- •Foreword
- •Contents
- •Contributor Current and Past Positions: Association for Academic Surgery
- •Contributors
- •Academic Surgeons as Bridge-Tenders
- •Types of Surgical Research
- •Going Forward
- •Selected Readings
- •Introduction
- •Preparation Phase
- •Assistant Professor
- •Job Search
- •The First Three Years
- •Career Development Awards (CDAs)
- •Contemplating a Mid-Career Move?
- •Approaching Promotion
- •Associate Professor and Transition to Full Professor
- •Conclusion
- •Selected Readings
- •Introduction
- •Reviewing the Literature
- •Developing a Hypothesis
- •Study Design
- •Selected Readings
- •Introduction
- •The Dual Loyalties of the Surgeon-Scientist
- •Human Subjects Research
- •Informed Consent
- •Surgical Innovation and Surgical Research
- •Conflict of Interest
- •Publication and Authorship
- •Conclusion
- •References
- •Sources of Error in Medical Research
- •Study Design
- •Inferential Statistics
- •Types of Variables
- •Measures of Central Tendency and Spread
- •Measures of Spread
- •Comparison of Numeric Variables
- •Comparison of Categorical Values
- •Outcomes/Health Services Research
- •Steps in Outcomes Research
- •The Basics of Advanced Statistical Analysis
- •Multivariate Analysis
- •Time-to-Event Analysis
- •Advanced Methods for Controlling for Selection Bias
- •Propensity Score Analysis
- •Instrumental Variable (IV) Analysis
- •Summary
- •Selected Readings
- •Transgenic Models
- •Xenograft Models
- •Noncancer Models
- •Alternative Vertebrate Models
- •Selected Readings
- •Overview
- •Intellectual Disciplines and Research Tools
- •Comparative Effectiveness Research
- •Patient-Centered Outcomes Research
- •Data Synthesis
- •Overview
- •Intellectual Disciplines and Research Tools
- •Disparities
- •Quality Measurement
- •Implementation Science
- •Patient Safety
- •Optimizing the Health Care Delivery System
- •Overview
- •Intellectual Disciplines and Research Tools
- •Policy Evaluation
- •Surgical Workforce
- •Conclusion
- •References
- •Introduction
- •What Is Evidence-Based Medicine?
- •Evidence-Based Educational Research
- •Forums for Surgical Education Research
- •Conducting Surgical Education Research
- •Developing Good Research Questions
- •Beginning the Study Design Process
- •Developing a Research Team
- •Pilot Testing
- •Demonstrating Reliability and Validity
- •Developing a Study Design
- •Data Collection and Analysis
- •Surveys
- •Ethics
- •Funding
- •Conclusions
- •Selected Readings
- •Genomics
- •Gene-Expression Profiling
- •Proteomics
- •Metabolomics
- •Conclusions
- •References
- •Selected Readings
- •Introduction
- •Why Write
- •Getting Started
- •Where and When to Write
- •Choosing the Journal
- •Instructions to Authors
- •Writing
- •Manuscript Writing Order
- •Figures and Tables
- •Methods
- •Results
- •Figure Legends
- •Introduction
- •Discussion
- •Acknowledgments
- •Abstract
- •Title
- •Authorship
- •Revising Before Submission
- •Responding to Reviewer Comments
- •References
- •Selected Readings
- •Introduction
- •Origins of the Term
- •Modern Definition and Primer
- •Transition from Mentee to Colleague
- •Mentoring Risks
- •Conclusion
- •References
- •Selected Readings
- •The Career Development Plan
- •Choosing the Mentor
- •Writing the Career Development Plan
- •The Candidate
- •Research Plan
- •Final Finishing Points About the Research Plan
- •Summary
- •References
- •Introduction
- •Decisions, Decisions!
- •Mission Impossible: Defining a Laboratory Mission or Vision
- •Project Planning
- •Saving Money
- •Seek Help
- •People
- •Who Should I Hire?
