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Topic Glomerulonephritis Your paper should include the underlined items below as section headings. APA 7th edition Title page: • This is a separate page by itself, with the following information cen T
Topic Glomerulonephritis Your paper should include the underlined items below as section headings. APA 7th edition Title page: • This is a separate page by itself, with the following information cen
Topic Glomerulonephritis
Your paper should include the underlined items below as section headings.
APA 7th edition Title page:
• This is a separate page by itself, with the following information centered in the middle of the page: course title, paper title, student’s name, instructor’s name, and date.
Description of Pathology:
• Start the paper on a new page.
• In this section, you will describe the pathology (statistics about it, background information, etc.). Give as much information as you can about it but be sure it is relevant information and not just filler. It should be a comprehensive introductory section of the condition in one to two paragraphs.
Normal anatomy of the major body system affected: In this section, you will describe what is considered normal anatomy for your particular pathophysiology. For example, if you are discussing a disease related to the brain, explain what is normal for the brain from an anatomical standpoint. You should show comprehensive knowledge of the fundamental concepts and communicate information using scientific vocabulary. There should be little to no discussion of the condition itself in this section.
Normal physiology of the major body system affected: In this section, you will be discussing physiology. Keep in mind that when describing physiology, it isn’t enough to merely provide a list of functions of the body system (Ex: Neurons send signals throughout the body), instead, you need to be able to describe how it does it. The how is the physiology. There should be little to no discussion of the condition itself in this section
Mechanism of Pathophysiology: This section is likely going to be the most in-depth and longest section. In this section, you will explain your particular pathophysiology from a scientific standpoint. In the previous two sections, you explained what is considered normal, in this section, you should describe what the pathophysiology is doing that is causing these issues, how the normal anatomy & physiology is affected/different in a person with your condition. You should show a thorough understanding of the anatomical and physiological changes contributing to the disease. Some good keywords to search for when doing your research might be "Pathology of __________”, Pathophysiology of __________."
Prevention: In this section, you will explain how your pathophysiology could be prevented. This should outline possible prevention protocols, or clearly indicate if none is available based on the current scientific literature.
Treatment: In this section, you will explain how your pathophysiology is commonly treated. Provide possible treatment protocols for the condition based on current scientific literature. Be sure to bring in nursing relevant information and how you might be involved in the treatment of the condition.
Conclusion: Finally you should summarize your findings. All good research papers should include a conclusion where you wrap up and summarize all of the important points made in your paper.
References:
• As with the Title page, this should be a separate page by itself.
• All references should be included in correct and complete APA format.
• All references must be cited appropriately in the paper using APA-style in-text citations.
• A minimum of three reputable sources are required for this assignment.
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**** ** * sample APA *** ******* ************ of ********** section ********* **** *** *** ******** ** ******* on **** paper about ******************************************************* ** * ***** of ******** characterized by ************ ** the glomeruli Glomeruli are *********** ********** in *** ******* *********** *** ********* ***** If ************ ** **** ********* ** ******* in ***** ******* ******* ** **** inflammation ******* ** not ******** ******** *** ******* *** ** ****************** **** ***** *** ** autoimmune diseases ** long-term infections ** ***** occurring ******* following ********** **** ** ************* ****** ***************** ** ** *** ****** ********** ** ** ********** ** studies that ******** ** renal pathology ***** *** *** ** glomerulonephritis ** *** ****** States ****** ** ******* individuals ** all ages it **** ********** ******* ******** *** ***** adults ******** ******* hematuria proteinuria and hypertension ********* usually depends ** * ****** of ***** ***** and ****** ****** ***** ********* ** *********** **** each ***** *** course ** treatment varies in ********** with *** etiology: *********** *** infections *** immunosuppressive drugs ** *** **** ** autoimmune ***************** ** *** ****** ***** ********* renal system ** also ******** ******** to as the ******* ****** Its **** ********* ******* ***** ********** ********* ** waste and ** ******** a ***** ** ***** body activities **** ***** **** but *** *** ******* to ***** pressure ********** ***** balance and *********** balance ***** ****** of this body ****** ******* *** ******* two ******* *** ******* *** *** ************************ ** *** *************** ***** **** **** ** the spine *** *** *********** ****** ***** ** ******* Each ****** ** approximately ******* ** ** length 5–7 ** in ***** *** ** * ** ******** internal ******* ** the kidney *** ******* into *** ******** areas: the ***** ***** medulla and *** outer ***** ****** ******** ** *** ************ ********** **** ** *** ********* *** ***** ***** ******* *** ***** ******** *** ********** ***** comprise the ******* ***** *** ******** ****** ** ********* ** *** renal cortexThe ***** ****** ***** **** a **** ** *********** ** ***** ** the ******* ** is responsible for *** excretion ** ***** and ************ ** blood Glomerulus *** **** covered ** *** ******** ******* ***** ****** ** *** first ********************* *** **** muscular ***** connecting **** kidney ** the ******** **** *** be about ** to 30 *********** **** **** basically ******* *** passage ** urine **** *** ******* **** to *** ******* ** ***** ** peristaltic ***************** ******** ****** forms * ******** hollow bladder which ** ******** ** the ****** ** ******* distended as ** fills *** **** as * ********* *** ***** ** holds 400–600 mL ** ***** ** ** ***** before *** sensation of * **** to void is feltUrethra: This is a small **** ******* from *** bladder to the outside ** *** **** ****** ******* ** ***** ****** ** women this ******* ** ******* in ****** **** ******* **** the ******* ******** ***** ** *** it ** ****** passing ******* the ***** ** reach *** *************** ** *** ****** ***** ********* ***** physiological ******** ** the renal ****** ** to maintain *********** of the body ** ********** of ***** *** regulating ***** ******** maintaining ** electrolyte and ***** balance Many ************ ********** ***** **** ** **** ******************* ***** artery branching **** ******* ********** ** *** ******* ******* which ***** ****** *** kidney *** ********** **** to the glomerulus *** site ** filtration ***** *** *** ***** **** * filtrate is produced ** ***** ***** ************ *** waste products are ****** by **** ******** ** *** ********** capillaries *** ***** **** Bowman's ******* intoWhile ****** ********* **** as proteins and ***** cells remain ** *** *********** ******* molecules ********* ***** ************ and metabolic ****** **** urea *** allowed ** **** ******* *** ********** ********** ****************** The ******** after ********** ****** the ***** tubule where *** ***** ** **** ********* * about ** ******* ** the ***** *** electrolytes This ************ occurs ** the ********** ***** ****** ********** ****** loop ** ***** *** ******** ********** ********* the ***** that ** ******** ** ******** subject ** ******** ********** **** as ** *** *** *********** ****** ** the ****** parts ** *** nephron and ********** **** fine-tuning the ******* ** fluidsRetraction:Various ********* *** actively ******** **** the ***** ** *** ***** ****** **** *** ****** ***** ******** **** ********** and urea *** ******** ions and ********* **** **** ***** to ******** *********** ******* to ****** ****** and ** **** ******** ***** pH ExcretionThe ***** urine is ****** *** of the collecting ducts **** *** ***** ****** ***** filtration reabsorption and secretion has ***** ***** This is now ************ ******* of ***** ************ *** ***** ******** ** the ***** ** ******* ******* the ******* ** *** ******* ***** it ** stored ***** *** ******* ******* *** body ** eliminate itControl of ************ ******* *** also ********* ********** ** ***** ******** ******* *** secretion ** ******* ******** *** ******** ******* erythropoietin which ********** *** ********* ** *** blood ***** ** ******** to low oxygen ****** and ***** part of the renin-angiotensin-aldosterone system that ******** ***** ************* ** these ********* ********** ************ ********* *** ********* of the ***** ****** *** in ** ***** ******* ***** ******** *** **** ** ******** ****** electrolyte *** ********* ******* ******* ***** ******** ******* ** the ***** ******* *** ******** fluid ****************** ****************** (GN) *** would explain *** ********** ********** ** *** disruption ** ****** ***** function in *** section ********** of pathophysiology" This is ** ******** ** *** one ***** present **** *************************** ** ************ ** *** ********************************* **** ***** ** GN ** defined ** * set ** ******** **** ******** ***** inflammation of the ********* ***** *** ********** ** *** ******* **** ****** ***** to make ******* * ****** ****** ******** wastes ***** **** ***** *** ************ *** *********** ******* to