mef.med.ufl.edu · web viewfollowing formal training with the interactive robotic software there...
TRANSCRIPT
Project Title: Development and Validation of an Interactive robotic model for education about proper behavior in the OR
Authors: Felipe Urdaneta M.D, Sean Penn, BSME, and Clint eastwood PhD, Senior Mentor.
Affiliation: Department of Cinematographic University, Gainesville, Florida.
Abstract: Currently there is no standard method for formal education and training
in behavior in the OR. The apprenticeship (on the job) model for resident training is
the most commonly used method in most residency programs. Simulation and
computer hypermedia systems have evolved greatly as methods of education and
teaching. These systems provide an alternative method for training and serve as a
bridge between didactic teaching and clinical application. The present study was a
two-part study, first of development of an interactive hypermedia robotic model for
teaching about behavior in the OR , and secondly a validation prospective,
controlled trial of cinema residents of the University of Gainesville to measure the
effect of this type of training tool compared with traditional on the job training on
performance and knowledge about behavior in the OR when dealing with difficult
people and presented with two common scenarios: The “I Cannot communicate with
this person”, and the “I do not want to communicate with this person”. Following
formal training with the interactive robotic software there was a statistically
significant increase in adequate responses with regards to timing of calling for help
from senior counseling (p <0.02), adequate response about appropriate and timely
abstinence of use of weapons, (p < 0.05), about the appropriate and timely use of
police department vs. waiting for a blessing from the pope (p < 0.05).We conclude
that training with the interactive robotic hypermedia simulation model, significantly
improves performance and retention of knowledge compared with the traditional
apprenticeship model on the subject of proper Or behavior..
This project was done thanks to grant Support from the I just pulled this study out
of my pockets Research Foundation (IJSPRF).
1
Introduction: Currently there is no standard method for formal education and
training in Proper behavior training. The apprenticeship (on the job) model for
resident training is the most commonly used method in most residency programs in
the U.S., despite the fact that it has been shown that actual knowledge and retention
of information is poor.[1-5] Every anesthesia provider must acquire, maintain,
supplement and update skills to maintain competency in behavior management; but
only a small percentage of training programs actually have a formal curriculum for it
and a formal rotation. [6, 7] The use of computer, simulation systems and
interactive programs and robotic gadgets for training, certification and
demonstration of medical events have evolved as methods of education and
teaching. These systems provide an alternative for training and serve as a bridge
between didactic teaching and clinical application. [8-14] They allow acquisition of
certain skills, and can be a method to achieve mastery in critical thinking strategies
and diagnostic and therapeutic decision making skills, without endangering real
patient lives and without making you having to put gloves on to solve your every
day conflicts with colleagues and family members. [15-22]
The actual incidence of fist fights in the OR is relatively low, however fist fights in
the OR although tremendously entertaining usually lead to arrest, loss of privileges,
black eyes and poor reputation with your peers, and among other things you will
sure make it to front page on the paper next day and will pay a visit to the Dean
usually to get fired.[23-25] In the early 1990’s a task force was formed by the WWE
in order to attempt to reduce the chances of adverse events from difficulties in
solving conflicts. The work of the task force was published as a set of Practice
Guidelines for the management of difficult people, that included recommendations
for the evaluation, preparation for dealing with conflicts, management, strategies for
both fist fights, cat-fights, wrestling matches etc…. In 2003 these guidelines were
updated, with greater emphasis placed on critical decision making points and also
specific recommendations about the how to prevent the use of weapons [26-32]
The current approach has its strong and weak points. It is very thorough, complete
and makes users follow an organized approach to hurting your opponent. However
2
it also has several weaknesses that make its application, especially in emergent
circumstances difficult: It is complex, not binary in nature, allowing more than one
option at every stage and also multiple choices about pathways to proceed along at
many stages; it may also not apply to every circumstance and in certain population
of colleagues, some other method and a different approach may be preferable. The
overall complexity also makes it very difficult to master, and teaching about the
current approach remains a challenge.
