telegenetics: a systematic review of telemedicine in genetics services
TRANSCRIPT
765Genetics in medicine | Volume 14 | Number 9 | September 2012
©American College of Medical Genetics and Genomics SyStematic review
1Institute of Medical Genetics, Cardiff University, Cardiff, UK; 2Cancer Research Wales Library, Cardiff University, Cardiff, UK; 3Faculty of Health, Sport and Science, University of Glamorgan, Pontypridd, UK. Correspondence: Rachel Iredale ([email protected])
Submitted 13 December 2011; accepted 27 February 2012; advance online publication 12 April 2012. doi:10.1038/gim.2012.40
Purpose: Telemedicine is being increasingly used in many areas of health care, particularly to reduce the barriers that rural popula-tions face in accessing health-care services. Telemedicine may also be effectively utilized in clinical genetics services—an application that has been termed “telegenetics.” methods: A systematic review of the literature was conducted to identify studies of genetic consultations carried out through video-conferencing so as to determine whether conclusions can be drawn about the value of telegenetics. A total of 14 articles reporting data from 12 separate studies met the inclusion criteria. Results: In a majority of these studies, patients received their tele-genetics consultation at a local clinic or outreach center, from where they communicated via a synchronous video link with a genetics practitioner. All the studies reported high levels of patient satisfaction
with telegenetics, and patients were generally more receptive to tele-genetics than the genetics practitioners were. The studies had limita-tions of small sample sizes and lack of statistical analyses.
conclusions: This review suggests that telegenetics may be a useful tool for providing routine counseling and has the potential to evalu-ate pediatric patients with suspected genetic conditions. Prospective, fully powered studies of telegenetics that explore the accuracy of diagnoses and patient outcomes are needed to allow informed deci-sions to be made about the appropriate use of telemedicine in genet-ics service delivery.
Genet Med 2012:14(9):765–776
Key Words: clinical genetics; genetic counseling; systematic review; telegenetics; telemedicine
telegenetics: a systematic review of telemedicine in genetics services
Jennifer S. Hilgart, BSc, MSc1, Julie A. Hayward, BSc1, Bernadette Coles, MSc2 and Rachel Iredale, MA, Phd3
Telemedicine is the use of electronic and communication tech-nologies for medical diagnostic, monitoring, and therapeutic purposes when distance and/or time separate the participants.1 The term telemedicine often refers to a real-time interaction between a patient and a health professional through video-conferencing rather than face to face. By enabling contact with health service providers in distant locations, telemedicine can benefit rural populations by reducing geographical barriers to accessing specialist health services.2–5 Other benefits of telemed-icine include improved efficiency and reduced costs of health services. The large number of articles and reviews published in recent years about telemedicine demonstrates the increasing use of, and research into, telemedicine services.
In a review of reviews, Ekeland et al.6 identified 80 systematic reviews published between 2005 and 2009 on the impact and cost of telemedicine in various areas of health care, including psychiatry, dermatology, and diabetes. Ekeland et al. concluded that the results of these reviews were diverse; some suggested that telemedicine has positive therapeutic effects and increases effi-ciency within health services,7,8 while other reviews concluded that the evidence for the benefits of telemedicine was inconsis-tent and limited.9,10 The data relating to the cost- effectiveness of telemedicine are also mixed; a recent review found that syn-chronous video communication was cost effective for home
care and access to on-call hospital specialists but not for the local delivery of services between hospitals and primary care.11 Despite the lack of consensus within the literature regarding the effectiveness of telemedicine in improving the quality of, or access to health care, its use remains widespread.12
Telemedicine may be particularly effective in medical special-ties in which verbal interactions are a key part of the assessment process, such as in psychiatry and neurology. Research in these areas demonstrates that care via telemedicine produces outcomes comparable to those of face-to- face consultations.13–17 Genetics services are often based on counseling and may therefore also be a specialized field of health care in which telemedicine can be effectively utilized as an alternative to standard face-to-face interactions between health professionals and patients.
Referrals to genetics services are generally suggested if a patient is suspected of being at risk of, or affected by, a genetic disorder. For example, genetics specialists can diagnose a patient with symptoms of a disease or carry out a disease risk assessment or a reproductive risk assessment relating to a pos-sible carrier status or pregnancy. This often involves several visits to a genetics clinic to undergo genetic counseling and physical evaluation, receive genetic test results, and attend fol-low-up appointments. In Europe and the United States, access to genetics services is often available only in urban centers,18,19
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HILGART et al | Review of telegeneticsSyStematic review
which means that remote populations may not have access to the information, treatment, and psychosocial support that genetics services can offer. The potential for using telemedicine in clini-cal genetics service delivery has been highlighted by a number of authors,19–21 who have suggested that it may enable more equi-table access to genetics services for people who must otherwise travel long distances to specialist centers. Indeed, an increasing number of studies are exploring alternative models of service provision, including genetic counseling over the telephone,22,23 and genetics consultations via real-time videoconferencing,24 so as to improve equality of access, improve cost efficiency, and help to meet the increasing demand for these services.
Our systematic review aims to synthesize the evidence available to date about genetic consultations carried out via videoconferencing, a process that has been termed “telegenetics”.24,25 Our aim was to determine whether conclu-sions can be drawn about the value of telegenetics, and to provide recommendations for further research and its adop-tion in clinical practice.
metHOdssearch strategyThe literature search focused on English-language articles per-taining to the use of telemedicine in clinical genetics services (see Table 1 for search key words). The following electronic databases were searched: MEDLINE, EMBASE, PsychINFO, CINAHL, British Nursing Index, Cochrane Library, and the Web of Science. Each database search was conducted dur-ing the week of 28 November 2011 to identify articles pub-lished from January 1996 up to November 2011. The Science Citation Index was searched to find articles that cited the stud-ies included in the database search results. The reference lists of all relevant articles and other reviews were used to identify additional studies.
eligibility criteriaStudies were included in this review if they were published in a peer-reviewed journal in English and were aimed at evaluating the effectiveness, cost, or feasibility of synchro-nous telemedicine consultations in any area of clinical genet-ics. Studies that did not include genetics consultations were excluded. Randomized controlled trials and nonrandomized pilot studies were considered for inclusion. Both quantitative and qualitative studies were eligible, but reviews, letters with no primary data, case studies, and unpublished studies were excluded.