- •Advertising
- •References
- •Interviews
- •Conduct a Structured Interview
- •Probation Period
- •Trainees
- •Trainee Funding
- •Time Is on Your Mind
- •Research Techniques
- •Program Leadership
- •Summary
- •Selected Readings
- •Introduction
- •Direct Evidence
- •Indirect Evidence
- •Burnout
- •Prevention of and Recovery from Work–Life Imbalance
- •Action Plan for Finding Balance: Personal Level
- •Action Plan for Finding Balance: Professional Level
- •Conclusion
- •References
- •Introduction
- •Time Management Strategies
- •Planning and Prioritizing
- •Delegating and Saying “No”
- •Action Plans
- •Activity Logs
- •Scheduling Protected Time
- •Eliminating Distractions
- •Buffer Time
- •Goal Setting
- •Completing Large Tasks
- •Maximizing Efficiency
- •Get Organized
- •Multitasking
- •Think Positive
- •Summary
- •References
- •Selected Readings
- •Index
Index
A
Anaplastic lymphoma kinase (ALK) gene inhibition, 136
Academic career assistant professor
academic appointment, 18 academic pursuits, 16 Career Development
Awards (see Career Development Awards)
education portfolio, 21 educational curriculum development, 21
mentor, 17 mentorship, 20 mid-career mark, 26–27 potential tracks, 18–20 promotion paperwork
process, 27–28 PubMed, 17 research/educational
activities, 18
review and selection, 15 surgical journals, 20, 21 teaching awards, 21 tenure, 22
time protection, 15–16 time requirements, 23 associate professor, 28–29
preparation phase
academic residency program selection, 13–14
academic training, 14 K12-program, 15 NRSA scholar, 13
promotion timeline, 12, 13 research fellowships, 14
professional title, 12 promotion, definition, 11
Academic surgeons bridge-tenders, 4–5 impact factor
clinical teaching, 5–6 cognitive and technical
skills, 6 mentorship, 6–7 patient care, 6
surgical research types basic science research, 7 clinical studies, 8 education research, 9
health services research, 8 translational research, 7
Accreditation Council for Graduate Medical Education (ACGME), 220
American College of SurgeonsNational Surgical Quality Improvement Program (ACS-NSQIP), 102–103
American Pediatric Surgical Association Task Force on Family Issues, 222
H. Chen and L.S. Kao (eds.), Success in Academic Surgery, |
251 |
DOI 10.1007/978-0-85729-313-8,
© Springer-Verlag London Limited 2012
252 Index
American surgical training programs, 219
Angiogenic islets, 83
Association for Academic Surgery (AAS), 26
B
BRCA1 and BRCA2 gene mutation, 136
C
Cardiofunk (cfk), 88
Career Development Awards (CDAs), 194
academic and professional societies, 26
K Awards, 25, 26
K08, K23 mechanisms, 25 NIH awards, 23, 24
R01 mechanism, 25 Veteran’s administration, 23
Chronic myelogenous leukemia, 135
Clinical and Translational Science
Award (CTSA), 134 The Common Rule, 47
Comparative effectiveness research (CER), 94
definition, 95
observed and unobserved confounders, 96
patients, beneficial treatment approach, 95
population-based datasets, 96 pragmatic clinical trials, 97 randomization, 96, 97 retrospective and prospective,
96–97
SEER registry data, 96
D
Data analysis, 124 biostatistics, 59
case reports/case series, 63 case-control and cohort studies,
63–64
categorical values, 71–72 central tendency and spread
measures, 68–71 cross-sectional studies, 63 discrete scale, 68 experimental studies, 64–65 health services/outcomes
research administrative datasets,
coding, 72 development steps, 73–74 secondary data analysis, 72 SEER tumor registry data,
72, 73 selection bias, 73
inferential statistics, 65–67 IV analysis, 79 multivariate analysis, 75–77
numeric variables measures, 71 numerical scales, 68
ordinal data, 67