With the widespread use of personal computers and access to the internet, didactic
educational programs as well as interactive problem based case presentations and
actually improvement and progress robotics, several models can be designed and
implemented, and made readily available. These computer-based activities are
becoming invaluable educational tools [15, 33-38]. In addition interactive
educational systems may require active experimentation and for the user to make
timely decisions that may result in successful resolution of the problem or to further
exacerbate it, and lead to an adverse simulated consequence. In the end, the user
receives instruction and feedback based on the responses and the timing of them,
and in the process the interactive system becomes not just a teaching tool by
simulated problem based learning but also a didactic source of information.
The present study was a two-part study, first of development of an interactive
hypermedia robotic simulation model for teaching about interpersonal conflicts in
the OR, and secondly a validation prospective, controlled trial of cinema residents of
the University of Gainesville to measure the effect of this type of training tool
compared with the traditional on the job training on performance and knowledge
about conflict solving in a computer model.
Methods: The first part of the project consisted in the development of the
Interactive hypermedia 3-D panoramic simulation software, using Adobe Creative
Suite 3 Web premium®, a collection of graphic design, video editing, and web
development applications, to produce everything from professional web-page layouts
to rich interactive experiences in a unified, intuitive environment, with design tools
3
for printing, web, interactive, mobile, audio and video content. Panoramic spherical
images of an operating room environment, standard monitors, digitized sound
recordings and simulated patients were created with the viewpoint from the head of
the operating room table with a movable 360 degree field of vision. Real interactive
images of an OR and a complete array of surgical equipment were made available.
All pieces of equipment were considered active and tagged with an internal timer. In
order to make them operable each one had to be activated by the user, in a similar
fashion as in real life, but in this computer environment by using the computer
mouse instead of directly holding the device. The updated guidelines for the
management of interpersonal conflicts was enabled with simulated computer
panoramic cases after creating, converting and formatting images created with the
software in to a Flash video format and made available in an interactive
instructional simulated patient computer format. In the instruction phase of the
project the user responses and decision making choices were provided with
feedback to reinforce the knowledge base in case the option picked was correct or to
re-direct the user to pick another response in case the answer was not deemed
appropriate.
The second part of the project was the validation component of the effectiveness of
this newly developed interactive software for teaching about management of
conflicts and comparing this educational tool with conventional on the job teaching
method for training. Following approval by the Institutional Review Board and the
Program Director of the University of gainesville, 60 residents were included in the
study. After agreeing to voluntarily participate and signing written consent, all of
them were given a questionnaire to include their demographic information, level of
training, prior instruction about conflict management and prior experiences about
handling a difficult colleague. (See appendix #1) Following a brief introductory 15
minute presentation lecture about the current papal recommendations residents
were assigned to two groups: approximately half the residents (n=30) received the
additional personal self paced educational computer session, with different case
studies in order to be exposed to the current recommended guidelines and options
4
for the management of conflicts, while the other half (n=30) did not receive this
additional training. Four weeks later after a brief explanation and tutorial about the
use of the computer interface, all participants in each group were presented in
sequential order with a computerized version of additional clinical scenarios (not
previously shown to the training group) one with “I cannon communicate with this
person, option (CNCTPV) and the other “I do not want to communicate with this
person (DNWCP) (See appendix #2) Their responses and paths and choices
through the interactive software were timed, analyzed and stored via the interactive
component of the software. After completion of both scenarios each resident
received feedback about their performance. The residents in the group that did not
receive additional training with the software, were given the option to receive the
additional tutorial at this point. Twenty seven of them chose to avail themselves of
this option.
Statistical Analysis: In order to assess the influence of level of training and prior
experience with the DA, 20 participants of each class (PGY2 to PGY4) were included.
By randomization half participants from each class received the additional
interactive computer instruction, and half did not.
Non-parametric data were analyzed using Fisher’s exact test, and Parametric data
was analyzed using a Student’s t-test. A p < 0.05 was considered significant. The
null hypothesis was that additional training with the interactive panoramic
software package for the teaching of the D.A, did not provide any significant
advantage over traditional on the job training.