The outcomes of interest were clinical efficacy, knowledge, perceived risk, affective outcomes (e.g., distress, anxiety, and depression), behavioral outcomes (e.g., surveillance/surgery uptake and genetic testing uptake), satisfaction, and cost of the service. All titles and abstracts were screened in accordance with the inclusion criteria. Full-text articles were obtained whenever more information was required to make a decision about inclusion. Two reviewers independently reviewed the full-text studies to determine whether they met the inclusion
criteria. Any disagreement about a particular study was resolved through discussion and/or referred to a third person.
information extractionTwo review authors independently extracted data from each of the studies included in the review. The data extracted included study design, method and setting; participant characteris-tics; and relevant outcomes. Any differences in opinion were resolved through discussion. Reviewers were not blinded as to authorship, journal, or institution.
Quality assessmentA formal quality assessment was not performed because a majority of the studies were nonrandomized studies with small sample sizes, whereas all well validated quality assessment tools are intended for use in the context of randomized controlled trials.
ResULtsstudy characteristicsA total of 14 articles reporting data from 12 separate studies met all the study selection criteria. Details of the studies included, pub-lished between the years 2000 and 2011, are provided in Table 2. The studies were conducted in the United States, Canada, the UK, and Australia. All the studies utilized real-time videoconfer-encing via multiple high-speed ISDN lines (between 128 and 384 kbps) to provide clinical genetics services to remote or outreach areas. ISDN lines are considered to be effective in transmitting high-resolution images and are reasonably fast and secure. In a majority of the studies, patients received their telegenetics con-sultations at a local clinic or outreach center. Exceptions to this were Meropol et al.,26 a study in which the participants were counseled in their own homes, and Gattas et al.,27 in which both the telegenetics group and the face-to-face group had their con-sultations in the same hospital in Brisbane, Australia, so as to remove the advantages of travel time and cost.
The studies included in our review related to the use of tele-genetics in counseling for hereditary cancer,26,28–33 prenatal counseling,34 pediatric services,35,36 and services for a range of genetic disorders.24,27,37 Of the 125 patients who were evaluated and/or counseled via telemedicine in the study by Lea et al.,37 64% received pediatric and/or neurological genetics consulta-tions and the rest received consultations for cancer or repro-ductive genetics counseling. Pediatric telegenetics services often included physical examinations, whereas consultations for can-cer generally only involved a review of the patients’ family his-tory, the provision of information, and psychosocial support. The type of genetics practitioner involved in the telemedicine consultations varied between studies. In several studies, patients had a genetics counselor or nurse present with them at the out-reach clinic while they communicated via a synchronous video link with a geneticist or a genetics counselor.24,27,30–33,38 In a study by Stalker et al.,36 a genetics counselor obtained information on patients’ family and medical history via teleconferencing, and a local pediatrician conducted a physical examination. The
767Genetics in medicine | Volume 14 | Number 9 | September 2012
Review of telegenetics | HILGART et al SyStematic review
patients then returned to the clinic for a face-to-face consulta-tion with the clinical geneticist. Three of the studies explored genetics counseling via teleconference with a genetics counselor only; these comprised one study involving prenatal counseling34 and two studies involving hereditary cancer counseling.26,29 Coelho et al.,28 described a study of genetics counseling for can-cer via teleconference with a genetics consultant.
Only one of the studies in our review involved randomization of participants to receive either a telegenetics consultation or a face-to-face consultation, with both groups attending the same hospital for their appointments.27 Patients in the telegenetics group communicated via a video link with the consultant, who was located only 10 meters away. The majority of the studies used a retrospective or cross-sectional design, with evalua-tions and assessments occurring after the telegenetics consulta-tion. Three studies were prospective studies with assessments both before and after telegenetics counseling.24,28,33 Two studies involved conducting qualitative interviews, one with patients32 and the other with genetics professionals,30,31 to explore their experiences of telegenetics. The other studies involved the gath-ering of data through surveys and/or telephone interviews, and
many did not involve any statistical analyses on outcomes mea-sures because of small sample sizes. Only one study indicated that validated measurement tools with acceptable reliability had been used to assess outcomes.33 That study was also the only one to mention that power calculations were conducted to ensure that any significant between-group differences were detected. Eight of the studies did not have a comparison group, and reported data solely on those who received genetics services via a telemedicine.24,26,29–32,35–38 All the studies measured patient satisfaction with the telegenetics consultation; in some cases, the health professionals’ satisfaction was also assessed. The methods of measuring satisfaction varied between studies, with many researchers developing their own scales of satisfaction, whereas others based their scales on previous research. Three studies reported on affective outcomes such as cancer-specific distress, general anxiety, and depression.24,28,33 There were no reports on clinical or behavioral outcomes such as uptake of genetics testing or cancer screening after telegenetics counsel-ing for hereditary cancer. However, Lea et al.,37 Hopper et al.,35 and Stalker et al.36 reported on the clinical efficacy of diagnos-ing pediatric genetic disorders through the use of telegenetics.
table 1 Review search strategy
medLine (OVid) emBAse (OVid) PsychinFO (OVid) cinAHL
1. Telemedicine/ 2. Remote consultation/ 3. Videoconferencing/ 4. Internet/ 5. Telecommunications/ 6. (Telehealth$ or tele-health$
or telemed$ or tele-med$ or telecommunication$ or telemanag$ or tele-manag$ or telecare or tele-care or telesupport$ or tele-support$ or telemonitor$ or tele-monitor$ or mobile health$ or ehealth$ or e-health$ or mhealth or m-health or mobile device$).tw.
7. Computer mediated.tw. 8. ((Tele$ or remote or video$) adj2
(care$ or consult$ or clinic$ or counsel$)).tw.
9. Or/1-810. Genetics/11. Genetics medical/12. Genetic counseling/13. Exp genetic services/14. Genetic predisposition to disease/15. (Genetic$ adj3 (service$ or risk$
or counsel$ or clinic$ or test$ or screen$)).tw.
16. Or/10-1517. 9 and 1618. (Telegenetic$ or tele-genetic$).tw.19. 17 or 1820. Limit 19 to English language
1. Exp telemedicine/ 2. Exp teleconsultation/ 3. Exp videoconferencing/ 4. Internet/ 5. Exp telecommunication/ 6. (Telehealth$ or tele-health$
or telemed$ or tele-med$ or telecommunication$ or telemanag$ or tele-manag$ or telecare or tele-care or telesupport$ or tele-support$ or telemonitor$ or tele-monitor$ or mobile health$ or ehealth$ or e-health$ or mhealth or m-health or mobile device$).tw.
7. Computer mediated.tw. 8. ((Tele$ or remote or video$)
adj2 (care$ or consult$ or clinic$ or counsel$)).tw.