propensity score analysis, 79 prospective studies, 64 RCT, 65
retrospective cohort studies, 64 sources of error
bias, 60–62 confounding, 60, 61
measurable and unmeasurable characteristics, 61
randomization, 62 risk factors, 60, 61
type I and type II errors, 62 time-to-event analysis, 77–78
Data collection, 124
E
e-Mentoring, 172
Echinoderm microtubule-associ- ated protein-like 4 (ELM4), 136
Econometrics, 107 Education research, 9 Ethics
avoidable errors, 53 conflict of interest, 53–54
fabrication, 52 falsification, 52
human subjects research Helsinki declaration, 46–47 informed consent process,
48–50
injection of live cancer cells, 47
IRB, 47–48 Nuremberg code, 46
lead researcher and mentees, power imbalances, 51
mentors, 52–53
open research environment, 52 plagiarism, 52
publication and authorship, 54–55
skills, academic surgeons, 44 surgeon-scientist, dual loyalties
goals, 46
patient care, 44, 45 patient-doctor relationship,
44 stakeholders, 45 surgical care, 44
surgical education research, 125–127
surgical innovation, 50–51 Evidence-based medicine (EBM),
112–113
Ewing’s sarcoma cells, 84–86
F
First formal surgical residency training program, 219
Functional genomics, 136, 138
G
Genomics
ALK gene inhibition, 136 BRCA1 and BRCA2 genes, 136 DNA sequence, 135 gene-expression profiling
DNA microarrays, 136 false discovery rate, 138 genomic sequencing, 139
Index 253
hepatocellular carcinoma, 139
oligonucleotide, 137 polymerase chain reaction,
137
significance analysis microarrays, 138
Huntington’s disease, 135 SNP, 135
Grant writing candidate, 191–192
career development plan academic degree, 189 advantage, 189 bio-statistical classes, 189 clinical coverage, surgeons,
190
clinical responsibilities, 190 epidemiology courses,
189–190 manuscript writing, 188 mentor (see Mentor)
mentoring relationship, 189 on-line didactic courses, 189 operative skills, 190 postdoctoral fellowship, 191 R proposal, 190
R01 stresses, 183
short-, mid-and long-term goals, 188
K Awards (see K Awards) K08, 183
K23, 183
NIH, 182
relative value units, 182 research plan
acronyms usage, 197 appendix, 197
application process starting, 198
brevity, 193
Career Development Award, 194
clarity, 193
cohort recruitment, 198 data monitoring plan, 198
254 Index
Grant writing (cont.)
Hispanic community, 196 italicize and embolden, 197 Niederhuber and
Lowenstein approaches, 193
proposal resubmission, 197 recruitment and retention
details, 198
research design choosing, 195
specific aims focus, 193 statisticians, 196
Green fluorescent protein (GFP), 84
H
Health services research (HSR), 8 definition, 91
disease management clinical trials, 93
comparative effectiveness research (see Comparative effectiveness research)
data synthesis, 94–95, 98 effectiveness trials, 93 patient-centered outcomes
research, 94, 97 health care delivery system,
92, 93
macro environment, 105 policy evaluation, 106 surgical workforce,
107–108
intellectual disciplines, 92, 94 micro-system, 98–99
disparities, 99–100 implementation science,
103–104
patient safety, 104–105 quality measurement,
101–103 quantitative and qualitative
techniques, 92, 95
surgical outcomes research, 92
Health-related quality of life (HRQOL), 97
Heat shock protein 27 (HSP27), 141, 142
Hierarchical clustering, 137 Humans digest theory, 45 Huntington’s disease, 135 Hyperplastic islets, 82, 83 Hypothesis development
available population, 38 eligible population, 38 principal/primary question, 37 reference population, 38 resource utilization, 36 routine catheterization, 37 secondary question, definition,
38
statistical/ethical considerations, 37
study design, 38–40 study population, 38
I
Institutional review boards (IRBs), 47–48, 126–127
