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Assessment of public access YouTube™ content for pediatric minimal access surgery education

Authors:

Abstract

YouTube™ is a video-sharing open-access online platform with more than 1 billion users. The number of users and uploaded videos with medical content is increasing every day. Though e-learning has advantages and use of social media has found place in modern education, this short communication is about YouTube™, that is one of leading social media, having an impact on pediatric surgery trainees in minimal access surgery.
Vol.:(0123456789)
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Journal of Pediatric Endoscopic Surgery (2019) 1:41–43
https://doi.org/10.1007/s42804-019-00010-3
SHORT COMMUNICATION
Assessment ofpublic access YouTube™ content forpediatric minimal
access surgery education
MajaRaicevic1,2· AmulyaK.Saxena2
Received: 26 March 2019 / Revised: 12 April 2019 / Accepted: 15 April 2019 / Published online: 26 April 2019
© Springer Nature Singapore Pte Ltd 2019
Abstract
YouTube™ is a video-sharing open-access online platform with more than 1billion users. The number of users and uploaded
videos with medical content is increasing every day. Though e-learning has advantages and use of social media has found
place in modern education, this short communication is about YouTube™, that is one of leading social media, having an
impact on pediatric surgery trainees in minimal access surgery.
Keywords Pediatric surgery· YouTube· Education· Videos· Minimal access surgery
Introduction
Recently, Steel etal. [1] stated that in contemporary times,
social media is a necessary component of surgical practice
and that there is no doubt whether social media should be
used or not; but the question is how should it be used.
YouTube™ (www.youtu be.com) has over a billion users,
with local versions launched in more than 88 countries and
YouTube™ navigation is possible in 76 different languages
which covers 95% of the Internet population of today.
Another interesting fact is that more than half of YouTube™
views come from mobile devices [2] and that means that
users only a screen touch away from the content they are
interested in. Numerous videos with medical content have
been uploaded on YouTube™ since it has been launched and
that number is increasing rapidly every day. These facts state
that YouTube™ as a video-sharing website has a tremendous
influence in everyday life but how does it influence medical
education in particular specialties especially minimal access
surgery?
Sterling [3] reported that YouTube™ was used mostly
to teach technical skills and promote self-efficacy. Rapp
etal. conducted a survey to evaluate video usage as surgi-
cal preparation methods; in this survey, 90% of all survey
respondents reported that they use videos to prepare for
surgical cases (95% first time learners and 83% Faculty).
YouTube™ was the most commonly used source and 85%
of the respondents used it in their survey. Beside this, it was
reported that there was a significant difference in frequency
of using videos for surgical preparation, as learners use it
more often than faculty; 70% of learners use it 1–2 times
per month or once a week [4]. The results of this survey
emphasize the influence of YouTube™ as an educational
tool for medical students and surgical trainees in particular.
Therefore, what is important to know?
The most important question is that, which videos should
we watch? YouTube™ is an open-access online platform
where everybody can share their videos free of charge and
due to this fact, there are great variations in videos qual-
ity. There are different mostly private sources that upload
medical videos, with a minority of these being from reliable
institutional sources and the majority from non-institutional
individuals. Frongia etal. [5] in their analysis, YouTube™
as a potential training resource for laparoscopic fundoplica-
tion, reported that institutional videos have higher scores for
surgical quality and total video quality compared to other
sources. He also reported that video quality is not related
to the ratio of likes/dislikes and video quality should be fil-
tered based on upload source and duration [5]. Lee etal.
[6] came to a similar conclusion in their research as only
* Maja Raicevic
maja.raicevic9@gmail.com
1 Department ofPediatric Surgery, Clinic forPediatric
Surgery andOrthopedics, Clinical Center Nis, Bulevar
Zorana Djindjica 48, 18000Nis, Serbia
2 Department ofPediatric Surgery, Chelsea Children’s
Hospital, Chelsea andWestminster NHS Fdn Trust, Imperial
College London, London, UK
42 M.Raicevic, A.K.Saxena
1 3
15% of laparoscopic cholecystectomy videos were scored
to have good quality, 54.8% were moderate and 30.1% were
poor. Videos uploaded by tertiary centers showed the highest
educational value and were scored significantly higher than
others and also there was no correlation between the video
quality and the number of likes or views per day [6].
In the recent years, quality of videos has been increased
as more and more videos today are now in High Definition
(HD) resolution when compared to previously uploaded non-
HD videos. One of the biggest advantages of YouTube™
for pediatric surgery trainees is that various surgical solu-