9. Or/1-810. Exp medical genetics/11. Genetic counseling/12. Exp genetic service/13. Exp genetic predisposition/14. (Genetic$ adj3 (service$ or
risk$ or counsel$ or clinic$ or test$ or screen$)).tw.
15. Or/10-1416. 9 and 1517. (Telegenetic$ or
tele-genetic$).tw.18. 16 or 1719. Limit 18 to (human and
English language)
1. Telemedicine/ 2. Internet/ 3. Telecommunications/ 4. (Telehealth$ or tele-health$
or telemed$ or tele-med$ or telecommunication$ or telemanag$ or tele-manag$ or telecare or tele-care or telesupport$ or tele-support$ or telemonitor$ or tele-monitor$ or mobile health$ or ehealth$ or e-health$ or mhealth or m-health or mobile device$).tw.
5. Computer mediated.tw. 6. ((Tele$ or remote or video$)
adj2 (care$ or consult$ or clinic$ or counsel$)).tw.
7. Genetics/ 8. Genetic counseling/ 9. (Genetic$ adj3 (service$ or risk$
or counsel$ or clinic$ or test$ or screen$)).tw.
10. (Telegenetic$ or tele-genetic$).tw.
11. 1 or 2 or 3 or 4 or 5 or 612. 7 or 8 or 913. 11 and 1214. 10 or 13
1. (MH “Telemedicine”) 2. (MH “Telehealth+”) 3.(MH “Telenursing”) 4. (MH “Remote Consultation”) 5. (MH “Videoconferencing”) 6. TX telehealth* or tele-health*
or telemed* or tele-med* or telecommunication* or telemanag* or tele-manag* or telecare or tele-care or telesupport* or tele-support* or telemonitor* or tele-monitor* or mobile health* or ehealth* or e-health* or mhealth or m-health or mobile device*
7. Telegenetic* or tele-genetic 8. 1 or 2 or 3 or 4 or 5 or 6 9. (MH “Genetics, Medical+”)10. (MH “Genetic Counseling”)11. (Genetic*) N£ (service* or
risk* or counsel* or clinic* or test* or screen*)
12. 9 or 10 or 1113. 8 and 1214. 13
768 Volume 14 | Number 9 | September 2012 | Genetics in medicine
HILGART et al | Review of telegeneticsSyStematic review
tab
le 2
Su
mm
ary
of
stu
die
s in
clu
ded
in t
he
revi
ew
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
Abr
ams
and
Gei
er34
USA
Pren
atal
gen
etic
s co
unse
ling
with
gen
etic
s co
unse
lor v
ia
tele
med
icin
e V
ideo
conf
eren
cing
bet
wee
n th
e pa
tient
in a
n ob
stet
ricia
n’s
offic
e in
a s
atel
lite
clin
ic a
nd th
e ge
netic
s co
unse
lor a
t the
clin
ical
ge
netic
s cl
inic
. All
coun
selin
g se
ssio
ns in
clud
ed d
iscu
ssio
n of
te
stin
g op
tions
, acq
uisi
tion
of
fam
ily h
isto
ry, a
nd in
form
ed
cons
ent.
Qua
ntita
tive
cros
s-se
ctio
nal s
urve
y co
mpl
eted
pos
t-co
unse
ling.
Com
paris
on b
etw
een
pren
atal
ge
netic
s co
unse
ling
via
tele
med
icin
e (n
= 7
) and
face
-to-
face
cou
nsel
ing
(n =
14)
.
Post
coun
selin
g m
easu
res:
- Sat
isfa
ctio
n w
ith th
e co
unse
ling
proc
ess
- Pat
ient
’s ex
perie
nce
of
vide
ocon
fere
ncin
g.
For b
oth
grou
ps, s
atis
fact
ion
with
cou
nsel
ing
scor
es a
vera
ged
betw
een
4 an
d 5
(5 =
hig
hest
sa
tisfa
ctio
n po
ssib
le),
incl
udin
g he
lpfu
lnes
s of
gen
etic
s co
unse
ling
and
satis
fact
ion
with
am
ount
of
tim
e gi
ven.
Bot
h gr
oups
felt
sess
ion
was
con
fiden
tial;
100%
of
tele
gene
tics
grou
p ga
ve p
ositi
ve
resp
onse
s ab
out c
ouns
elin
g pr
oces
s an
d a
maj
ority
of i
n-pe
rson
co
unse
ling
resp
onse
s w
ere
posi
tive.
A
ll te
lege
netic
s pa
tient
s re
port
ed
that
it w
as a
n ad
vant
age,
mai
nly
beca
use
of re
duce
d tr
avel
tim
e. O
ne
tele
gene
tics
patie
nt w
ould
hav
e pr
efer
red
an in
-per
son
cons
ulta
tion
in th
e cl
inic
.
Patie
nt s
atis
fact
ion
with
pre
nata
l ge
netic
cou
nsel
ing
was
sim
ilar a
mon
g th
ose
rece
ivin
g th
e co
unse
ling
via
vide
ocon
fere
ncin
g an
d th
ose
rece
ivin
g it
face
-to-
face
in a
clin
ic. P
atie
nts
coun
sele
d vi
a te
lege
netic
s re
port
ed
posi
tive
expe
rienc
es w
ith u
sing
the
tech
nolo
gy, a
nd s
tate
d th
at it
redu
ced
trav
el ti
me.
Con
fiden
tialit
y w
as n
ot a
co
ncer
n fo
r tho
se re
ceiv
ing
tele
gene
tics
coun
selin
g.
Coe
lho
et a
l.28
UK
Fam
ily h
isto
ry o
f bre
ast/
ovar
ian
or c
olon
can
cer
Patie
nts
rece
ived
gen
etic
s co
unse
ling
for c
ance
r with
a
gene
tics
cons
ulta
nt. (
Con
tent
s of
cou
nsel
ing
sess
ions
are
not
de
scrib
ed.)
Pros
pect
ive
stud
y co
mpa
ring
tele
gene
tics
coun
selin
g (n
= 1
6)
and
face
-to-
face
cou
nsel
ing
(n
= 2
1) fo
r can
cer.
Qua
ntita
tive
pre-
and
po
stco
unse
ling
ques
tionn
aire
, in
clud
ing
true
/fal
se q
uest
ions
, Li
kert
sca
le q
uest
ions
, and
ope
n-en
ded
ques
tions
for f
ree-
text
re
spon
ses.