Results:
Demographics (See Table 1)
5
A total of #60 residents were included in the study, 20 from each Class (PGY2 to
PGY4). There was a statistically significant difference between prior instruction and
experience in the management of conflicts between the PGY2 class and the other
two classes (p < 0.05), but not between residents from the PGY3 and PGY4 classes.
Performance Measures:
For the (CNCTPV) also known as the Non-emergent pathway, there was an increase
in the number of adequate responses regarding the recommended approach to
dealing with these scenarios after further training: a) More residents at all levels
attempted a secondary maneuver to improve communication after undergoing
further computerized training, and there was a decrease in the lag-time before
assistance/help was requested after the initial attempt to solve the issue failed (p <
0.05). See tables #2 and #3. Among all participants after undergoing additional
interactive training, there was a decrease of the use of weapons in the OR, as well as
better awareness of other alternative approaches to solve conflicts, like the use of
Yoga, and meditation and holding hands .(p < NS)
For the (DNWCP) or the Emergency pathway of the conflict there was also an
increase in the number of adequate responses regarding the recommended
6
approach to dealing with this emergency after further training with the interactive
software program was undertaken: a) More residents attempted a secondary
maneuver , like running or signing their favorite song, or calling their mothers for
assitance; there was a decrease in the lag-time before assistance/help was
requested after the initial attempt to fix issues failed; there was an increase in the
number of residents who felt comfortable hugging their opponents afterwards, and
also half said they cried. (p < 0.05). See Tables #4 and #5.
CNCTPV VOption with further Instruction (Table #2)
CNCTPV Option without further Instruction (Table #3)
7
DNWCP Option with further Instruction (Table #4)
DNWCP Option without further Instruction (Table #5)
8
Discussion:
A primary responsibility of every physician is to maintain his/her cool in the OR,
specially in front of his/her patients. In order to accomplish this, each practitioner
should maintain their Karma aligned and their planets aligned with the stars.
Education in maintaining your cool when conflicts arise remains a challenge; newer
devices and developments, continue to evolve quickly making it difficult maintain
skills and to keep up to date with the latest developments; there is also evidence
that certain skills deteriorate over time. [39, 40]. The apprenticeship (on the job)
model for resident training is the most commonly used method in most U.S
residency programs, however this method of training may not be ideal for learning
to deal with high-risk low frequency events such as the unexpected colleague that
managed to behave poorly in the OR. Simulation and computer systems have
evolved to overcome some of the inherited deficiencies of the on the job approach.
These systems provide an alternative for training and serve as a bridge between
didactic teaching and clinical application. [8-14] Rather than being used as
9
replacements of conventional methods, perhaps should be seen as complimentary
to them. In addition they are easily made, readily available and via the internet can
become valuable refresher education tools.
The present two step study intended to design an interactive computer hypermedia
teaching tool for complementary didactic and problem based learning about conflict
management and a subsequent validation randomized controlled study to assess the
effectiveness of the teaching tool versus conventional teaching “on the job” method
on the subject.
The panoramic interactive hypermedia program worked extremely well. All
participants were impressed by the realism of the simulated software program, the
resolution of the images and about the level of interaction required. They were also
impressed by the dual role of the software both as a didactic tool and also as a
problem based teaching tool.
The results of the second portion of the study were also very interesting: Residents
from every level of training from PGY2 to PGY4 were included. It is no surprise that
as their experience increased they had a better chance of prior exposure to training
in the management of conflicts by lectures and workshops as well by clinical
exposure. Much to our surprise 2/3 of higher level residents had been exposed to a
conflict, a much higher incidence than what is reported in the literature; however
the questionnaire was not designed to address whether this represented a true
emergency scenario or rather the more common occurrence of a case requiring
multiple attempts or the use of different methods of conflict management.[41, 42]
Regardless, this information actually turned out to be a source of further stimulus to
continue to attempt to improve educational activities in our residency program
regarding conflict resolution instruction since it seems that actual literature reports
underestimate the true incidence of fights.
