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Clinical Training
The curriculum for the Gastroenterology Fellowship varies,
depending upon whether you chose the Clinical Scholars Track or
NIH-sponsored Track. However, all clinical training includes patient
care, procedures, elective rotations, didactic training and teaching
opportunities as follows:
Patient Care
Several rotations in ambulatory and inpatient care are mandatory
for all fellows. For example, on the gastroenterology hospital service
you will serve as a first assistant to the staff and learn how to
manage many types of cases - from the straightforward to the complex.
Third-year fellows are expected to serve in a junior faculty-type
role, directly supervising and guiding medical residents on the
team together with the staff physician.
You also will participate in gastrointestinal consultations and
perform procedures on these hospitalized patients. These experiences
will help you learn pragmatic and scholarly approaches to a wide
array of diagnostic and therapeutic gastrointestinal problems.
Your assignments will include several specialty areas that are
largely hospital based, including nutrition and liver transplantation.
During the outpatient department rotation, you will rotate through
most of the subspecialty clinics (e.g. pancreas, motility, IBD)
where you will work directly with staff gastroenterologists.
Procedures
All procedures are performed under the direct supervision of Mayo
Clinic staff gastroenterologists. Your procedural training will
include upper endoscopy, esophageal dilatation, esophageal manometry,
liver biopsy, small bowel biopsy, paracentesis, percutaneous endoscopic
gastrostomy placement, colonoscopy and endoscopic retrograde cholangiopancreatography.
You will extend your endoscopic experience with therapeutic endoscopy,
which includes sclerotherapy, electrocoagulation, hemoclip application,
variceal banding and various stenting procedures. You also will
have opportunities to learn about gastrointestinal motility, the
dynamic assessment of pancreatic, hepatobiliary and gastrointestinal
function and other procedures.
Elective Rotations
Several elective rotations are available including rotations to
Mayo Clinic in Jacksonville , and Mayo Clinic in Arizona. You
may also spend your elective time pursuing additional clinical or
endoscopic experience at smaller private practices near Rochester, within the GI Division, or in other departments (e.g. Surgery,
Radiology, Pathology).
Didactic Training
Clinical conferences, seminars, small discussion groups,
journal clubs and one-on-one instruction are integral parts of the
Gastroenterology Fellowship Program. You will work one-to-one with
staff gastroenterologists during all aspects of your training. Bedside
instruction and other informal teaching methods are also part of
the training program.
Conferences
A variety of conferences are held each week in the Division of Gastroenterology.
You also may find topics of special interest in other conferences
sponsored by the departments of internal medicine, surgery, oncology,
diagnostic radiology and laboratory medicine and pathology.
Monday
Gastroenterology Research Conference
Tuesday
Core Curriculum for Hospital Residents*
Core lecture for fellows
Journal Club
Wednesday
Various interest group conferences*
Internal Medical Grand Rounds
Thursday
GIH Grand Rounds
Friday
Various interest group conferences*
* Fellows make presentations at many of these conferences.
Teaching Opportunities
You will have the opportunity to teach Mayo Medical School students,
visiting students from other medical schools and medical residents
through bedside instruction and formal didactic lectures. There
is an emphasis at the beginning of the fellowship program to teach
fellows how to give effective presentations, and feedback is provided
after most presentations.
Rotations - Clinical Scholars Track
| Year 1 |
| Colonoscopy |
1 month |
| Esophagogastroduodenoscopy (EGD) |
1 month |
| Liver Transplant Service |
1.5 months |
| Esophageal Clinic |
.25 month |
| Colorectal Neoplasia Clinic |
.25 month |
| Pancreas Clinic |
.25 month |
| Hepatobiliary Clinic |
1 month |
| Motility Clinic |
.75 month |
| Miscellaneous GI testing |
.25 month |
| Inflammatory Bowel Disease Clinic |
1 month |
| GI Diagnostic Clinic |
1 month |
| Hospital consults |
2 months |
| Hospital |
1 month |
| Nutrition |
.50 month |
| Elective |
.25 month |
Total: |
12 months |
| |
|
| Year 2 |
| Research |
12 months |
| |
|
| Year 3 |
| Colonoscopy |
1 month |
| Bleeding Team |
2 months |
| Complex endoscopy |
1-1.5 months |
| ERCP |
1 month |
| Hospital Primary Service |
2 months |
| Liver Transplant Service |
.5-1 month |
| Hospital consults |
.5 month |
| Hepatobiliary Clinic |
1 month |
| Electives* |
2.5 months |
Total: |
12 months |
| |
|
Total Months: |
36 months |
| * Scheduling of elective times will vary for each
fellow |
Rotations - NIH-sponsored Track
If you are interested in a career with a strong emphasis on medical
research, a three-and-a-half-year track is offered. Through an ongoing
program with Mayo Clinic in Rochester, the NIH funds various two-year
research projects.
