1.Now the patient ABG levels are normal at present and progressing towards to the stage of respiratory acidosis
Causes : Asthma,COPD,severe obesity
Clinical Manifestations :Dyspnea,Anxiety,wheezing,Sleep disturbances
Nursing care:
*Assess and monitor the ABG frequently
*Assess the breathing patter nad chest recoiling
*Assess the oxygen status frequently
*Repositioning the patient to promote diffusion
*Maintain semi-fowlers position
*Encourage to use spirometer for improving the alveolar surface area
2.Respiratory acidosis
Causes: Asthma,COPD,Acute Pulmonary edema,Neuro muscular disorders,sedative overdose,Pneumonia,cardiac arrest
Clinical Manifestations :Cyanosis,Altered Mental,Status,Myoclonus or even seizure.Persistence of apnea during sleep can lead to daytime somnolence and head aches.
Here we can see the case is in severe respiratory acidosis accomplished by prolonged hypo ventilation,and shows hyper capnia that leads to cerebral vasodilation,Increased ICP and papilledema,memory loss,impaired co-ordination,polycythemia,pulmonary hypertension and if proper management is not initiated goes to a stage of respiratory failure.
Nursing care:
*Early assessment of patient tissue oxygenation status frequently
*Monitor and evaluate the patient ABG results frequently
*Check for the symptoms such as elevated temperature,anemia,impaired cardiac output,acidosis and sepsis are the indicators for inadequate coronary artery perfusion.
*Assess for the ventilation perfusion mismatch (V/Q matching) to improve respiratory efficiency
*Effective use of incentive spirometrer to maximize diffusion and alveolar surface area
*Suctioning helps to mobilize sputum and other lung secretions
*Repositioning enhances diffusion
3.Respiratory Alkalosis
Causes :Pulmonary Embolism,Pneumonia, Asthma,Pulmonary Edema,Excessive controlled ventilation,Head injury,Stroke,Anxiety hyperventilation
Clinical Manifestations :Hyperventilation,Tacypnea,dizziness,paresthesias,ischemia/ pleuritic chest pain,Severe anxiety,hypocalcemia and hypokalemia
Nursing care :
*Encourage the patient to re-breath in to a paper bag or re-breather mask
*Watch pottasium and calcium levels
*Assess for the symptoms of hypocalcemia and hypokalemia
*Reduce the concentration of mechanical ventilation
*Watch patient on mechanical ventilation to ensures breaths are not hyperventilating the bag
4.Metabolic Acidosis
Causes : High anion gap and Normal anion gap problems
Clinical Manifestations: Kussmaul's Breathing,hyperpnea fatigue,tiredness,confusion,Shortness of breath,sleepliness,head ache
Nursing care:
*Monitor and evaluate ABG closely
*Assess the electrolytes values mainly potassium levels
*Watch the neurological status of the patient
*Take seizure precaution
5.Metabolic Alkalosis
Causes:Acid loss,alkali administration,Hypokalemia,renal bicarbonate retention,excessive aldosterone production,loop diuretics,Anti-coagulant "citrate",Loss of fluid
Clinical manifestations : Hypoventilation,Bradypnea,Nausea and vomiting,light headedness,Hand tremor,Muscle twitching,confusion,prolonged muscle spasm,Numbness and tingling in the face ,hands or feet,confusion can progressive to stupor or coma.
Nursing care:
**Watch and monitor ABG frequently to assess the sign of respiratory distress
*Treat the patient according to the cause
*Administer medications according to the symptoms as per doctor's order
*Monitor pottasium and chloride levels there may chance of loosing in this condition
6.Compensated Respiratory Alkalosis
Causes:Direct or reflex hypoxemic situation of the respiratory center,pulmonary disease,excessive mechanical ventilation
Clinical Manifestations:*Decline in ECF bicarbonate concentration,hyperchloremia,decreased PCO2,agitation,dyspnea,Kussmaul's breathing,weaknes,tachypnea
Nursing care:
*Be alert for the signs of changes in neurologic,neuromuscular or cardiovascular functions
*Assess for the the signs of Altered level of consciousness,head ache and lack of energy
*Encourage the patient to take deep,slow breaths
*Monitor vital signs
*Monitor ABG
*Restrict sodium and chloride intake
Name Duby ACID/BASE EXERCISES 1. pH 7.35 PCO2-42 HCO3 26 What is the imbalance and what...
what is the interpretation of this ABGs result? pH pCO2 HCO3 Interpretation 7.28 72 38 _______________________ 7.29 60 14 _______________________ 7.50 26 14 _______________________ 7.35 68 32 _______________________ 7.33 70 30 _______________________ 7.35 60 38 _______________________ 44 49 34 _______________________ 7.24 84 1 _______________________ 7.55 20 48 _______________________ 7.36 66 34 _______________________ 7.29 64 31 _______________________ 7.35 30 14 _______________________
Assignment for Acid-Base/Electrolyte Imbalance: See if you can identify the Acid-Base Imbalance: Acidosis, Alkalosis, Respiratory, Metabolic, Uncompensated, Compensated ABG Value Interpretation: pH 7.40 PCO2 48 HCO3 24 pH 7.28 PCO2 45 HCO3 28 { 7.45 PCO2 45 HCO3 24 pH 7.50 PCO2 58 HCO3 22 pH 7.52 PCO2 28 HCO3 24 pH 7.33 PCO2 35 HCO3 20 pH 7.42 PCO2 48 HCO3 24 pH 7.58 PCO2 38 HCO3 26 l pH 7.48 PCO2 58 HCO3 24 pH 7.90 PCO2 88...
