Internal Medicine and Other Clinical Rotations


INTERNAL MEDICINE AND OTHER CLINICAL ROTATIONS


Mate M. Soric, PharmD, BCPS


CASE


J.B. is a pharmacy student starting his internal medicine APPE rotation. His preceptor has asked him to begin “working up” the patients on the floor so that he will be prepared for rounds later that morning. J.B. reads through the chart that belongs to the first patient on the list, a 61-year-old man admitted with a congestive heart failure exacerbation. The patient’s case is complex, so the medical record is quite large and J.B. spends a great deal of time digging through the various sections looking for important information. Not helping matters, J.B. is repeatedly referring to resources on a desktop computer to help him decipher the various diagnostic tests and evaluate the patient’s drug therapy. As a result of the large amount of time spent working up the first case, J.B. is unable to review all of the patients on the list before reporting to his preceptor.


WHY ITS ESSENTIAL


The internal medicine and specialty APPEs (often called clinical rotations) play an important role in the development of critical thinking skills and drug information knowledge for pharmacy students. Regardless of the career goal you have in mind, the ability to evaluate a patient’s medical information, identify drug therapy problems, design therapeutic interventions, and communicate recommendations to other healthcare providers are invaluable skills that must be mastered. Few other rotation types allow for the application of these skills on a daily basis.


ARRIVING PREPARED



  • Contact the preceptor before the rotation begins for clarification on any required readings, disease states to review, and logistical information (parking, arrival time, etc.).
  • Review the rotation syllabus.
  • Wear professional dress, including white coat.
  • Bring the following items:
  • img  Calculator
  • img  Pocket reference guides (Drug Information Handbook, Pocket Pharmacopoeia, Sanford Guide, etc.) or their electronic counterparts
  • img  Clipboard or folder
  • img  A patient monitoring sheet
  • Review pertinent class notes:
  • img  Types of drug-related problems
  • img  Presentation skills
  • img  Patient interview and counseling skills
  • img  Evaluation of drug literature and statistics
  • Common disease states to review:
  • img  Internal medicine rotations:
  • img  Acute coronary syndromes
  • img  Atrial fibrillation
  • img  Congestive heart failure
  • img  Stroke
  • img  Hypertension
  • img  Thromboembolic diseases
  • img  Anemias
  • img  Chronic obstructive pulmonary disease
  • img  Asthma
  • img  Diabetes
  • img  Cirrhosis and hepatitis
  • img  Pancreatitis
  • img  Pain management
  • img  Pneumonia
  • img  Skin and soft-tissue infections
  • img  Urinary tract infections
  • img  Cardiology rotations:
  • img  Hypertension
  • img  Angina pectoris
  • img  Myocardial infarctions
  • img  Atrial fibrillation and flutter
  • img  Paroxysmal supraventricular tachycardia
  • img  Ventricular arrhythmias
  • img  Torsades de pointes
  • img  Atrioventricular and bundle branch blocks
  • img  Pericarditis
  • img  Systolic and diastolic heart failure
  • img  Hyperlipidemia
  • img  Valvular diseases
  • img  Syncope
  • img  Cardiomyopathies
  • img  Infectious disease rotations:
  • img  Complicated skin and soft-tissue infections
  • img  Diabetic foot infections
  • img  Pyelonephritis
  • img  Community-, healthcare-, and ventilator-associated pneumonia
  • img  Influenza
  • img  Tuberculosis
  • img  Infective endocarditis
  • img  Clostridium difficile colitis
  • img  Osteomyelitis and infected prostheses
  • img  Human immunodeficiency virus infections
  • img  Bacterial and viral meningitis
  • img  Invasive fungal infections
  • img  Parasitic infections
  • img  Sexually transmitted diseases
  • img  Intensive care unit rotations:
  • img  Sedation and pain management
  • img  Fluid and electrolyte disturbances
  • img  Acute renal failure
  • img  Acid–base disorders
  • img  Stress ulcer prophylaxis
  • img  Delirium
  • img  Septic, hypovolemic cardiogenic, and anaphylactic shock
  • img  Acute respiratory distress syndrome and ventilator management
  • img  Diabetic ketoacidosis
  • img  Hypertensive urgencies and emergencies
  • img  Acute coronary syndromes
  • img  Ventricular arrhythmias
  • img  Status epilepticus
  • img  Status asthmaticus
  • img  Psychiatry rotations:
  • img  Depression
  • img  Anxiety and panic disorders
  • img  Bipolar disorder
  • img  Schizophrenia
  • img  Personality disorders
  • img  Alzheimer’s and vascular dementia
  • img  Delirium
  • img  Obsessive-compulsive disorder
  • img  Post-traumatic stress disorder
  • img  Sleep disorders
  • img  Oncology rotations:
  • img  Breast cancer
  • img  Gynecologic malignancies
  • img  Prostate cancer
  • img  Testicular cancer
  • img  Lung cancer
  • img  Head and neck cancers
  • img  Melanoma
  • img  Leukemias
  • img  Lymphomas
  • img  Colorectal cancer
  • img  Multiple myeloma and myelodysplastic syndromes
  • img  Tumor lysis syndrome
  • img  Pain management
  • img  Chemotherapy-induced nausea and vomiting
  • img  Management of chemotherapy-adverse drug reactions