Part
icip
ants
ass
igne
d to
eith
er
tele
gene
tics
grou
p or
face
-to-
face
gro
up d
epen
ding
on
thei
r ge
ogra
phic
al lo
catio
n.
- Kno
wle
dge
of c
ance
r ge
netic
s - C
ance
r ris
k-re
late
d an
xiet
y -S
atis
fact
ion.
Incr
ease
in k
now
ledg
e of
gen
etic
s of
can
cer i
n bo
th te
lege
netic
s an
d fa
ce-t
o-fa
ce g
roup
s. S
tatis
tical
ly
sign
ifica
nt in
crea
se in
kno
wle
dge
in th
e co
mbi
ned
(tel
emed
icin
e pl
us
face
-to-
face
) gro
up (P
= 0
.02)
.Si
gnifi
cant
dec
reas
e in
anx
iety
aft
er
coun
selin
g in
tele
gene
tics
grou
p
(P =
0.0
0), f
ace-
to-f
ace
grou
p
(P =
0.0
1), a
nd c
ombi
ned
grou
p
(P =
0.0
0).
Tota
l sat
isfa
ctio
n sc
ore
sign
ifica
ntly
hi
gher
in te
lege
netic
s gr
oup
(mea
n =
23.
12) t
han
in fa
ce-t
o-fa
ce g
roup
(m
ean
= 2
2; P
= 0
.08)
. Fac
e-to
-fac
e gr
oup
did
not f
eel a
s sa
tisfie
d as
te
lege
netic
s gr
oup
in re
gard
to th
eir
emot
iona
l nee
ds h
avin
g be
en m
et
(P =
0.0
2).
No
sign
ifica
nt d
iffer
ence
in th
e qu
ality
of
gen
etic
s co
unse
ling
for c
ance
r via
te
lege
netic
s as
com
pare
d to
face
-to
-fac
e. In
bot
h gr
oups
, kno
wle
dge
of th
e ge
netic
s of
can
cer i
mpr
oved
, an
d an
xiet
y le
vels
dec
reas
ed. O
vera
ll,
the
patie
nts
wer
e sa
tisfie
d w
ith
tele
gene
tics,
whi
ch s
ugge
sts
that
it
is a
use
ful a
ltern
ativ
e to
face
-to-
face
co
unse
ling
whe
n ge
ogra
phic
al d
ista
nce
is a
n is
sue.
tab
le 2
co
nti
nu
ed o
n n
ext
pag
e.
769Genetics in medicine | Volume 14 | Number 9 | September 2012
Review of telegenetics | HILGART et al SyStematic reviewta
ble
2 C
on
tin
ued
.
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
d’A
ginc
ourt
-C
anni
ng e
t al.29
Can
ada
Fam
ily h
isto
ry o
f bre
ast/
ovar
ian
or c
olor
ecta
l can
cer,
or
mel
anom
a.Te
lege
netic
s co
unse
ling
betw
een
Her
edita
ry C
ance
r Pro
gram
in
Vanc
ouve
r/V
icto
ria a
nd h
ospi
tals
in
six
rura
l com
mun
ities
. C
ouns
elin
g pr
ovid
ed b
y fo
ur
gene
tics
coun
selo
rs. C
ouns
elin
g in
volv
ed re
view
of f
amily
his
tory
, di
scus
sion
of c
ance
r ris
k, ri
sk
man
agem
ent s
trat
egie
s, a
nd
psyc
hoso
cial
sup
port
.
Pilo
t stu
dy to
ass
ess
the
effe
ctiv
enes
s an
d ac
cept
abili
ty o
f ca
ncer
gen
etic
s co
unse
ling
with
a
gene
tic c
ouns
elor
pre
sent
via
te
lem
edic
ine
(n =
48)
.C
ross
-sec
tiona
l qua
ntita
tive
surv
ey c
ompl
eted
pos
tcou
nsel
ing,
in
clud
ing
Like
rt s
cale
que
stio
ns
and
open
-end
ed q
uest
ions
.
Post
-cou
nsel
ing
mea
sure
s: - G
ener
al s
atis
fact
ion,
co
mfo
rt le
vel,
com
preh
ensi
on o
f in
form
atio
n, q
ualit
y of
se
rvic
e, ti
me-
and
cos
t-sa
ving
s fo
r pat
ient
. - G
enet
ics
coun
selo
r’s
satis
fact
ion
with
te
lem
edic
ine.
Hig
h le
vels
of s
atis
fact
ion
with
th
e te
lege
netic
s co
unse
ling
(ave
rage
sco
re 4
.68
of 5
). N
o pa
rtic
ipan
t rep
orte
d th
at th
e te
lege
netic
s fo
rmat
mad
e it
diff
icul
t to
com
mun
icat
e or
und
erst
and
the
info
rmat
ion.
Cos
t sav
ings
av
erag
ed $
1,00
0 pe
r per
son.
Pa
tient
s re
port
ed h
igh
leve
ls o
f co
nven
ienc
e w
ith te
lem
edic
ine
and
pref
erre
d co
nsul
tatio
ns to
take
pl
ace
in th
eir l
ocal
com
mun
ities
. Te
chni
cal d
iffic
ultie
s en
coun
tere
d w
ere
min
or. G
enet
ics
coun
selo
rs
wer
e le
ss s
atis
fied
with
tele
med
icin
e th
an p
atie
nts
(ave
rage
sco
re 3
.97
out o
f 5) a
nd re
port
ed d
iffic
ultie
s in
es
tabl
ishi
ng ra
ppor
t.
Tele
med
icin
e is
an
effe
ctiv
e m
eans
of
prov
idin
g ge
netic
s co
unse
ling
for c
ance
r to
rura
l and
und
erse
rved
pop
ulat
ions
, fo
r who
m e
cono
mic
or p
erso
nal
situ
atio
ns w
ould
hav
e be
en a
bar
rier
to a
cces
s. T
eleg
enet
ics
serv
ices
wer
e co
nven
ient
, and
resu
lted
in ti
me-
and
co
st-s
avin
gs to
pat
ient
s. A
sup
port
pe
rson
may
be
need
ed to
ass
ist p
atie
nts
at th
e re
mot
e si
te a
nd a
ct a
s a
liais
on
betw
een
site
s.
