Solutions Electrochemistry Chemical Kinetics Surface Chemistry General Principles and Processes of Isolation of Elements p- Block Elements d and f Block Elements Coordination Compounds Haloalkanes and Haloarenes Alcohols, Phenols and Ethers Aldehydes, Ketones and Carboxylic Acids Organic Compounds Containing Nitrogen Biomolecules Polymers...
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...Molecules, Biodiversity, Food and Health Biological Molecules Biological Molecules (a) describe how hydrogen bonding occurs between water molecules, and relate this, and other properties of water, to the roles of water in living organisms; Water is a polar molecule. This is because the oxygen atom pulls the shared electrons towards it, meaning that water is slightly negatively charged at the oxygen and positively charged at the hydrogen ends, so they can form hydrogen bonds with each other. This are continuing breaking and reforming, so the molecules can move around. Property of water Solvent Importance Metabolic processes in all organisms rely on chemicals being able to react together in solution Examples 70-95% of cytoplasm is water. Dissolved chemicals take part in processes such as respiration and photosynthesis in living organisms Liquid The movement of materials around organisms, both in cells and on a large scale in multicellular organisms requires a liquid transport medium Water molecules stick to each other creating surface tension at the water surface. Cohesion also makes long, thin water columns very strong and difficult to break Blood in animals and the vascular tissue in plants use water as a liquid transport medium Cohesion Freezing Water freezes, forming ice on the surface. Water beneath the surface becomes insulated and less likely to freeze Thermal stability Large bodies of water have fairly...
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...Ecosystems, Biodiversity & SustainabilityClassification * Methods and purpose of classification. * biological classification as a hierarchical system of grouping organisms. * Domains and Empires * Kingdom, Phylum, Class, Order, Family, Genus,Species | Chapter 8 | Pg 237 Q’ s 1-3Pg 241Q’s4-6 | Insecta Classification&PlantaeClassification | | 3 | Classification Continued * Characteristics of the major Phyla * Orders of insect. * binomial nomenclature and the use of taxonomic keys | Chapter 8and teacher resources | Pg 254Q’s 11-14Describe major distinguishing features of Animal Phyla. | Field Guides | | 4 | Ecosystems and Communities * role of organisms including autotrophs, heterotrophs and decomposers in the ecosystem (Niche) * energy flow and dissipation in food chains, webs and pyramids. | Chapter 9Chapter 14Pg 457-469 | Pg 275Q’s 1-4Pg 282 & 290Q’s 8-17Pg 467 & 469Q’s 3-8 | Mt Henry and surrounding area field survey. | | | EXEAT weekend Thurs to Mon | | | | | 5 | Cycling of mattermatter cycles through abiotic and biotic components of the ecosystem * carbon cycle * nitrogen cycleProductivity in communities * comparison of biomass in different trophic levels * comparisons of productivity between communities | Chapter 14Pg 478 - 483 | Compare and contrast productivity in rainforests and deserts.Pg 303Q’s 19-22 | | Classification &EcosystemsTest 1 5% | 6 | Module: The Functioning...
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...LIPIDS Composition Elements – Carbon, Hydrogen and Oxygen Structure How are Triglycerides Formed Lipids are formed when 3 fatty acids combine with glycerol. Glycerol is an alcohol – it has 3 hydroxyl (OH) groups. To each of these OH groups, a fatty acid attaches itself. Each time this happens water is eliminated. The result is a triglyceride (this is the chemical name for lipids). Show diagram of triglyceride formation Fatty Acids Lipids are made up of a number of different fatty acids. Examples of fatty acids are oleic acid and linoleic acid. Fatty acids are molecules. They are made up of chains of different lengths – these can be long or short. Fatty acids have a chemical formula – CH3(CH2)n COOH Structure of Saturated Fatty Acids This is what a fatty acid looks like (structure). Show diagram of saturated fatty acid structure The above fatty acid is known as a saturated fatty acid. The reason for this is that every carbon atom along the chain has its full quota/compliment of H atoms. It cannot hold any more hydrogen – every bond is complete – it is saturated. Butyric acid – a fatty acid in butter is a saturated fatty acid. Structure of Unsaturated Fatty Acids Some fats are unsaturated. Show diagram of an unsaturated fatty acid The fatty acid in the diagram has one double bond. It is called a monounsaturated fatty acid. Carbon chains can have more than one double bond. If the carbon chain has 2 or more double bonds...
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