CASE QUESTION


What steps could J.B. have taken to improve his first day on an internal medicine rotation?


A TYPICAL DAY


The most common approach to internal medicine and specialty rotations is centered on rounding, or the meeting of a multidisciplinary team to review patients and make recommendations. In general, however, you typically will be required to arrive well before rounds are scheduled to begin. This early arrival allows you to review medical records and fill out monitoring sheets for all of the patients on a given service. Preceptors may also ask you to meet for prerounds, where you will informally present your patients to your preceptor. During this meeting, the preceptor evaluates your ability to interpret patient data and make therapeutic recommendations while giving you a chance to correct any mistakes before rounds truly begin.


At a predetermined time, the entire medical team will meet to begin rounding. The medical team may consist of a number of individuals, including (but not limited to) attending physicians, resident physicians, pharmacists, nurses, social workers, dieticians, and students. The team moves from patient room to patient room, discussing each case, reviewing patient information, and providing care. This is an ideal opportunity for you to be of service to the team. As medication questions arise, you can act as a resource for the team. If drug-related problems are discovered, you can make recommendations to improve patient care. You may also be called on to create presentations on relevant topics to help the team stay up to date on new research and guidelines. Depending on the individual rotation, rounds may take place a few times per week, once daily, or multiple times each day. When afternoons are free, time is spent working on assorted projects, patient counseling, continued monitoring, and attending grand rounds, or formal case presentations to large audiences of healthcare professionals. Typical projects encountered on clinical rotations may include formal case presentations, journal clubs, pharmacokinetic problems, research, manuscript write-ups, drug information assignments, or drug utilization reviews.


QUICK TIP


If there are other students participating in the rotation, use them to pregrade presentations and projects before turning them in to the preceptor. Getting the opinion of nursing or medical students may fill holes that are often missed when addressing only pharmacy issues.


For those rotations that are not located in teaching hospitals, additional techniques may be employed to get students involved in patient care. Instead of traditional rounding between patient rooms, a central location may be used to conduct rounds (also known as tabletop rounds). Other hospitals may utilize pharmacy rounds and written communication to convey pharmacy student recommendations.


PATIENT MONITORING AND THE MEDICAL RECORD


The medical record is the primary source of the important information used to evaluate a patient’s medication regimen. To make sense of the large amount of information present in this record, monitoring forms are used to place it in an organized, easy-to-follow framework.


The Monitoring Form


Although rotation preceptors may provide you with a monitoring form, students are usually encouraged to find or create a form that they are comfortable with. A high level of comfort with your monitoring form will allow for more efficient transfer of patient data and easier case presenting. If you attempt to use a new monitoring form for each rotation, any time spent with older versions is lost and the process of getting comfortable must begin anew. For a sample monitoring form, see Figure 8-1.


QUICK TIP


To shorten the time spent filling out a monitoring sheet, you can come up with your own abbreviation system, but make sure that you decipher your own code before presenting the case to the medical team!


History and Physical

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Mar 10, 2017 | Posted by in PHARMACY | Comments Off on Internal Medicine and Other Clinical Rotations

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