Gat
tas
et a
l.27
Aus
tral
iaM
ost o
f the
pat
ient
s w
ere
refe
rred
for c
ouns
elin
g be
caus
e of
a fa
mily
his
tory
of c
ance
r.Pr
e-cl
inic
tele
phon
e co
ntac
t m
ade
by g
enet
ics
coun
selo
r to
gat
her f
amily
his
tory
in
form
atio
n. G
enet
ics
coun
selo
r w
as in
the
room
with
the
patie
nt
durin
g th
e te
lege
netic
s se
ssio
n w
ith th
e ge
netic
s co
nsul
tant
.
Rand
omiz
ed tr
ial c
ompa
ring
tele
gene
tics
cons
ulta
tion
(n =
16)
an
d fa
ce-t
o-fa
ce c
onsu
ltatio
n (n
= 8
). Pa
tient
s w
ere
rand
omly
al
loca
ted
to th
e tw
o gr
oups
. The
co
nsul
tatio
ns fo
r bot
h gr
oups
to
ok p
lace
in th
e sa
me
hosp
ital,
with
a g
enet
ic c
ouns
elor
and
a
gene
tics
cons
ulta
nt.
Cro
ss-s
ectio
nal q
uant
itativ
e te
leph
one
ques
tionn
aire
: fou
r Li
kert
-sca
le q
uest
ions
com
plet
ed
post
cons
ulta
tion.
Post
cons
ulta
tion
mea
sure
s: - E
ase
of c
omm
unic
atio
n,
mai
ntai
ning
eye
con
tact
, co
mfo
rt o
f roo
m, a
nd
satis
fact
ion
with
clin
ic
form
at.
Patie
nts,
cou
nsel
ors
and
cons
ulta
nts
repo
rted
hig
h sa
tisfa
ctio
n w
ith
tele
gene
tics
cons
ulta
tion.
A
maj
ority
indi
cate
d th
at th
ey w
ould
be
hap
py to
use
tele
med
icin
e in
th
e fu
ture
and
wou
ld re
com
men
d it
to o
ther
s. S
atis
fact
ion
scor
es fo
r te
lege
netic
s co
nsul
tatio
n w
ere
com
para
ble
with
thos
e fo
r fac
e-to
-fa
ce c
onsu
ltatio
n.
Tele
gene
tics
is a
n ac
cept
able
alte
rnat
ive
to fa
ce-t
o-fa
ce c
onsu
ltatio
ns a
nd
redu
ces
trav
el c
ost a
nd ti
me.
It is
no
t sui
tabl
e fo
r fam
ily c
onsu
ltatio
ns
beca
use
mul
tiple
pat
ient
s ar
e di
ffic
ult t
o se
e on
-scr
een.
Gra
y et
al.24
,38
UK
Six
patie
nts
had
fam
ily h
isto
ries
of c
ance
r. Tw
o pa
tient
s w
ere
refe
rred
for o
ther
gen
etic
co
nditi
ons
(not
spe
cifie
d by
the
auth
ors)
.Th
e pa
tient
and
the
gene
tics
nurs
e co
mm
unic
ated
with
ge
netic
ist v
ia te
lem
edic
ine
from
a
rem
ote
clin
ic.
Pros
pect
ive
pilo
t stu
dy o
f te
lege
netic
s co
nsul
tatio
n (n
= 8
; si
x ca
ncer
-rel
ated
and
two
for
othe
r gen
etic
con
ditio
ns).
Qua
ntita
tive
ques
tionn
aire
co
mpl
eted
pre
- and
po
stco
nsul
tatio
n.
Pre-
and
pos
t-co
nsul
tatio
n m
easu
res:
-Kno
wle
dge
of g
enet
ics
-Anx
iety
-Illn
ess-
rela
ted
wor
ries
- Sat
isfa
ctio
n (p
atie
nts
and
heal
th p
rofe
ssio
nals
).
Dat
a sh
owed
a tr
end
tow
ard
redu
ctio
ns in
anx
iety
and
wor
ry
and
impr
ovem
ent i
n kn
owle
dge
of g
enet
ics
afte
r tel
egen
etic
s co
nsul
tatio
n. P
atie
nts
repo
rted
hi
gher
sat
isfa
ctio
n le
vels
w
ith te
lege
netic
s th
an h
ealth
pr
ofes
sion
als
did.
Pat
ient
s an
d ge
netic
con
sulta
nts
repo
rted
that
te
lege
netic
s co
nsul
tatio
n w
as n
o di
ffer
ent f
rom
, or w
as
Tele
gene
tics
may
be
an a
ccep
tabl
e m
etho
d of
com
mun
icat
ion
betw
een
gene
tics
spec
ialis
ts a
nd p
atie
nts,
and
m
ay h
elp
mee
t the
incr
easi
ng d
eman
d fo
r gen
etic
s se
rvic
es.
tab
le 2
co
nti
nu
ed o
n n
ext
pag
e.
770 Volume 14 | Number 9 | September 2012 | Genetics in medicine
HILGART et al | Review of telegeneticsSyStematic reviewta
ble
2 C
on
tin
ued
.
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
Sess
ions
invo
lved
exa
min
atio
n of
fa
mily
his
tory
and
dis
cuss
ion
of
here
dita
ry c
ance
r.
even
pre
fera
ble
to, f
ace-
to-f
ace
inte
ract
ion.
Gen
etic
s nu
rses
felt
less
at e
ase
and
less
abl
e to
obs
erve
pa
tient
s’ n
onve
rbal
beh
avio
r.
Hop
per e
t al.35
Aus
tral
iaC
hild
ren
with
dev
elop
men
tal
dela
y.Th
e ge
netic
s co
unse
lor t
ook
phys
ical
mea
sure
men
ts a
nd s
till
imag
es o
f the
pat
ient
whi
le a
ca
mer
a tr
ansm
itted
a li
ve fe
ed
to a
gen
etic
ist.
A fa
ce-t
o-fa
ce
sess
ion
was
arr
ange
d 3
wee
ks
afte
r the
tele
med
icin
e se
ssio
n.
Eval
uatio
n of
par
ents
’ sat
isfa
ctio
n w
ith a
tele
gene
tics
cons
ulta
tion
for c
hild
ren
with
dev
elop
men
tal
dela
y (n
= 1
0).
Qua
ntita
tive
satis
fact
ion
surv
ey
for p
aren
ts o
f ped
iatr
ic p
atie
nts
com
plet
ed a
t 3 m
onth
s (n
= 4
). Id
entic
al te
leph
one
surv
ey a
t 12
mon
ths
(n =
8).
Refe
rrin
g pe
diat
ricia
n co
mpl
eted
a
surv
ey a
t 3 m
onth
s.