tions for same conditions are found on YouTube™. Differ-
ent surgical techniques are presented and it is also possible
to see innovations and usage of new medical equipment
not available in every Children’s hospital, especially not in
low-income economy countries. The other advantage is that
same video could be watched repeatedly if necessary. This
is very convenient for laparoscopic procedures especially, as
the video shows the surgeon’s perspective during the proce-
dure, compared to open surgery videos where the recorded
view could be different from surgeon’s field of vision [5].
Most of the videos with surgical techniques are scarce
with additional information regarding the video content. For
surgical education, better choice are videos with an audio
narration, explaining exactly the procedure presented in the
video, versus those which have only a title or a short expla-
nation written below.
The other important thing about the video content is that
not only that there are videos representing various surgi-
cal techniques, nonetheless, there is also a huge number of
uploaded presentations about different pediatric surgery
conditions. Except for the PowerPoint® presentations and
animations on certain topic, video presentations from sci-
entific meetings can also be found. Such presentations could
help trainees to be updated with current strategies and trends
in pediatric surgery.
As an interactive social media, YouTube™ offers an
option not only to watch videos but also to communicate
with the institution/person who has uploaded a video of
interest. In this way, questions about the condition or sur-
gical technique could be posted and answers obtained and
forum discussed, off course bearing in mind the variation in
competency levels of the forum giving advice.
Although YouTube™ has been used in medical educa-
tion and patient education, however, misinformation has
also been shared [7]. So are there pitfalls in using social
media for education and the question that arises here is
that can they be avoided? Madathil etal. [8] in a system-
atic review pointed out that YouTube™ contains mislead-
ing information which contradicts the reference standards,
and that the retrieval of relevant videos is particularly
dependent on the term used for search. He also reported
that trustworthy and high-quality information came from
videos uploaded by government organizations and profes-
sional associations [8]. Walsh also reported that although
social media have their place in surgical practice there are
downsides as well. Regarding educational impact, he high-
lighted that availability of e-learning and its advantage,
but in the wrong context or at the wrong time can become
a disadvantage as incorrect information may be accepted
by learners who might put patients at risk of harm due to
misconceived learning. Traditional publishing comparing
to social media has less incorrect information as content
must pass through editing, peer review, more editing,
copyediting, and proofreading before publication [9]. One
thing that should user always bare in mind is that the con-
tent on YouTube™ is non-peer reviewed and unmoderated
which has its own risks. Based on that, all the techniques
learned through such resources should be double checked
with the mentor available.
Taking all the above factors into account, it can be con-
cluded that YouTube™ certainly has a role in pediatric
surgery education although the selection of videos to be
watched should be made carefully. Institutional videos on
YouTube™ should be preferred for educational purpose
as they are of better quality and contain trustworthy infor-
mation. Minimal access surgery videos in particular can
be very beneficial to pediatric surgery trainees; however,
trainees should be reminded that YouTube™ videos are
only just a one component of learning to supplement train-
ing and should not used to replace the traditional way of
learning.
Funding None.
Compliance with ethical standards
Conflict of interest The authors declare that they have no conflict
of interest.
References
1. Steel SR, Arshad S, Bush R, Dasani S, Cologne K, Bleier JI
etal (2015) Social media is a necessary component of surgery
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2. [Cited 2017 19 June] Available from : https ://www.youtu
be.com/yt/press /en-GB/stati stics .html. Accessed 19 June 2017
3. Sterling M, Leung P, Wright D, Bishop TF (2017) The use
of social media in graduate medical education: a systematic
review. Acad Med 92:1043–1056
4. Rapp AK, Healy MG, Charlton ME, Keith JN, Rosenbaum
ME, Kapadia MR (2016) YouTube is the most frequently used
educational video source for surgical preparation. J Surg Educ
73:1072–1076
5. Frongia G, Mehrabi A, Fonouni H, Rennert H, Golriz M,
Günther P (2016) YouTube as a potential training resource for
laparoscopic fundoplication. J Surg Educ 73:1066–1071
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6. Lee JS, Seo HS, Hong TH (2015) YouTube as a training method
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9. Walsh K (2015) Social media and surgery: an alternative view.
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ResearchGate has not been able to resolve any citations for this publication.
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