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Fluid & Electrolytes Case Study

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13 slides

Theresa Ewing

Prioritize potassium and chloride repletion in hypokalemic metabolic alkalosis; advocate for safe orders. Recognize cues, assess urgent labs, and evaluate patient responses post-intervention.

Slides (13)

1 - Freestyle
2 - Freestyle
3 - Freestyle
4 - Freestyle
5 - Open Ended Recognize Cues: What is the relevant data from the patient scenario?
6 - Word Cloud What critical lab value and symptom stand out as urgent priorities before initiating any IV fluid therapy?

1. potassium
2. pH
3. potassium
4. bun
5. Potassium- unable to rise
6. two point one potassium
7. weakness
8. Potassium
9. Potassium
10. Weakness
11. Potassium
12. Potassium
13. pH
14. hypokalemia
15. pH
16. potassium
17. BUN
18. Potassium
19. low potassium
20. elevated magnesium
21. Bun
22. Cbc
23. Potassium
24. PH
25. Serum potassium
26. Serum potassium
27. potassium
28. pH
29. Sodium
30. low potassium
31. pH
32. potassium
33. cardiac dysarrythmias
34. potassium
35. cbc
36. low potassium
37. confusion
38. serum potassium
39. weight gain
40. 2 potassium
41. Weight gain
42. serum potassium
43. weight gain
44. Serum Potassium
45. Extreme fatigue
46. potassium level
47. potassium
48. weakness
49. Potassium
50. BUN
51. Low potassium
52. confusion
53. bicarbonate 38
54. Weakness and fatigue
55. Serum Potassium
56. confusion
57. Potassium
58. Weakness
59. Potassium
60. Bun
61. potassium
62. weakness
63. pH
64. confusion
65. Critical potassium
66. fatigue/muscle weakness
67. potassium
68. Magnesium
69. Potassium
70. Fatigue
71. Hypokalemia
72. Bicarb
73. potassium
74. ph
75. Potassium
76. Fatigue
77. serum potassium
78. Potassium
79. pH
80. ph
81. Potassium levels
82. hypokalemia
83. 6lb weight gain
84. Magnesium 38 mEq
85. Fatigue
86. ph and K
87. Fatigue
88. potassium
89. extreme fatigue
90. Potassium
91. Chloride
92. Potassium
93. potassium
94. magnesium
95. Potassium
96. Fatigue and confusion
97. Potassium
98. Fatigue
99. potassium
100. BUN
101. Potassium
102. Confusion
103. Potassium
104. potassium
105. bicarb
106. Potassium
107. Lethargy
108. Potassium
109. Heart rhythm
110. Potassium
111. Tired
112. potassium
113. bicarb
114. potassium
115. Edema
116. BUN/Creat
117. weakness and fatigue
118. Peripheral edema
119. Potassium
120. Elevated bun/createnine
121. serum potassium
122. severe hypokalemia
123. Potassium
124. pH
125. Potassium
126. Confusion
127. Potassium of 2
128. Edema +3
129. The ph
130. Low chloride
131. Alkalosis short breath
132. Potassium
133. Weakness
134. Potassium
135. Fatigue
136. Hypokalemia
137. Magnesium
138. potassium
139. extreme fatigue
140. 2 1 mEq L
141. weakness lathargy
142. Abg
7 - Freestyle
8 - Pick Answer How do loop diuretic-induced losses of potassium and chloride, combined with dehydration, lead to metabolic alkalosis, and why might rapid potassium-free fluids be insufficient to address the patient's profound weakness? Select all that apply

1. Adding potassium (as KCl) to the fluids is unnecessary because the alkalosis correction will automatically raise potassium levels
2. Plain normal saline without potassium can dilute the already-low serum potassium further, delaying improvement in profound muscle weakness
3. Rapid infusion of potassium-free normal saline provides needed chloride to help correct the alkalosis but does not replenish the K+ deficit
4. Low potassium (hypokalemia) causes hydrogen ions to shift into cells, generating more bicarbonate in the extracellular fluid and worsening alkalosis
5. Chloride loss and volume contraction activate aldosterone, which increases renal bicarbonate reabsorption and hydrogen ion secretion, raising blood pH
6. Loop diuretics cause loss of water, sodium, chloride, and potassium, leading to volume contraction that concentrates bicarbonate in the blood
9 - Pick Answer Prioritize Hypotheses

1. Severe hypokalemic metabolic alkalosis
2. Dehydration
3. Residual edema/hypermagnesemia
10 - Open Ended Generate Solutions--Take Action: List 3 actions/interventions you will take as the nurse.
11 - Freestyle
12 - Freestyle
13 - Freestyle

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Fluid & Electrolytes Case Study

Slides (13)

1 - Freestyle

2 - Freestyle

3 - Freestyle

4 - Freestyle

5 - Open Ended Recognize Cues: What is the relevant data from the patient scenario?

6 - Word Cloud What critical lab value and symptom stand out as urgent priorities before initiating any IV fluid therapy?

7 - Freestyle

8 - Pick Answer How do loop diuretic-induced losses of potassium and chloride, combined with dehydration, lead to metabolic alkalosis, and why might rapid potassium-free fluids be insufficient to address the patient's profound weakness? Select all that apply

9 - Pick Answer Prioritize Hypotheses

10 - Open Ended Generate Solutions--Take Action: List 3 actions/interventions you will take as the nurse.

11 - Freestyle

12 - Freestyle

13 - Freestyle