A Case Study On Chronic Obstructive Pulmonary Disease In Partial Fulfillment of the Requirements for the degree Master of Arts in Nursing Major in Medical-Surgical Nursing Submitted To: Prof. Regie B. Tumala Submitted By: Aiceledne M. Else BIOGRAPHIC DATA Name: DR Age: 3 years & 8 months Gender: Male Date of birth: May 2‚ 2005 Existing Diagnosis: Acute Glomerulonephritis‚ Post infection Past Medical History: Mother claimed that it’s DR’s 3rd hospitalization:
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College Human Anatomy and Physiology Lab manual * Printer To conduct this lab‚ the following steps were taken: Activity One: You will need to open the Hemtocrit determination exercise within the PhysioEX program. 6 blood samples are given simulating a healthy male living in Boston‚ a Healthy female living in Boston‚ Healthy male living in Denver‚ a Healthy female living in Denver‚ as well as a Male with aplastic anemia and a female with iron-deficiency anemia. You then take blood from the
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and Observations Amide Synthesis of Acetophenetidin The Synthesis reaction began by removing the colored impurities from the p-phenetidine‚ accomplished by mixing with HCl and heating. The dark black solution is filtered through a gravity filtration system allowing the slightly pink liquid to pass through the fluted filter paper. This process can be slow to drain leave only the remaining insoluble impurities in the filter. Once the pure sample is collected the crystallization process begins
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that are used in our day to day life‚ such as filtration‚ Centrifuging‚ Decanting‚ fractional distillation and sieving. Each of these methods has their own specific uses in our daily lives which make our chores much easier to carry out. Filtration is one of the most commonly used separation technique in a household. This method uses a funnel outlined by a sieve called the filter to separate the solid “residue” from the liquid “filtrate.” Filtration is useful because both phases can be obtained
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thoracic legs. The particles are then transferred to their mouth groove to be ingested. D. magna typically feed on planktonic algae (Ebert‚ 2005). The following experiment uses algae to test what affects the feeding rate of D. magna. The rate of filtration is dependent on multiple factors including temperature‚ food density‚ body size‚ and water pH.
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Exposure to hydrocarbon solvents * History of cancer * Infections such as STREP INFECTIONS‚ virus heart infections‚ or ABSCESSES Many condition causes or increases the risk for glomerulonephritis‚ including: * Amyloidosis * Anti-glomerular basement membrane antibody disease * Blood vessel disease‚ such as vasculitis or polyarteritis * Focal segmental glomerulosclerosis * Good pasture syndrome * Heavy use of pain relievers‚ especially NSAIDs * Henoch-Schonlein purpura
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such as filtration‚ extraction‚ and evaporation‚ those three components have been isolated out‚ which is based on varies solubility and acid-based properties. The percentage of composition of Panacetin are also found‚ which is based on the mass of three dried components. The process: “panacetin” + Dichloromethane Solid sucrose + aspirin + unknown component (By Filtration) Aspirin + unknown components + NaOH aqueous layer + organic layer Aqueous layer + HCl aspirin (By filtration) Organic
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water seems to be the best choice as a recrystallizing solvent. B. DECOLORIZING A SOLUTION OF IMPURE ACETANILIDE AND HOT FILTRATION 2. 1.5637 grams of impure acetanilide 5. 38 ml total solvent volume 7. Added tip of carbon black to mixture and mixture almost boiled over! 8. 28 ml total solvent volume C. ISOLATING THE RECRYSTALLIZED PRODUCT WITH VACUUM FILTRATION 2. Chilled crystals in ice bath for 19 minutes. collected flaky white crystals Mass of watch glass and acetanilide = 22.5478
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Separating the components of the Panacetin using Extraction and Evaporation Objectives: The purpose of this experiment was to perform the separation of aspirin‚ sucrose and an unknown analgesic‚ which are constituents of Panacetin using the methods of filtration‚ extraction‚ and purification Structures: Sucrose Unknown Aspirin Table of Reagents and Solvents: Substance MW Wt. or Vol. Moles MP or BP‚ ºC Density g/mL Hazards Panacetin na 2.014 g na na na Harmful if swallowed or inhaled
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During the evaporation of water while using the Bunsen burner‚ the flask might crack or explode – this can be avoided by not heating the flask over a prolonged period of time‚ and not heating it too intensely. Some of the sand may be lost during the filtration – this can be avoided by carefully filtering the mixture‚ and making sure that all of the sand has been washed off from the beaker‚ and the rubber policeman. Some of the salt may be lost if the salt doesn’t dissolve completely or if some of the
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