This week I shadowed different parts of clinical
medicine. I was able to shadow emergency room part C from 3:30p to 11:30p
(afternoon shift). The shift began with bedside rounding, consisting of
finishing-shift and starting-shift residents. A good introduction of who these
patients are, why they are here, status of treatment, prognosis, and what
further needs to be done on each patients were given and was very helpful. After
the rounding, I shadowed senior resident talking to patients at the bedside and
typing treatment procedures on electronic charts. Each patient had different
problems ranging from shoulder dislocation, asthma, drug addict, hernia,
abdomen pain, faint, seizer, and severe abrupt symptom from primary disease. A
wide-range of diagnostic tests was performed, and initial treatments were
given. Some patients were discharged from ER, and others were admitted to the
other departments. ER seemed very busy, but in general doctors spent most of
their time on computer to request test, diagnose and write down chart. I thought
ER would be more efficient with better electronic charts and patient managing
software. I was also able to shadow pediatric intensive care unit (PICU) round
in the morning. Fellows and residents rounded bedsides of PICU. Although symptoms
of patients varied just like ER, all the patients were severely ill and needed
intensive care. One very impressive case was 3-year-old boy suffering from
liver and lung failure due to host response from bone marrow transplant. I also
went to the operating room and saw a device implant surgery at spine for a
clinical trial. A newly developed device was implanted right next to spinal
cord through a hole made on the spinal bone. The patient were initially in the
deep sleep mode during the surgery, but had to be waken up just to confirm that
the device is stimulating right part of the spinal cord. Burn+dissection tools
and auto-focusing surgical microscopes were interesting.
This week, I also shadowed Dr. Panullo’s clinic, had
a meeting on the research, and went to tumor board and seminars. On Monday, the
brain and mind research institute hosted a seminar called “The neural circuits
underlying tactile sensation”. It was about scientific research on mouse
sensation on a cortical map. Whisker stimulation was used to control degree and
frequency of sensation, and the response was recorded for studying brain
plasticity. It was very interesting to see the sensation being quantified.
Throughout this past three week, I am surprised by extensive basic science
seminars held in this hospital and people’s avid interest on research.
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