ABG PRACTICE PROBLEMS Normal PH: 7.35 -7.45 PaO2: 95-100 mmHg SaO2: 95-100% PaCo2 35-45 mmHg HCO3: 22-26 mEq/L Interpret the following ABG Values to determine what type of Acid-Base Imbalance is present. Determine if the result is Acidosis or Alkalosis (Respiratory or Metabolic) and if Compensated, Partially Compensated, or Non Compensated 1. pH: 7.30, PacO2: 38, HCO3: 18 TE ODER PODER Answer: 2. pH: 7.25; PaCO2: 50; HCO3 23 SOLO Answer: 3. pH: 7.49; PaCO2: 33; HCO3 : 25 OSOBE...
The acid base-values of a patient are: pH: 7.29 CO2: 42 HCO3: 16 1. Identify the primary acid base imbalance. (1 point) 2. Identify a clinical manifestation. (1 point) 3. Identify a cause of the imbalance. (1 point) 4. Identify how compensation will occur. (1 point)
EXERCNS Refer and 5 CASE STUDE ACID-BASE ANALYSIS AND CAS State Pao: PRACTICE WITH SIMPLE ANALYSIS ANALYSIS INDIVIDUAL PH CO. IM) mm Hg 1 7 .40 24 39 Normal Arterial Values Acid level pH 741735-745) Respiratory tempC0235-45 mm Hg Renal system HCO3 22-26 mEq/L Oxygen levels 02 Sat 95-100% p02 80-100 mm Hg 7.70 31 7.49 20 Instructions for ABG Analysis 1. Look at pH level. Normal, acidotic, or alkalotic/basic? 4 715 2. Look at pCO2 and HCO3-levels. a. Is...
A nurse assesses a client who is experiencing an acid-base imbalance. The client's arterial blood gas values are pH 7.33, PaO2 88 mm Hg. PaCO2 38 mm Hg, and HCO3- 19 mEq/L. Which assessment should the nurse perform first? A. Cardiac rate and rhythm B. Skin and mucous membranes C. Musculoskeletal strength D. Level of orientation A nurse assesses a client who is admitted with an acid-base imbalance. The client's arterial blood gas values are pH 7.32, PaO2 85 mm...
Please provide your interpretation of the following acid-base values and determine compensation. 1. pH 7.25 Co2 HCO3 Co2 4. pH 745 2. pH 7.40 Co2 37 HCO3 26 3. pH 7.55 HCO3 24 Co2 HCO3 30 5. pH 7.60 Co2 HCO3 38 Please provide your interpretation with determination of compensation and interventions based on the results. 6. pH 731 CO2 50 mm Hg HCO3-22 mEq/L Interpretation: Intervention based on result: 7. PH 7.31. CO2 44 mmHg. HCO3 20 mEq/L Interpretation:...
22. Fluid Example Uses Nursing Implications Isotonic Hypotonic Hypertonic 23. Condition Assessment Early Signs Assessment Late Signs Type of fluid replacement Dehydration Fluid volume deficit Fluid volume excess 24. Term Signs and Symptoms Treatment Hyponatremia Hypernatremia Hypokalemia Hyperkalemia Hypocalcemia Hypercalcemia Hypomagnesemia Hypermagnesemia Hypophosphatemia Hyperphosphatemia Age Risk Factors of fluid imbalance Nursing implications Infants 0 – 12 months School age children Adolescents Adults Older adults 25. Of the five age considerations in the above table, which two are most at risk...
3456 Case Study, Chapter 8, Disorders of Fluid, Electrolyte, and Acid-Base Balance A nurse has just been assigned to care for three patients: A, B, and C. Selected lab work for each patient is listed below. Patient A Na+ 138 mEq/L K+ 5.1 mEq/L Ca+ 8.9 mg/dL Mg+ 1.3 mg/dL pH 7.40 7.32 PCO2 42 mm Hg PO2 95% 98% HCO3 22 28 Patient B 142 mEq/L 6.1 mEq/L 7.5 mg/dL 0.9 mg/dL 7.42 48 mm Hg 99% 26 Patient...
Page 1 of 4 Dropbox 1 Dropbox 1 Part A The table below presents results from two arterial blood gas (ABG) analyses. Analyze each of the results and respond to the following questions. Worth 60 points. Due Friday Part I: For each sample, indicate if the ABG results are: 1. Respiratory or Metabolic, normal, acid, or alkaline Part i: Discuss each of the following specific to the ABG results 1. Possible causes 2. Patient 3. Assessment parameters 4. Medical management...