Last Updated 06 Jul 2020

Case Study Primary Hyperaldosteronism Health And Social Care Essay

Category Case Study, Health
Essay type Case Study
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The patient presents with an elevated blood force per unit area. Our instance survey does non include extra critical marks. Elevated blood force per unit area is an of import portion of a diagnosing of aldosterone-secreting tumour. The tumour increases the sum of aldosterone in the blood watercourse, which has a direct affect on Na and H2O degrees. This status is called `` primary aldosteronism '' ( John E Hall, 2011, p. 220 ) . `` Aldosterone increases the rate of resorption of salt and H2O by the tubules of the kidneys, thereby cut downing the loss of these in the piss while at the same clip doing an addition in blood volume and extracellur fluid volume. This addition in volume will increase arterial force per unit area. `` There is a sequence of events that cause an addition in blood force per unit area: increased extracellular fluid volume additions blood volume. Blood volume increases the average circulatory filling force per unit area. This force per unit area increases venous return of blood to the bosom. `` The increased blood to the bosom will increase cardiac end product which in bends increases the arterial blood force per unit area '' ( John E Hall, 2011, p. 217 ) . Therefore, the arterial blood force per unit area additions due to sodium and H2O concentrations. This can go a fatal state of affairs if left untreated.

Reason the Lab Tests Were Ordered

Serum osmolality is used to set up baseline for fluid position. Critical values to be cognizant of in respects to serum osmolality are values less than 265 mOsm/kg Ha‚‚0 and greater than 320 mOsm/kg Ha‚‚O. This lab trial is ordered to look into into the fluid and electrolyte balance and regulation out possible issues for patients `` with ictuss, ascites, hydration position, acid-base balance, and suspected antidiuretic endocrine ( ADH ) abnormalcies '' ( Pagana & A ; Pagana, 1998, p. 314 ) . In healthy grownups the expected normal values are 285-295 mOsm/ kilogram Ha‚‚0. Our patient nowadayss with a serum osmolality value of 289 mOsm/L, and is within the recognized normal scope, nevertheless he is on the low terminal, which could bespeak `` over hydration, syndrome of inappropriate antidiuretic endocrine secernment ( SIADH ) , or paraneoplastic syndromes associated with carcinoma '' ( Pagana & A ; Pagana, 1998 ) .

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Urine osmolality is used to measure fluid and electrolye maps. It looks at the kidney concentrating abilities, and as a tool in measuring the patient for ADH abnormalcies. Normal degrees harmonizing to Pagana are 50-1400 mOsm/kg Ha‚‚O in a random specimen, and for the 12-14 hr fluid limitation, normal value is 850 mOsm/kg Ha‚‚0 ( Pagana & A ; Pagana, 1998 ) . Urine osmolality is of import in measuring the concentrating ability of the kidney, and is frequently evaluated along with blood osmolality consequences ( Pagana & A ; Pagana, 1998 ) . The patient nowadayss with the value of 520 mOsm/L, but the type of aggregation is non indicated. If this is a random specimen the consequences are within normal scope. If this consequence is from a 12-14 hr fluid limitation, the consequence is low, and could be bespeaking `` diabetes insipidus, extra fluid consumption, nephritic cannular mortification, or terrible pyelonephritis '' ( Pagana & A ; Pagana, 1998 ) .

Blood Na is portion of a basic metabolic profile or serum electrolyte panel. This is a marker for fluid and electrolyte baseline. Normal findings are 136-145 mEq/L. Sodium is an of import portion of serum osmolality. Many factors regulate Na balance, including aldosterone secernment from the kidney, natriuretic endocrine, and ADH. Water and Na play a close interaction in the balance of the two ( Pagana & A ; Pagana, 1998 ) . Our patient nowadayss with a value of 142 mEq/L, and is within normal value scope.