leave *** ***** ***** ******* ****** ********* proteins and cellsClinical ************** ** *** **** ***** of ****** **** *** ***** ********* ********** *********** ******* *** *** ************ *** * ****** result of ** ********* glomerular **************** Mechanisms ** ** ****** ******* Deposition: Immune ********* ** *************** ********* ******** appear ** the ********* ** patients **** ** ****** ********* ** *********** *** in **** *********** within *** ********** *** be causativeThese ********* activate *** complement ****** which ** **** ****** inflammation *** structural ****** ** *** glomeruliThis ********** ** **** ********* ****** ***** such as * ***** *********** *** *********** releasing ********* *** ******** ****** ******* **** eventually ******* ***** ****** to the ***************** ******** * ************** ** other ***** ** ** ************** attack antigens ** ******** components ** *** *** ******** antibodies cause ****** ****************** ** Glomerular FiltrationThe ****** ********** barrier ** modified *** ** ************ *** *************** ****** that ****** damage to *** glomerular ********* ***************** Because ** this *********** *** ******* ******* **** porous allowing *** ******* of ******** **** ** ***** *** ******* **** *** *************** ***** ** blood in *** urine ******* ** *** presence ** *** ***** ***** **** could **** ******* *** ********** basement ******** **** *** **** ***************** fibrosis *** ******************** inflammation *** ****** ********** ******* over * long ****** *** *********** *** ** ******** *** ****************** a **** ** ******** to *** ************ ** **** *** ********* ******* irreversible ******* that ****** *** ********* ********* of *** ********* fibrosis ******** the ********** capillaries kidney dysfunction ********** ***** **** * ********* ** ***** ************* ** the Renal *************** *** * Waste ******** ***** ** ** *** ***** as *** ******* fail ** filter waste ******** out ** *** blood **** the ********** ****** progresses **** * reduction ** ***** ****** ** *** most ******** complications ** ** is ************ ***** ** caused ** * *********** ** *** **** *** ***** ******* and ** *** ********** ** RAAS Acute ****** Chronic DevelopmentThe ********* ** ***** ** *** ***** *** ************ ******** ** ********** ***** ******** may ****** to ****** ** **** ****** ** not ** ***** *** contrary ******* GN ***** ***** *********** ****** that *** ******* ** ********* ***** ******* **** or ******* ****** ******* ************* ** GlomerulonephritisPost-streptococcal *** In most of *** ***** ** usually occurs ** a ****** ** * ********* infection *** ** * group of streptococcal ******** *** ********** ** immune ********* ** *** ********* ******* ** acute ************ responseIgA ************ This is a **** of GN characterized ** the ******** ************ ** *** ********** ****** *** glomeruli that results ** *********** ****** damage *** ********* ***** ** hematuria Basically ** ******** ****** ****** ******** because ** interferes **** *** sensitive ********** filtration process **** pathophysiological ****** is ** ***** ******* ******* ***** ** dysregulation ** *** immune ********* *** inflammation ******** serious clinical ************ in *** **** ** *********** ********* *** ******* renal functionThis ******* ****** ******* in **** *** *********** consequences that glomerulonephritis ***** **** on *** kidneys Here is * detailed approach **** *** can *** ** trying to ******* the *************** *** ********** of ********************************** ** Glomerulonephritis: The **** ********* of *** research **** *** pathophysiology ** *** ******* ****** ** ** understand how *** ******* ******* the kidneys ** *** ******** *** ****** levels * ************ ** ****************** is ** inflammation ** *** ******** tiny ********** ***** called glomeruli *** ******** *********************** injury: **** types ** ****************** *** ****** ** ** ************* ******** **** ******* materials **** antigens *** ****** in *** structures ***** ** ********* **** can ******* ** ****** ******* ********* and ******** ** ********** activation **** all **** ** ************ and ****** ************* ** ******************* ***** ******** *** ***** ** ***** the ****** ******* ******* usually ********** ** ** infection; ******* ******** **** **** * certain period ** **** *** ** ******** immunological ********* as ** the **** of ********** ********* **** lupus *************** ** the filtration ******** the injury ********* *** ************ of *** ********** ************ proteins *** ********* *** ***** ***** **** through into *** urine Possible ********* ************ *** ********* *********** *** ***** ************** renal ********** ************* cases *** persistent ************ leads ** * scarring process ****** ****************** which ********** ***** function *** may ********** **** ** ESRD Useful keywords:Pathophysiology of *** knee *************** ******** ** *** **** arthritisRenal ************ and immune ******* ******************** ********* *************** to Prevent ************************ **** ** various **** ** ***** *** ***** prevent ****************** ********* ** **** *** ********** ***** ** ***** **** ***** *** ** ******* for ****** ** *** *** be ***** a **** ********** *** those ****** ** ************************ ** ********** ******* *** ********** ** ********** ***** **** ***** of ****************** *** related to ********** ************ *** post-infections forms **** ** ****************** **** ***** ******* ***** *********** ** *********** ** bacterial infections **** ** streptococcal *********** and *********** ** ** attempt to ******* ***** ************* **** ********** due ** immune ************** ********** *** ********** conditions ** **** ******* **** ** diabetes *** ************ or even **** ********** ******** to ***** **** *** **** ** ****** ****** *** eventually chronic ********************* **** style ************* ******* **** *** **** ****** *********** ***** ******** *** ********* ** drugs *** ********* ******** ***** ** ************** are a **** common ********** ******** ***** ****** ** * wholeVaccination: ********* ** ******* ********** ************ (such ** pneumococcal ************ ***** ****** at risk) *** ** done to ******* ********* that ***** lead ** glomerulonephritis It ** ********* to point *** **** ********** may be ******* if there *** ** available ******* ********** ************* *** * ********** **** ** ****************** ******* ***** detection and ******* ***** ** ********** as a *** ** ****** the ****** of *** ************* ******************* ** ******************* ********** ** Glomerulonephritis ******* ** ******************* changes ** ******** ***** ****** Vaccination *** glomerulonephritis Glomerulonephritis ************ ************ ******* ********* the ****** ********* ** ***** as ****************** **** involves various ********* plans ********* ** *** ********** ***** the degree of ******** *** *** ****** **** the illness takes *** ***** therapies ******* *** ************************** ******** As *** immune-mediated ************ ***** part ** the ******* process in most instances ********* usually involves ***************** ***** Cytotoxic ***** **** ** **************** *************** **** ** prednisone and *********** inhibitors **** ** cyclosporin are ******** ** ***** By suppressing *** ****** ****** **** ***** ***** *** ************ ** ******* *** further ****** ** *** ********* ** ********************* ******** *********** **** ** ********** ** *********** *** ********** ** ***** ***** *** glomerulonephritis ** ****** ** ** infection **** ***************** ****************** ** ***** *** ********* and prevent its recurrenceBlood ******** *********** One ** *** **** common complications ** this disease is ********* ***** ******** ***** ******* *********** ****** ****** Losartan *********** ** ******** ******** ** enalapril ********************** enzyme ********** *** ********* ***** ** ***** ***** ******** *** ****** *********** *** passage ** * ***** amount of protein into ***** ** ******* kidney ****************** The use ** ******** drugs **** ** ********** ** indicated ** *** ********* ** ******** ********** **** ***** ******** *** ******** ***** ***** ******** *** ****** of urine ******** ******** *** **** to *** ****** of excess ************** ******** *********** **** ****************** ***** ***** ***** intake ** protein and sodium ** ******* *** **** on *** ******* and ****** fluid ************ ** *** **** ***** *** ** salt ******** blood ******** along **** ******** ***** the ********** ** protein ********* *** load ** the ********************** **** ** **** ** the **** ****** ********** ** ******* *********** ****************** ** **** procedure *** blood ** ******** ** ****** ******* ********** *** immune complexes **** cause *** ******************** ** Kidney *********** Hemodialysis ********** dialysis ** ****** *************** may become ********* ** ***** **** ****************** ********** into ESRD *** *********** renal function *** ensuring *** ********* ***************** ****************** play *** **** important **** ** ******** ****************** **** ************** ****** The ***** pressure ****** and urine ****** are ********* by * ***** ** * regular basis ** ****** renal ******** *** ***** balanceThe ******* should ** ******** ** *** ********** ** *** ***** ****** ******* ******* adjustments and compliance with ********** ********* life ***** changesMedication: *** nurse administers antibiotics diuretics and immunosuppressive ***** ************* *** ******** their **** ***************** ** ************** They ****** ** ******** ** ********* *** also manage ******** such as ****** and ************************ ************** ****************** *** ***** chronic renal ******* ********* the ***** ** ******** for ********* *** ************* ***** ** *** ******* if he considers ******* treatment modalities such ** ******** or *******************