Post
cons
ulta
tion
mea
sure
s: - S
atis
fact
ion
at 3
mon
ths
post
-con
sulta
tion
(out
com
es n
ot s
peci
fied)
- Sat
isfa
ctio
n at
12
mon
ths
post
cons
ulta
tion
- Clin
ical
eff
icac
y of
te
lege
netic
s co
nsul
tatio
n.
Clin
ical
ly in
dica
ted
test
s w
ere
requ
este
d fo
r sev
eral
pat
ient
s.
Phys
ical
mea
sure
men
ts ta
ken
by c
ouns
elor
s an
d ge
netic
ists
w
ere
suff
icie
ntly
sim
ilar.
All
pare
nts
repo
rted
hig
h le
vels
of
satis
fact
ion
with
the
tele
gene
tics
cons
ulta
tion,
and
50%
felt
it w
as
effe
ctiv
e in
gen
etic
dia
gnos
is fo
r th
eir c
hild
. At 1
2 m
onth
s, a
ll th
e re
spon
dent
s w
ere
satis
fied
with
th
e te
lege
netic
s ex
perie
nce.
One
re
ferr
ing
pedi
atric
ian
note
d th
at
som
e dy
smor
phol
ogy
feat
ures
wer
e m
isse
d th
roug
h te
lem
edic
ine.
Ove
rall
satis
fact
ion
with
the
tech
nolo
gy
was
hig
h fr
om p
aren
ts, p
edia
tric
ians
, an
d ge
netic
ists
. The
larg
e ca
mer
a w
as
som
etim
es in
trus
ive,
but
this
can
be
over
com
e by
usi
ng n
ewer
, sm
alle
r ca
mer
as. G
enet
ics
prac
titio
ners
nee
d to
be
fam
iliar
with
the
tech
nolo
gy a
nd
know
how
to s
olve
pro
blem
s. W
ith
mor
e ex
perie
nce,
phy
sica
l ass
essm
ent o
f ch
ildre
n vi
a te
lem
edic
ine
will
impr
ove.
Lea
et a
l.37
USA
Sixt
y-fo
ur p
erce
nt o
f the
pat
ient
s w
ere
pedi
atric
pat
ient
s, 1
4%
wer
e ad
ult p
atie
nts
refe
rred
fo
r can
cer g
enet
ics
coun
selin
g,
and
7% w
ere
refe
rred
fo
r rep
rodu
ctiv
e ge
netic
s co
unse
ling.
Dur
ing
the
3-ye
ar p
roje
ct
105
patie
nts
and
~25
0 fa
mily
mem
bers
had
gen
etic
s co
nsul
tatio
n vi
a te
lem
edic
ine.
W
hen
nece
ssar
y, th
e ou
trea
ch
site
nur
se p
erfo
rmed
phy
sica
l m
easu
rem
ents
, and
it w
as th
en
dete
rmin
ed w
heth
er a
follo
w-
up s
essi
on in
per
son
with
a
cons
ulta
nt w
as re
quire
d.
Eval
uatio
n of
a te
lege
netic
s pi
lot
proj
ect.
Cro
ss-s
ectio
nal q
uant
itativ
e sa
tisfa
ctio
n qu
estio
nnai
re
com
plet
ed p
ostc
onsu
ltatio
n by
pat
ient
s an
d pr
imar
y-ca
re
prov
ider
s. T
elep
hone
inte
rvie
ws
to a
sses
s qu
alita
tive
para
met
ers
cond
ucte
d w
ith s
ix p
atie
nts
and
eigh
t pro
vide
rs.
Post
cons
ulta
tion
mea
sure
s: -
Satis
fact
ion
(pat
ient
s an
d pr
imar
y-ca
re p
rovi
ders
).
Eigh
teen
per
cent
of t
he c
are
prov
ider
s co
mpl
eted
the
eval
uatio
n,
mea
n sa
tisfa
ctio
n sc
ore
was
3.8
3 of
4.
Min
or d
iffic
ultie
s re
port
ed w
ith
conn
ectio
ns a
nd th
e eq
uipm
ent.
Tw
enty
-fiv
e pe
rcen
t of t
he p
atie
nts
com
plet
ed th
e ev
alua
tion,
mea
n sa
tisfa
ctio
n sc
ore
was
3.5
6 of
4.
All
patie
nts
repo
rted
con
veni
ence
in
term
s of
redu
ced
trav
el. T
wo
patie
nts
wou
ld ra
ther
hav
e se
en th
e do
ctor
in p
erso
n. P
rovi
ders
felt
that
pa
tient
s’ p
robl
ems
wer
e un
ders
tood
an
d ad
dres
sed
corr
ectly
. Dra
wba
cks
incl
uded
lack
of h
ands
-on
exam
inat
ion,
but
this
was
dee
med
no
t crit
ical
. The
con
sulti
ng
gene
ticis
t and
neu
rolo
gist
felt
conf
iden
t in
eval
uatin
g pa
tient
s vi
a te
lem
edic
ine.
Tele
med
icin
e of
fers
an
acce
ptab
le a
nd
acce
ssib
le s
olut
ion
to m
eet t
he g
row
ing
dem
and
for g
enet
ics
cons
ulta
tions
fr
om in
divi
dual
s w
ho li
ve fa
r fro
m
gene
tics
serv
ices
cen
ters
. Tel
egen
etic
s is
sui
tabl
e fo
r phy
sica
l exa
min
atio
n,
dysm
orph
olog
y ev
alua
tions
, and
pr
enat
al a
nd c
ance
r-re
late
d ge
netic
s co
unse
ling.
Fun
ding
may
be
a ba
rrie
r to
sus
tain
ing
tele
gene
tics
serv
ices
, al
thou
gh c
ost s
avin
gs a
re m
ade
thro
ugh
redu
ctio
ns in
sta
ff tr
avel
to re
mot
e si
tes.
tab
le 2
co
nti
nu
ed o
n n
ext
pag
e.
771Genetics in medicine | Volume 14 | Number 9 | September 2012
Review of telegenetics | HILGART et al SyStematic reviewta
ble
2 C
on
tin
ued
.
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
Mer
opol
et a
l.26
USA
Fam
ily h
isto
ry o
f col
orec
tal o
r br
east
/ova
rian
canc
er.
Con
sent
ing
part
icip
ants
w
ere
sent
a W
eb-c
amer
a an
d vi
deoc
onfe
renc
ing
soft
war
e al
ong
with
inst
ruct
ions
. Pa
rtic
ipan
ts w
ere
show
n a
20-m
in e
duca
tiona
l vid
eo a
bout
ca
ncer
gen
etic
s fo
llow
ed b
y a
coun
selin
g se
ssio
n w
ith th
e ge
netic
cou
nsel
or.