| Clinical Training |
18 months |
| |
Colonoscopy |
2 months |
| |
Esophagogastroduodenoscopy (EGD) |
1 months |
| |
Liver Transplant Service
|
1 month |
| |
Bleeding Team |
2 months |
| |
Complex Endoscopy |
1-1.5 months |
| |
Nutrition |
.5 month |
| |
Hepatobiliary Clinic |
2 months |
| |
Pancreas Clinic |
.25 month |
| |
Esophageal Clinic |
.25 month |
| |
Colorectal Neoplasia Clinic |
.25 month |
| |
Motility Clinic |
.5 month |
| |
Miscellaneous GI testing |
.25 month |
| |
Inflammatory Bowel Disease
Clinic |
1 month |
| |
GI Clinic |
.5 month |
| |
Hospital consults |
2 months |
| |
Hospital Primary Service |
2 months |
| |
Elective |
1-1.5 months |
| |
|
|
| Research |
24 months |
Total Months: |
42 months |
Research Training
The Division of Gastroenterology and Hepatology is known
internationally for the breadth and depth of its research activities
with expertise in practically every area of Gastroenterology and
Hepatology. As a result of our research efforts, in 2003, 260 original
papers were published from the division. There are more than 40
clinical, translational and basic research programs with a principal
investigator from the division.
Basic science support is provided in physiology, biochemistry and
molecular biology, pharmacology, microbiology, genetics, immunology,
cell biology, epidemiology, statistics and other areas.
At Mayo, research mentors closely supervise protocol development,
the conduct of the study, data analysis and the final manuscript
preparation. Critical peer and institutional reviews at each stage
help to ensure high quality. Most Mayo fellows present their work
at national meetings and publish several papers.
The integration of basic research and clinical research into practice
has been one of the strengths of the division. Currently, there
are 370 active patient-oriented protocols in the Division of Gastroenterology
and Hepatology. Some of the major areas of research within the division
include:
- Barrett's esophagus
- Celiac disease
- Chronic liver disease
- Colorectal cancer (prevention/early detection)
- Endoscopy (development of new procedures)
- The enteric neurosciences
- Inflammatory bowel disease
- Liver and biliary cancer
- Liver transplantation
- Pancreatic cancer
- Viral hepatitis
Current new initiatives within the division include a proteomics
and genomics initiative, a clinical trials initiative and an obesity
initiative.
The divisional research activities are coordinated through the
Gastroenterology and Hepatology Research Committee that meets once
a month. Research findings are presented at a weekly Research Conference.
Also see:
Research - Clinical Scholars Track
Although fellows in the clinical track are not expected
to formally participate in major research projects until the second
year, they are encouraged to conduct small projects and participate
in existing protocols throughout the program.
In addition to extensive input from a mentorship committee and
the program director, a two-day research symposium is held in the
fall of the first year to help fellows select their research projects.
By the end of the first year, you will develop a research proposal
and choose a preceptor to assist with your second-year research
project.
Research - NIH-sponsored Track
The primary objective of this research track is to better
prepare fellows to function as independent research investigators.
Since the awarding of the initial training grant in enteric sciences
to Mayo in 1966, the objective of this program has been to provide
in-depth research training to qualified individuals to prepare them
for independent academic careers.
Trainees are introduced to a large number of investigative techniques
which they are expected to understand, master and apply to their
particular project under the close supervision of an established
investigator and in conjunction with experienced research technicians
and other research fellows supported by other sources. Independence
is encouraged, creativity fostered, and emphasis given to a total
research experience.
Although there have been modifications in the faculty and in the
facilities during the 38 years in which this training program has
been in existence, the objective and general approach articulated
above have remained unchanged. Indeed, the soundness of this approach
is supported by the following general points:
- Nearly 65 percent of individuals who completed
training in this program in the past 10 years hold full-time faculty
positions at universities or medical schools.
- Many of these individuals have gone on to achieve
prominence in academic gastroenterology, as evidenced by memberships
on national or international committees, election to prestigious
societies, and positions as directors of academic divisions or
departments.