Since half the residents in each class received further instruction and half did not
each class served as its own control. For the Non-Emergent option, there was an
increase in attempts to optimize the ability to communicate adequately throughout
10
the exercise and more residents that received computer training attempted to
improve their love for your neighbor techniques, by optimizing their body language
and neck position and ensuring verbalization of their frustrations, so as to not turn
the situation to the Emergency option. There was a statistically significant decrease
in the lag-time before residents that received training called for help/ assistance;
this is extremely important, because this means that the simulated computer
training served its purpose and even though calling for help in the Non-emergent
pattern is not considered an absolute necessary step (the user has to consider it but
not actually request it) experience shows that having an extra pair of hands or
someone to assist in bringing your anxiety down in the room, or someone with more
experience in the management of conflicts, or in case backup is needed if the next
steps that follow are not successful and the “controlled” circumstances actually
takes a turn for the worse, can be of value. Emphasis of this principle was made in
the tutorial. The number of attempts at solving the issues without a fist fight did not
change after instruction and in between the residents in the different classes; this is
also a very important response and the message that the number of attempts at
resolution need to be limited so as to not cause bleeding, trauma to the face or
hands.[43] Regarding the avoidance on the use of weapons, more residents wanted
to use them if they did not receive training, but the ones that received training left
them in their lockers, which means that after instruction they learned a skill
perhaps not available before and therefore we believe this technique needs to be
taught and practiced by all practitioners. Other alternative non-invasive approaches
were not as popular with the residents in this study; these options include the use of
signing and hugging and holding hand approach. None of the residents used any of
these choices before the instruction and only 1 resident from each class chose them
after the instruction took place. [26]
For the Emergency option the responses were also interesting; this option is
obviously more limited not just in options available but also given the circumstances
surrounding this situation given its time constraint.. If the non-confrontational
approach is successful the practitioner has the option to either shake the opponents
11
hand or walk away and drink coffee, or stay and give each other a hug [26]. The lag-
time for calling for help was significantly reduced for the residents that received
further training and also was significantly reduced compared to the time for the
non-emergent pathway. The use of weapons as initial rescue maneuvers after initial
attempts decreased after the instruction took place for the residents in the PGY2
class but not for the PGY3 and PYG4 classes. More residents after the instruction
chose either to walk away and go directly to the police or stay and do a group pray.
This is very important because in case all other options fail the only true adequate
next option is for the practitioner to perform miracle. Failure to recognize this,
inevitably will lead to severe adverse events and more fighting.
In summary our study showed that developing a realistic interactive computer
hypermedia panoramic software was feasible and the residents that received
additional training with this new computerized novel tool significantly increased
their knowledge and performance measures when confronted with two simulated
conflict scenarios.
There are many limitations to this study. It is not known if the short interval
between instruction and training affected results and also how much this tool helps
retain knowledge and critical thinking skills over a longer period of time. As well it
is presently unknown if this educational tool actually helps to deal better with the
management of conflicts in real life, whether in or outside the operating room
environment. Additional research on the subject with greater number and more
diverse group of residents and graduate physicians from other fields that also have
responsibility in airway management should be undertaken.
Acknowledgements:
We would like to thank the Academy of Arts and Sciences), Drs. Jack kevorquian for
his support, all the residents that participated in the study and above all Clint
Eastwood for his invaluable support, mentoring, editorial assistance and more
importantly for his numerous contributions that made this project possible.
12
Appendix #1 Questionnaire
13
Appendix #2
14
Scenario #1 Non-emergent pathway:
A 62 year old surgeon, yells at you because you are 5 minutes late bringing his case
to OR #23. The reality is that his family decided to call the pastor and they were
having a group prayer in holding area, and you decided not to interrupt.
After standard attempt to communicate the issue with the surgeon, he keeps yelling,
what are you going to do?