Feas
ibili
ty s
tudy
of t
eleg
enet
ic
coun
selin
g fo
r can
cer w
ith g
enet
ic
coun
selo
r in
patie
nts’
hom
es,
usin
g vi
deoc
onfe
renc
ing
soft
war
e (n
= 3
1; 1
8 pr
oban
ds,1
3 fa
mily
m
embe
rs).
Qua
ntita
tive
cros
s-se
ctio
nal
ques
tionn
aire
com
plet
ed
post
coun
selin
g.
Post
coun
selin
g m
easu
res:
-Tec
hnic
al fe
asib
ility
- Edu
catio
n an
d in
form
atio
n - C
omm
unic
atio
n - P
sych
osoc
ial c
omfo
rt
of th
e pr
oban
d du
ring
coun
selin
g - S
atis
fact
ion
with
co
unse
ling
sess
ion
and
pref
eren
ce fo
r te
lege
netic
s.
Twen
ty-s
ix (8
4%) o
f the
par
ticip
ants
re
ceiv
ed c
ouns
elin
g at
a re
mot
e lo
catio
n. P
artic
ipan
ts w
ere
satis
fied
with
the
tech
nolo
gy (m
ean
scor
e 4.
3 of
5) a
lthou
gh m
ost e
xper
ienc
ed
som
e te
chni
cal p
robl
ems.
Hig
h sa
tisfa
ctio
n w
ith e
duca
tion
and
info
rmat
ion
(mea
n sc
ore
4.7)
. Pa
rtic
ipan
ts le
arne
d ab
out t
heir
risk
for c
ance
r and
rece
ived
suf
ficie
nt
info
rmat
ion
abou
t gen
etic
test
ing
(mea
n =
4.7
). Pa
tient
s w
ere
satis
fied
with
com
mun
icat
ion
(mea
n =
4.8
). Fi
fty-
thre
e pe
rcen
t agr
eed
that
the
sess
ion
mad
e th
em fe
el le
ss a
nxio
us
abou
t the
ir ca
ncer
risk
. Tw
enty
-tw
o pe
rcen
t fel
t unc
omfo
rtab
le w
ith
bein
g se
en o
n th
e co
mpu
ter s
cree
n an
d 10
% fe
lt th
e se
ssio
n w
as to
o im
pers
onal
. All
the
patie
nts
wou
ld
reco
mm
end
the
sess
ion
to o
ther
s.
Nin
e pa
tient
s w
ould
hav
e pr
efer
red
to h
ave
face
-to-
face
cou
nsel
ing.
Patie
nt s
atis
fact
ion
with
tele
gene
tics
coun
selin
g fo
r can
cer i
s hi
gh, a
nd it
m
ay th
eref
ore
be a
feas
ible
alte
rnat
ive
to fa
ce-t
o-fa
ce c
ouns
elin
g se
ssio
ns.
Patie
nts
rece
ivin
g te
lege
netic
s co
unse
ling
may
requ
ire te
chni
cal
supp
ort t
hat c
an b
e ac
cess
ed fr
om
thei
r hom
es th
roug
h th
e In
tern
et. T
his
requ
ires
high
-spe
ed In
tern
et a
cces
s, a
nd
this
may
pot
entia
lly p
lace
a li
mita
tion
on u
ptak
e.
Stal
ker e
t al.36
USA
Pedi
atric
gen
etic
s re
ferr
als
requ
iring
dys
mor
phol
ogy
exam
inat
ion.
Patie
nts
seen
by
gene
tic
coun
selo
r via
vid
eoco
nfer
enci
ng
to g
athe
r fam
ily a
nd m
edic
al
hist
ory.
Ped
iatr
icia
n th
en
perf
orm
ed p
hysi
cal e
xam
inat
ion
and
requ
este
d ap
prop
riate
te
stin
g. C
ompl
ex c
ases
wer
e sc
hedu
led
for f
ace-
to-f
ace
cons
ulta
tion
with
clin
ical
ge
netic
ist.
An
eval
uatio
n of
ped
iatr
ic
tele
gene
tics
cons
ulta
tions
(n
= 4
0). P
atie
nts
with
sim
ple
com
plai
nts
such
as
clef
t lip
wer
e se
lect
ed b
y th
e ge
netic
ist a
nd
gene
tic c
ouns
elor
for i
nclu
sion
in
the
tele
gene
tics
clin
ic.
Post
cons
ulta
tion
cros
s-se
ctio
nal
quan
titat
ive
surv
ey c
ompl
eted
by
pare
nts.
Post
cons
ulta
tion
mea
sure
s: - S
atis
fact
ion
with
te
lege
netic
s ev
alua
tion
- Dia
gnos
tic e
ffec
tiven
ess
asse
ssed
by
com
parin
g di
agno
ses
mad
e vi
a te
lem
edic
ine
and
thos
e m
ade
whe
n pa
tient
s re
turn
ed fo
r a
follo
w-u
p fa
ce-t
o-fa
ce
appo
intm
ent.
All
pare
nts
agre
ed th
at th
e te
lem
edic
ine
eval
uatio
n of
thei
r ch
ild w
as a
ppro
pria
te a
nd th
at th
eir
child
’s pr
ivac
y w
as p
rote
cted
. One
pa
tient
wou
ld h
ave
pref
erre
d a
face
-to-
face
app
oint
men
t. W
aitin
g tim
es w
ere
redu
ced
from
16.
9 m
onth
s to
3.0
mon
ths
(P
< 0
.000
1). D
iagn
oses
wer
e
mad
e fo
r sev
en c
hild
ren,
and
th
ese
wer
e co
nfirm
ed in
the
trad
ition
al g
enet
ics
clin
ic. N
o te
lege
netic
s di
agno
ses
wer
e su
bseq
uent
ly ju
dged
to b
e in
corr
ect.
All
the
clin
icia
ns in
dica
ted
a hi
gh le
vel o
f com
fort
with
the
secu
rity
and
effic
ienc
y of
the
tele
gene
tics
clin
ic.