Instrumental variable (IV) analysis, 79
K
K Awards, 25, 26 candidate, 183
career development plan, 183 guidelines and instructions, 183 mentors, 184
research plan, 183 Kruskal–Wallis test, 71
L
Literature review adequate power, 35 alpha error, 36
confounding variables, 35 externally valid study, 35–36 information bias, 35 internally valid study, 35
lead time bias, 35 medline search, 34 misclassification errors, 35
multiple sources of information, 34
peer-reviewed papers, 34 randomized controlled trials, 36 selection bias, 35
time bias, 35 Luciferase, 84, 86 Luminex, 141
M
Mann–Whitney U test, 71 Master’s degree in public health
(MPH), 15
Medicare and Medicaid Act, 220 Mentored Patient-Oriented
Research Career Development Award, 183
Mentors, 17, 52–53 definition, 171
dyadic relationship, mentee, 171 electronic media, 172 face-to-face meetings, 185 grant writing, 183
informal mentoring, 171 institutional commitment, 187 K Award, 184
mentee protection, 172 mentee transition, 176 mentee communication, 189 mentor letter, 185–187
mentor-candidates track record, 175
mentoring relationships, 173 networking, 172
origin, 170–171
personal development, 170 potential mentors, 174 prewriting phase decision, 184 professional career, 174 research development, 170 reviewers criticisms, 187
right mentor selection, 173
Index 255
risk, 176–178 roles, 184
rules of game, 172 scientifically prominent
primary mentor selection, 184–185
spontaneous/accidental mentoring, 172
team assembling, 185 time commitment, 175
Mentorship, 6–7 Metabolomics, 143 Multivariate analysis, 75–77
N
National Cancer Institute (NCI), 133
National Center for Research Resources (NCRR), 134
National Institutes of Health (NIH), 14, 132, 182
National Research Service Award (NRSA), 13
National surgical quality improvement program ( NSQIP), 102–103
Necrotizing enterocolitis (NEC), 87 NIH Mentored Clinical Scientist
Research Career Development Award, 183
Noncancer animal models, 85–87 Nuremberg code, 46
O
Ockham’s razor, 116 Orthotopic xenograft models, 84
P
Parsimony, 116 Patient-centered outcomes
research, 94, 97 Peer-review publication
academic community, novel concepts and ideas, 148 academic writing rules, 149
256 Index
Peer-review publication (cont.) Instructions to Authors,
150–151
journal choosing, 149–150 personal and institutional
recognition, 148 publication deficiency, 148 reviewer comments, 164–165 revising, 163–164
writing
abstract section, 160 acknowledgments section,
159–160 authorship, 161–162
discussion section, 157–159 figure legends, 156
figures and tables section, 153–154
introduction section, 156–157
manuscript writing order, 151–153
methods section, 154 results section, 155 style, 149
title section, 160–161 Phenotypic mimicry models, 87 Philadelphia, 135
Pilot testing, 120–121 Propensity score analysis, 79 Proteomics
biomarker identification, 139, 142 heat shock protein 27, 141, 142 luminex, 141
mass spectrometry, 140 peptide analysis, 141 PGAM1 expression, 142 protein identification, 140 shRNA mediated repression,
142
TBI biomarker, 143
R
Randomized clinical trials (RCT), 65 Rat insulin promoter (RIP), 83
Research team management advertising, 208
career goals, 203 departmental financial and
purchasing administrators, 204
e-mail account, 204 graduate students, 207 help seeking, 206
hiring policies and practices, 206 information, company vendors,
204
institutional applicant pool, 206 laboratory personnel, 206 money saving, 204–205 postdoctoral fellows, 207 probation period, 210
program and career, investigator, 203
program leadership, 214–215 program mission, 203 program vision, 203–204 project planning, 204 questions asked, 207 references, 208–209