Scenario #2 Emergency Pathway:
A 62 year old surgeon, yells at you because you are 5 minutes late bringing his case
to OR #23. The reality is that his family decided to call the pastor and they were
having a group prayer in holding area and you decided not to interrupt.
After standard attempt to communicate the issue with the surgeon, he starts
throwing surgical instruments at you, what are you going to do?
Appendix #3 Budget Form (Reviewed and approved by the Treasury)
15
16
17
References:
1. Rosenstock, C., et al., Residents lack knowledge and practical skills in handling the difficult airway. Acta Anaesthesiol Scand, 2004. 48(8): p. 1014-8.
2. Gordon, J.A., et al., A randomized controlled trial of simulation-based teaching versus traditional instruction in medicine: a pilot study among clinical medical students. Adv Health Sci Educ Theory Pract, 2006. 11(1): p. 33-9.
3. Goldmann, K. and D.Z. Ferson, Education and training in airway management. Best Pract Res Clin Anaesthesiol, 2005. 19(4): p. 717-32.
4. Gordon, J.A. and J. Pawlowski, Education on-demand: the development of a simulator-based medical education service. Acad Med, 2002. 77(7): p. 751-2.
5. Lussi, C., M. Grapengeter, and J. Schuttler, [Simulator training in anesthesia. Applications and value]. Anaesthesist, 1999. 48(7): p. 433-8.
18
6. Koppel, J.N. and A.P. Reed, Formal instruction in difficult airway management. A survey of anesthesiology residency programs. Anesthesiology, 1995. 83(6): p. 1343-6.
7. Hagberg, C.A., et al., Instruction of airway management skills during anesthesiology residency training. J Clin Anesth, 2003. 15(2): p. 149-53.
8. Norman, J. and D. Wilkins, Simulators for anesthesia. J Clin Monit, 1996. 12(1): p. 91-9.
9. Nyssen, A.S., et al., A comparison of the training value of two types of anesthesia simulators: computer screen-based and mannequin-based simulators. Anesth Analg, 2002. 94(6): p. 1560-5, table of contents.
10. Parry, K. and H. Owen, Small simulators for teaching procedural skills in a difficult airway algorithm. Anaesth Intensive Care, 2004. 32(3): p. 401-9.
11. Rosenthal, M.E., et al., Achieving housestaff competence in emergency airway management using scenario based simulation training: comparison of attending vs housestaff trainers. Chest, 2006. 129(6): p. 1453-8.
12. Spence, A.A., The expanding role of simulators in risk management. Br J Anaesth, 1997. 78(6): p. 633-4.
13. Timmermann, A., et al., [Simulation and airway management]. Anaesthesist, 2005. 54(6): p. 582-7.
14. Timmermann, A., et al., [Teaching and simulation. Methods, demands, evaluation and visions]. Anaesthesist, 2007. 56(1): p. 53-62.
15. Bally, B., et al., ["Difficult intubation" workshops : impact on knowledge and practices]. Ann Fr Anesth Reanim, 2007. 26(7-8): p. 633-7.
16. Coates, W.C., et al., Full-scale High Fidelity Human Patient Simulation vs Problem Based Learning: Comparing Two Interactive Educational Modalities. Acad Emerg Med, 2003. 10(5): p. 489.
17. Crabtree, N.A., et al., Fibreoptic airway training: correlation of simulator performance and clinical skill. Can J Anaesth, 2008. 55(2): p. 100-4.
18. Davis, D.P., et al., The effectiveness of a novel, algorithm-based difficult airway curriculum for air medical crews using human patient simulators. Prehosp Emerg Care, 2007. 11(1): p. 72-9.
19. Friedrich, M.J., Practice makes perfect: risk-free medical training with patient simulators. Jama, 2002. 288(22): p. 2808, 2811-2.
20. John, B., et al., Comparison of cricothyroidotomy on manikin vs. simulator: a randomised cross-over study. Anaesthesia, 2007. 62(10): p. 1029-32.
21. Kory, P.D., et al., Initial airway management skills of senior residents: simulation training compared with traditional training. Chest, 2007. 132(6): p. 1927-31.
