Question
Case-3: Patient History T.J. is a 46-year-old science professor brought to urgent carethis afternoon by his wife. T.J. has been at home for 3 days
Case-3: Patient History
T.J. is a 46-year-old science professor brought to urgent carethis afternoon by his wife. T.J. has been at home for 3 days withsevere diarrhea and vomiting. His youngest daughter washospitalized earlier in the week with similar symptoms. T.J. has nosignificant medical history and takes no medications. Examinationreveals an ill-appearing, pale, diaphoretic man who is havingdifficulty concentrating and answering questions. He has diffuseabdominal pain. Vital signs are as follows: Lying—HR 100, BP100/80, resp 26, temp 100. Sitting—HR 136, BP 90/60. He has noturinated since yesterday morning.
Analyze this case study and answer the next three questions thatfollow.
Case-3: Question-1
What other laboratory or clinical data would be helpful inassessing T.J.’s fluid-electrolyte and acid-base status? (selectall that apply)
Assessment of body temperature. |
Further assessment could include inspection of mucous membranesfor dryness, skin turgor, status of neck veins, and presence ofdizziness with position change. |
Blood test to assess the level of glucose. |
A chemistry panel would be helpful in assessing for imbalancesof serum sodium, potassium, and bicarbonate. |
Case-3: Question-2
Which assessment data should be monitored during fluidreplacement therapy to determine when adequate volume has beenrestored? (select all that apply)
Electrolytes should be monitored for resolution of anyelectrolyte imbalance. |
Mental status should be assessed and expected to improve withadequate fluid replacement. |
Vital signs should be monitored for resolution of tachycardiaand postural symptoms, as well as intake and output. |
Skin turgor and mucous membranes should be monitored forimprovement of dehydration. |
Case-3: Question-3
How might persistent vomiting and diarrhea alter acid-basebalance? (select all that apply)
Vomiting may contribute to metabolic acidosis. |
Vomiting may contribute to metabolic alkalosis. |
Metabolic alkalosis may occur as a result of persistentdiarrhea. |
Metabolic acidosis may occur as a result of persistentdiarrhea. |
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