Urine Na is another trial to measure the fluid and electrolyte balance of the patient from the point of view of the kidney. Normal values for urine Na is 40-220 mEq/L/day or greater than 20 mEq/L in a topographic point cheque. This trial helps to measure sodium loss in the piss in comparing the the Na degree in the blood. In some incidences the Na degree is low in the blood and high in the kidney, and this is declarative of chronic nephritic failure or Addison 's disease ( Pagana & A ; Pagana, 1998 ) . Our patient nowadayss with a normal value of 60 mEq/L.

Blood K is besides a portion of the basic metabolic profile ( BMP ) or serum electrolyte panel. It is frequently evaluated as a baseline for patients showing with cardiac symptoms. Normal values are 3.5-5.0 mEq/L in grownups. Our patient is under the critical low value of 2.5mEq/L ( Pagana & A ; Pagana, 1998 ) . Serum K degrees are regulated by many factors including aldosterone, Na resorption, and acid-base balance. Decreased degrees of serum K could be caused by several factors including ; `` deficient dietetic consumption, lacking IV consumption, Burnss, GI upsets, water pills, hyperaldosteronism, Cushing 's syndrome, nephritic cannular acidosis, licorice consumption, alkalosis, insulin disposal, glucose disposal, ascites, nephritic arteria stricture, cystic fibrosis, injury, and surgery '' ( Pagana & A ; Pagana, 1998 ) .

Urine K is evaluated to find electrolyte balance, and is ordered in this instance to find if the patient is egesting K through the kidneys. The normal degrees are 25-120 mEq/L/day harmonizing to Pagana ( Pagana & A ; Pagana, 1998 ) . Our patient in the instance survey has a value of 55mEq/L and is documented as being high. There are many causes for urine K being elevated, including: chronic nephritic failure, nephritic cannular mortification, famishment, Cushing 's syndrome, hyperaldosteronism, inordinate consumption of liquorice, alkolosis, and diuretic therapy ( Pagana & A ; Pagana, 1998 ) .

Blood chloride is besides portion of the BMP or serum electrolyte panel. Chloride is used in measuring the hydration province and acerb base balance of the patient. Normal values are 90-110 mEq/L in an grownup. Our patient 's value is within normal bounds.

Over all the consequences of the ordered trials, give a image of the patient 's electrolyte position, and elimination of the electrolytes. This information guides the health professional to look at the cause for the patient 's symptoms, and find if they are related to the serum degrees or the excretory degrees.

Necessity of Laboratory Trials

The doctor ordered both a blood chemical science trial every bit good as a urine chemical science trial for our instance survey patient. An elevated blood force per unit area of 160/110 millimeter Hg, particularly while the patient is in the supine place, is declarative of volume enlargement in the extracellular fluid. Volume enlargement is a consequence of increased Na content in extracellular fluid ( Costanzo, 2010 ) . The physician must measure the Na ion concentration in the blood every bit good as in the piss to find how the addition in blood force per unit area is related to a Na instability and the nature of the instability. The patient 's ailment of failing can be a important mark that the patient is enduring from hypokalemia. Harmonizing to Hall and Guyton ( 2011 ) , `` When the K ion concentration falls below about one-half normal, terrible musculus failing frequently develops '' ( p. 926 ) . With the patient 's ailment of failing during the doctor 's appraisal, it is necessary to measure his K ion concentration to find if so his failing is a symptom of hypokalemia. The rating of K ion concentration in the patient 's piss is a simple trial to let the doctor to find if the patient 's hypokalemia is related to an addition in potassium secernment taking to an addition in potassium elimination in the piss or if there is another cause for the low K ion concentration in the blood.

In our instance survey, the patient 's serum Na ion concentration is 142 mEq/L and his urine Na ion concentration is 60 mEq/L, both values within normal scope. However, with such an lift in blood force per unit area without a perceptibly direct addition in serum Na ion concentration, it is declarative that the patient 's kidneys are resorbing more H2O with a proportionate addition of Na content ( Costanzo, 2010 ) . This combination of increased Na content and entire organic structure H2O content explains our patient 's high blood pressure ( Costanzo, 2010 ) .

