Exploring Lyme Disease Through a Problem-Based Learning Simulation
This engaging case study centers around a 30-year-old female lab technician from Boston who presents with symptoms of an upper respiratory infection, fever, chills, and a spreading rash after a camping trip. The case simulates a diagnostic process akin to the TV show "House," inviting participants to discuss signs, differential diagnoses, clinical findings, and treatment options for Lyme disease. Participants will analyze the lifecycle of the Borrelia bacteria, treatment outcomes, and preventive measures crucial for effective patient care.
Exploring Lyme Disease Through a Problem-Based Learning Simulation
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Presentation Transcript
Problem-Based Learning Simulation Similar to the TV Show “House”
Case • Anyone want to read this? • A 30 year-old white female lab technician who lives in Boston, MA presents with an upper respiratory infection, fever, chills, and a rash on her thigh. A week ago, with a group, she took a trip to a camping grounds just outside Boston. She slept outdoors along with the rest of her group. She doesn’t remember being bitten by anything. She is concerned that her rash started small and during the last few days has been spreading. She has no allergies. She had tried an over-the-counter medication, Benadryl, with no rash improvement. Further questioning revealed that she slept on leaves she placed on the grass.
Let us discuss • Signs/Symptoms??? • Differential Diagnosis??? • Clinical Diagnosis??? • Treatment??? • Write on the board Why?
Case (cont…) • She was given a minimal dose of Tetracycline (broad spectrum). The patient went home. Why?
Case (cont…) • Two days later, the laboratory results came back. She was positive for Lyme Disease. Her primary care physician alerted here immediately and increased the dose of her Tetracycline to fight the infection.
caused by bacteria, borrelia • Gram-negative spirochetal bacteria from the genus Borrelia. • They need a vector to transmit itself • Lice • Ticks
Treatment outcome – The good • Good if detected early.
Treatment outcome – The bad • Untreated, can cause many problems, affected many organs. • Brain. • Nerves. • Eyes. • Joints. • Heart.
Your turn for Probing Questions??? • Speaker: Manpreet Singh • Email: msing001@ucr.edu • Speaker: MarizabelOrellana • Email: morel001@ucr.edu • Speaker: Vanessa Correa • Email: vcorr001@ucr.edu