Protocols and Mentors
The training proposed is based on a close working relationship
between trainees and faculty preceptors through a superior research
project. The development of an acceptable research protocol is fundamental
and, following review of the proposal at different levels, the investigation
is initiated.
Through the successful construction of a protocol and prosecution
of a project, you will:
- Clarify your objectives.
- Develop a plausible hypothesis.
- Understand experimental design.
- Become familiar with the theoretical and practical
aspects of the methodology you employ.
- Accumulate and analyze data accurately effectively.
- Describe results, providing an abstract for
presentation at a national or international meeting.
- Deliver a well-organized presentation, including
the effective use of audiovisual techniques.
Later, it is expected that one or more manuscript(s) derived from
this work will be accepted for publication by reputable peer-reviewed
scientific journals.
The following faculty may serve as preceptors/mentors:
| Basic/Disease-Oriented Investigators |
| Primary Faculty Member |
Research Focus |
Departmental Affiliation |
| Farrugia,
G |
Smooth Muscle and Interstitial Cell Electrophysiology |
Medicine (GI) |
| Gores,
GJ |
Mechanisms of Liver Cell Injury, Biliary Carcinogenesis |
Medicine (GI) |
| Kaufmann,
SH |
Mechanisms of Cytotoxicity of Anticancer Drugs |
Pharmacology |
| LaRusso,
NF |
Pathobiology of Biliary Epithelia |
Medicine (GI) |
| McNiven,
MA |
Cytoskeleton and Vesicle Transport; Ethanol Cell Damage |
Medicine (GI) |
| Nyberg,
SL |
Immunogenicity of a Xenogeneic Bioartificial Liver |
Transplantation Surgery |
| Platt,
JL |
Immunology of Liver and GI Transplantation |
Immunology/Transplantation Surgery |
| Prendergast,
FG |
Structure Function Correlations in Proteins and Peptides |
Biochemistry/Molecular Biol. |
| Roberts,
L |
Molecular Genetics of Hepatocellular Cancer |
Medicine (GI) |
| Sarr,
MG |
Enteric Function of the Transplanted Gut |
Surgery |
| Shah,
V |
Regulation of Hepatic eNOS |
Medicine (GI) |
| Sinicrope,
F |
Colon Cancer |
Medicine (GI) |
| Smith,
DI |
Cancer Genetics Common Fragile Sites |
Pathology |
| Stegall,
MD |
Role of Cellular Adhesion Molecules in Allograft Rejection |
Transplantation Surgery |
| Szurszewski,
JH |
Mechanism of Control of Smooth Muscle Function |
Physiology/Biophysics |
| Thibodeau,
SN |
Molecular Genetics of Colorectal Cancer |
Laboratory Med/Pathology |
| Urrutia,
RA |
Molecular Mechanisms of Pancreatic Cell Differentiation |
Medicine (GI) |
| Wettstein,
PJ |
Immunogenetic Analysis of Minor Histocompatibility Antigens
|
Immunology |
| |
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| Patient-Oriented Investigators |
| Primary Faculty Member |
Research Focus |
Departmental Affiliation |
| Ahlquist,
DA |
Markers for Colorectal Neoplasia (Screening) |
Medicine (GI) |
| Bharucha,
AE |
Epidemiology and Mechanisms of Pelvis Floor Dysfunction |
Medicine (GI) |
| Camilleri,
ML |
Adrenergic and Serotoninergic Control of Gastrointestinal
Motor and Sensory Function |
Medicine (GI) |
| Chari,
S |
RNA Microarray in Pancreatic Cancer-induced Diabetes |
Medicine (GI) |
| Kim,
WR |
Mathematical Models to Assess and Predict Liver Transplantation
Outcomes |
Medicine (GI) |
| Lindor,
KD |
Clinical Trials in PSC, Primary Biliary Cirrohis and
Non-Alcoholic Steatohepatitis |
Medicine (GI) |
| Melton,
LJ |
Epidemiology of Gastrointestinal Disease |
Epidemiology |
| Murray,
JA |
Celiac Disease, Immunogenetics of Gluten Sensitivity |
Medicine (GI) |
| Nair,
KS |
In Vivo Regulation of Protein Dynamics |
Medicine (Endocrinology) |
| Petersen,
GM |
Genetics and Epidemiology Of Gastrointestinal Cancers |
Epidemiology |
| Wang,
K |
Barrett's Esophagus-Photodynamic Therapy |
Medicine (GI) |
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