Our instance analyze patient 's serum K ion concentration is 2.1 mEq/L and his urine K ion concentration is 55 mEq/L. The serum K ion concentration is good below the normal scope of 3.5-5.0 mEq/L and the urine K ion concentration is high bespeaking that there is an addition of K secernment taking to a lessening in plasma K ion concentration and an addition in urine K elimination ( Costanzo, 2010 ) .

Our patient 's serum chloride ion concentration is 98 milliequivalent and his serum osmolarity is 289 mOsm/L, which are both within their several normal scopes. His urine osmolarity concentration is 520 mOsm/L, which is besides within its normal scope.

The research lab trials, including blood chemical science and urine chemical science, ordered for our instance survey patient were both necessary non merely to obtain baseline values for future follow up testing, but specifically to concentrate on the patient 's Na and K ion concentrations in both blood and urine specimens to find their relationship to one another given his presentation of supine high blood pressure and his ailment of failing.

What are the physiological rules that explain the patient 's symptoms?

A Our patient nowadayss with an elevated systolic and diastolic blood force per unit area and symptoms of weakness.A This is the organic structure 's response to an change in electrolyte instability caused by the loss of K together with increased keeping of Na and H ion secernment.

`` Primary aldosteronism is characterized by over production of aldosterone by the adrenal secretory organs '' ( Conn, 1955, p. 6 ) . Aldosterone is the rule mineralcorticoid that is secreted by the zone glomerulosa in the adrenal cerebral mantle of the adrenal secretory organs. The primary map of aldosterone is the control of intravascular volume ( Ganong, 2005 ) .

Aldosterone acts on the distal tubules and roll uping canals of the uriniferous tubule to originate the kidney to conserve Na, secrete K, increasing H2O keeping and increasing blood force per unit area. `` Aldosterone binds the mineralcorticoid receptor ( MR ) and the complex interacts straight with the genomic DNA via a steroid response component ( SRE ) . Transactivation of cistron look leads to written text of the aldosterone induced proteins SGK ( serum and glucocorticoid inducible kinase ) , Ki-RAS and CHIF ( corticosteroid endocrine induced factor ) .A These proteins increase the activity of Na, K, and ATPase by increasing pump turnover and recruiting latent ATPase to the basolateral membrane '' ( Gerhard Malnic, Matthew A. Bailey, Gerhard Giebisch, 2004, p. 484 ) .

The first symptom to show is high blood pressure and occurs in a bulk of patients. `` An aldosterone mediatedA addition in extracellular fluid volume enduring more than 1 to 2 yearss besides leads to an addition in arterial force per unit area '' ( Guyton and Hall, 2011, p.925 ) . This status can be for every bit long as aldosterone continues to be secreted in abnormally high amounts.A Hypokalemia of & lt ; 3.0 milliequivalent in blood and elevated K degrees in urine suggest mineralcorticoid surplus. `` Muscular failing is caused by the change of the electrical irritability of the musculus and nervus fibres which prevents the transmittal of normal musculus potencies '' ( Guyton and Hall, 2011, p.926 ) . Other patient symptoms of concerns, nycturias and in really rare instances palsy may happen. `` Numbness and prickling in the appendages are related to alkalosis that may take to tetany '' ( Tyrell, 2000, p.555 ) . Metabolic alkalosis is a consequence of lessening in H ion concentration in extracellular fluid when H ions are secreted in exchange for Na ions in the cortical collection tubules of the kidney ( Guyton and Hall, 2011, p.926 ) .