research personnel, hiring, 202 research techniques, 213–214 resources and equipment needs,
list generation, 204 time management, 213 trainees
clinical track record, 211 funding, 212–213
grant writing skills, 210 learning presentation skills,
210
postdoctoral trainees, 211 primary role, 210 research training, 212
scientific research methods, 211
time commitment, 210 writing skills, 210
undergraduate students, 207 RIP-TAg model, 82
S
Significance analysis microarrays (SAM), 138
Single nucleotide polymorphism (SNP), 135
Structural genomics, 135 Surgical education research
benefits, 114
data collection and analysis, 124
EBM, 112–113 ethics, 125–127 forums, 114 funding, 128 Ockham’s razor, 116 parsimony, 116
pilot testing, 120–121 professional benefits, 113 reliability and validity,
121–122
research project designing steps, 117–119
research team development, 117, 120
rigorous studies features, 117, 119
scientific equipoise criterion, 116
study design development, 122–124
survey analysis, 124–125 teaching mode, 114 teaching vs. teaching with
research, 115 Surgical innovation, 50–51 Surgical research types
basic science research, 7 clinical studies, 8 education research, 9 health services research, 8 translational research, 7
Surveillance epidemiology and end results (SEER) registry data, 72, 96
SV40 Oncogene, 82, 83
Index 257
T
Time management definition, 236 goal setting, 246
activities identification, 246 SMART concept, 244, 247 subtasks execution, 246 time allocation, subtasks, 246
key time-management strategies, 236
maximizing efficiency, 248 disorganization, 247 multitasking, 248 positive thinking, 248–249
planning and prioritizing, 238 action plans, 239
activity logs, 240 goal setting, 237 quality of work, 238 to-do lists, 237, 238
urgency-importance matrix, 237, 239
principles and practices, 236 scheduling protected time, 243
buffer time, 243 distractions elimination,
241–242 e-mail, 243–245
reading and writing, 240–241, 243
skills, 237
Time-to-event analysis, 77–78 Transcriptomics, 136 Transgenic animal model, 82–83 Translational research, 7
cellular and molecular pathways, 134
definition, 133
genomics (see Genomics) laboratory discoveries and
clinical care, 132 metabolomics (see
Metabolomics)
molecular and protein analyses, 133
258 |
Index |
|
Translational research (cont.) |
interview process, 229 |
|
national clinical and translational |
multitasking, home, 227 |
|
|
research capability, 134 |
nonessential activities, 229 |
NIH, 132 |
open communication |
|
proteomics (see Proteomics) |
culture, 230 |
|
Translational Research Working |
personal health, 228 |
|
|
Group (TRWG), 133 |
personal/professional action |
Traumatic brain injury (TBI), 142, 143 |
plan, 226 |
|
|
|
physical and mental |
V |
|
rejuvenation, 227 |
Virtual mentoring, 172 |
potential beneficial effects, |
|
|
|
226 |
W |
|
potential surgical positions |
Wilcoxon rank sum test, 71 |
and practices, 229 |
|
Work-life balance |
relationship quality, 226 |
|
ACGME, 220 |
time management, 230 |
|
adverse consequences, 222–224 |
triple threat status, 229 |
|
American Pediatric Surgical |
vacation time, 227 |
|
|
Association Task Force on |
Medicare and Medicaid Act, |
|
Family Issues, 222 |
220 |
burnout, 224–225 |
national survey of surgeons, 221 |
|
family life, 221 |
personal lives, 222 |
|
hobbies and recreation, 221 |
surgical residents, 220 |
|
imbalance, prevention and |
time management, 222 |
|
|
recovery |
X |
|
communication, departmental |
|
|
chair/divisional chief, 23 |
Xenograft animal models, 83–85 |
|
demands of work, 226 |
Z |
|
emotional and physical |
|
|
aspects, relationship, 227 |
Zebrafish models, 88–89 |