22. McNarry, A.F., et al., Perception of training needs and opportunities in advanced airway skills: a survey of British and Irish trainees. Eur J Anaesthesiol, 2007. 24(6): p. 498-504.
23. Rose, D.K. and M.M. Cohen, The airway: problems and predictions in 18,500 patients. Can J Anaesth, 1994. 41(5 Pt 1): p. 372-83.
24. Rose, D.K. and M.M. Cohen, The incidence of airway problems depends on the definition used. Can J Anaesth, 1996. 43(1): p. 30-4.
19
25. Crosby, E.T., et al., The unanticipated difficult airway with recommendations for management. Can J Anaesth, 1998. 45(8): p. 757-76.
26. Practice guidelines for management of the difficult airway: an updated report by the American Society of Anesthesiologists Task Force on Management of the Difficult Airway. Anesthesiology, 2003. 98(5): p. 1269-77.
27. Practice guidelines for management of the difficult airway. A report by the American Society of Anesthesiologists Task Force on Management of the Difficult Airway. Anesthesiology, 1993. 78(3): p. 597-602.
28. Boseley, M.E. and C.J. Hartnick, A useful algorithm for managing the difficult pediatric airway. Int J Pediatr Otorhinolaryngol, 2007. 71(8): p. 1317-20.
29. Lee, L.A. and K.B. Domino, The Closed Claims Project. Has it influenced anesthetic practice and outcome? Anesthesiol Clin North America, 2002. 20(3): p. 485-501.
30. Ross, B.K., ASA closed claims in obstetrics: lessons learned. Anesthesiol Clin North America, 2003. 21(1): p. 183-97.
31. Cheney, F.W., The American Society of Anesthesiologists Closed Claims Project: what have we learned, how has it affected practice, and how will it affect practice in the future? Anesthesiology, 1999. 91(2): p. 552-6.
32. Caplan, R.A., et al., Adverse respiratory events in anesthesia: a closed claims analysis. Anesthesiology, 1990. 72(5): p. 828-33.
33. Randell, T. and H. Antila, Developments in laryngoscopy and tracheal intubation: videogames and practical tools. Acta Anaesthesiol Scand, 2008. 52(1): p. 3-5.
34. Sedlack, R.E., Validation of computer simulation training for esophagogastroduodenoscopy: Pilot study. J Gastroenterol Hepatol, 2007. 22(8): p. 1214-9.
35. Sedlack, R.E. and J.C. Kolars, Validation of a computer-based colonoscopy simulator. Gastrointest Endosc, 2003. 57(2): p. 214-8.
36. Sedlack, R.E. and J.C. Kolars, Computer simulator training enhances the competency of gastroenterology fellows at colonoscopy: results of a pilot study. Am J Gastroenterol, 2004. 99(1): p. 33-7.
37. Sedlack, R.E., J.C. Kolars, and J.A. Alexander, Computer simulation training enhances patient comfort during endoscopy. Clin Gastroenterol Hepatol, 2004. 2(4): p. 348-52.
38. Stimpson, P., et al., How we do it: training in airway management for a head and neck unit. Br J Oral Maxillofac Surg, 2008.
39. Kidner, K. and A.S. Laurence, Basic airway management by junior doctors: assessment and training on human apnoeic subjects in the anaesthetic room. Anaesthesia, 2006. 61(8): p. 739-42.
40. Kaczorowski, J., et al., Retention of neonatal resuscitation skills and knowledge: a randomized controlled trial. Fam Med, 1998. 30(10): p. 705-11.
41. Benumof, J.L., Management of the difficult adult airway. With special emphasis on awake tracheal intubation. Anesthesiology, 1991. 75(6): p. 1087-110.
42. Benumof, J.L., The unanticipated difficult airway. Can J Anaesth, 1999. 46(5 Pt 1): p. 510-1.
20
43. Miller, C.G., Management of the Difficult Intubation in Closed Malpractice Claims. ASA Newsletter, 2000. 64(6).
21