Why each trial consequence supports or repudiates the doctor 's preliminary diagnosing

The doctor ordered the undermentioned lab trials for this patient: serum Na, K, chloride, and osmolarity, and urine Na, K, and osmolarity. The patient was diagnosed with an aldsosterone releasing tumour of the zona glomerulosa of the adrenal secretory organ, ensuing in primary hyperaldosteronism ( Conn 's syndrome ) . McCance and Huether ( 2006 ) province primary hyperaldosteronism `` presents a clinical image of high blood pressure, hypokalemia, nephritic K cachexia, and neuromuscular manifestations '' ( p. 723 ) . The patient 's low degrees of serum K and high degrees of urinary K indicate the patient has increased K secernment, hence back uping the doctor 's diagnosing. High degrees of aldosterone cause the chief cells of the late distal tubule to increase Na resorption and increase K secernment ( Costanza, 2010 ) . Increased urinary elimination of K leads to reduced degrees of serum K ( Costanza, 2010 ) . The patient 's Na and osmolarity degrees in the blood and piss were within the normal scopes for an grownup. This entirely would non name this status. However, since these normal Na and osmolarity degrees are present with the patient 's elevated blood force per unit area, the patient has proportionally increased his sum of H2O in the extracellular fluid ( Costanzo, 2010 ) . This addition in extracellular fluid volume explains the patient 's high blood pressure, and supports the doctor 's diagnosing. Serum chloride degrees are frequently drawn with K and Na to look into the relationship between these ions ( Kee, 2009 ) . The chloride degrees were found to be normal in this patient and would non help in the diagnosing of Conn 's syndrome.

If the intervention was successful, what was the ground?

`` Treatment of Conn 's syndrome consists of disposals of an aldosterone adversary such as Aldactone, followed by surgical remotion of the aldosterone-secreting tumour '' ( Constanzo, 2010, p. 422 ) . Aldosterone stimulates the chief cells of the distal tubule and roll uping canal to resorb Na, which promotes H2O resorption, and increases the elimination of K and H ion ( Huether, 2008 ) . Our patient is placed on Aldactone, which is an aldosterone adversary, a steroid, and a potassium-sparing water pill, to barricade the effects of aldosterone on chief cells. This decreases sodium resorption, doing a decrease in extracellular fluid ( ECF ) volume, and besides decreases K secernment, leting the patient 's plasma K to increase ( Constanzo, 2010 ) . The patient 's blood force per unit area will diminish due to the decrease in the ECF volume. Our patient is placed on a sodium-restricted diet, which will besides assist to diminish blood force per unit area by diminishing the ECF volume.

Our patient has surgery to take the adrenal tumour. With the remotion of the aldosterone-secreting tumour, aldosterone degrees return to normal. Our patient 's blood force per unit area and blood and urine chemical sciences return to normal. The interventions of Aldactone, Na restricted diet and surgery were successful for our patient.

If the Treatment was Unsuccessful What was the Reason

The intervention was successful for our patient. The adult male 's high blood pressure was treatable by remotion of the adrenal tumour. He was given spironalactone and his diet was modified to cut down his Na, while expecting surgery. His lab values and critical marks returned to normal.

Decision

Our instance survey involved a 50-year-old adult male who presented to his doctor 's office with high blood pressure recorded in a supine place, failing, and electrolyte instabilities indicated in both his blood and piss. It was determined that he had an aldosterone-secreting tumour of the zona glomerulosa of the adrenal secretory organ which had resulted in primary hyperaldosteronism, besides known as Conn 's syndrome. Trial consequences were closely examined and a intervention program was established for our patient. Surgery was suggested to take the tumour. He was placed on Aldactone and a sodium-restricted diet to handle his high blood pressure. Our patient opted to hold the tumour removed surgically, which was successful. Following surgery his blood force per unit area, blood, and urine chemical sciences all returned to normal degrees. He was encouraged to go on to eat a healthy diet and to hold one-year scrutinies with his primary doctor to guarantee optimum wellness.

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Case Study Primary Hyperaldosteronism Health And Social Care Essay. (2018, Sep 01). Retrieved from https://phdessay.com/case-study-primary-hyperaldosteronism-health-and-social-care-essay/

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