Tele
med
icin
e is
an
effe
ctiv
e m
ediu
m
for t
he d
iagn
osis
of d
ysm
orph
olog
ic
synd
rom
es a
nd c
an id
entif
y pa
tient
s w
ho a
re in
nee
d of
furt
her “
hand
s on
” re
view
. Tel
egen
etic
s re
duce
s w
aitin
g tim
es a
nd tr
avel
cos
ts fo
r pat
ient
s,
and
allo
ws
a qu
icke
r eva
luat
ion
and
diag
nosi
s.
tab
le 2
co
nti
nu
ed o
n n
ext
pag
e.
772 Volume 14 | Number 9 | September 2012 | Genetics in medicine
HILGART et al | Review of telegeneticsSyStematic reviewta
ble
2 C
on
tin
ued
.
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
Zilli
acus
et a
l.32
Aus
tral
iaW
omen
with
a fa
mily
his
tory
of
brea
st/o
varia
n ca
ncer
.Th
e w
omen
att
ende
d an
ou
trea
ch c
linic
with
a g
enet
ic
coun
selo
r and
com
mun
icat
ed
with
the
gene
ticis
t via
vi
deoc
onfe
renc
ing.
Qua
litat
ive
stud
y of
wom
en’s
expe
rienc
e of
tele
gene
tics
coun
selin
g fo
r her
edita
ry b
reas
t an
d/or
ova
rian
canc
er (n
= 1
2).
Sem
i-str
uctu
red
inte
rvie
ws
cond
ucte
d af
ter t
he te
lege
netic
s co
nsul
tatio
n.
Inte
rvie
ws
expl
ored
pa
tient
sat
isfa
ctio
n w
ith
the
tech
nolo
gy a
nd th
eir
inte
ract
ion
with
gen
etic
s pr
ofes
sion
als.
All
the
wom
en fe
lt po
sitiv
e ab
out t
he te
chno
logy
and
the
maj
ority
(n =
11)
wer
e sa
tisfie
d w
ith th
e in
tera
ctio
n w
ith th
eir
gene
tics
clin
icia
n. N
ine
of th
e w
omen
wou
ld b
e ha
ppy
to h
ave
a te
lege
netic
s co
nsul
tatio
n ag
ain,
w
here
as 7
pre
ferr
ed to
mee
t the
cl
inic
ian
in p
erso
n. A
ll th
e w
omen
re
port
ed fe
elin
g a
subt
le d
iffer
ence
be
twee
n te
lege
netic
s an
d fa
ce-
to-f
ace
inte
ract
ions
. Ele
ven
of th
e w
omen
des
crib
ed a
hig
h de
gree
of
‘soc
ial p
rese
nce’
that
led
to
incr
ease
d co
mfo
rt w
ith te
chno
logy
. A
ll th
e w
omen
felt
at e
ase
in
com
mun
icat
ing
with
the
clin
icia
n an
d co
unse
lor.
The
adva
ntag
e m
ost
com
mon
ly c
ited
was
redu
ctio
n in
tr
avel
tim
e.
Wom
en w
ere
high
ly s
atis
fied
with
te
lem
edic
ine
cons
ulta
tions
for
here
dita
ry b
reas
t/ov
aria
n ca
ncer
be
caus
e of
redu
ced
trav
el a
nd
asso
ciat
ed c
osts
. Tel
egen
etic
s co
unse
ling
may
be
part
icul
arly
ap
prop
riate
for t
hose
who
se n
eed
for
psyc
hoso
cial
sup
port
is lo
w.
Zilli
acus
et a
l.33
Aus
tral
iaW
omen
with
a fa
mily
his
tory
of
brea
st/o
varia
n ca
ncer
.W
omen
att
endi
ng g
enet
ic
coun
selin
g fo
r the
firs
t tim
e w
ere
invi
ted
to p
artic
ipat
e in
the
tele
gene
tics
cons
ulta
tion.
The
w
omen
att
ende
d an
out
reac
h cl
inic
with
a g
enet
ic c
ouns
elor
an
d co
mm
unic
ated
with
a
gene
ticis
t via
vid
eoco
nfer
enci
ng.
Pros
pect
ive
stud
y of
wom
en’s
expe
rienc
e of
tele
gene
tics
coun
selin
g fo
r her
edita
ry b
reas
t an
d/or
ova
rian
canc
er (n
= 1
06)
vs. f
ace-
to-f
ace
coun
selin
g
(n =
89)
.Q
uant
itativ
e qu
estio
nnai
re
com
plet
ed p
re- a
nd
post
coun
selin
g.
Pre-
and
pos
tcou
nsel
ing
mea
sure
s: - K
now
ledg
e ab
out t
he
gene
tics
of b
reas
t can
cer
- Per
ceiv
ed p
erso
nal
cont
rol
- Im
pact
of E
vent
s Sc
ale
(can
cer-
spec
ific
anxi
ety)
- Hos
pita
l Anx
iety
and
D
epre
ssio
n Sc
ale
- Med
ical
Inte
rvie
w
Satis
fact
ion
Scal
e - C
onsu
ltatio
n an
d re
latio
nal e
mpa
thy
-Tel
egen
etic
s sa
tisfa
ctio
n.
Kno
wle
dge
of h
ered
itary
bre
ast a
nd
ovar
ian
canc
er in
crea
sed
(P
< 0
.001
) and
per
ceiv
ed c
ontr
ol
decr
ease
d (P
< 0
.001
) ove
r tim
e in
bot
h te
lege
netic
s an
d fa
ce-
to-f
ace
grou
ps. N
o ch
ange
s fo
und
in c
ance
r-sp
ecifi
c an
xiet
y,
gene
ral a
nxie
ty, a
nd d
epre
ssio
n in
ei
ther
gro
up. I
n te
rms
of c
ance
r-sp
ecifi
c an
xiet
y, fa
ce-t
o-fa
ce a
nd
tele
gene
tics
coun
selin
g w
ere
foun
d to
hav
e eq
uiva
lent
out
com
es
(P =
0.1
3). N
o be
twee
n-gr
oup
diff
eren
ces
wer
e fo
und
with
resp
ect
to c
hang
e sc
ores
for k
now
ledg
e,
gene
ral a
nxie
ty, a
nd d
epre
ssio
n.
No
betw
een-
grou
p di
ffer
ence
s as
re
gard
s sa
tisfa
ctio
n an
d pe
rcei
ved
clin
icia
n an
d co
unse
lor e
mpa
thy.
Se
ven
perc
ent o
f tel
emed
icin
e gr
oup
wou
ld p
refe
r a fa
ce-t
o-fa
ce
appo
intm
ent.
Thi
rty-
thre
e pe
rcen
t w
ould
pre
fer t
eleg
enet
ics
agai
n.
Tele
gene
tics
coun
selin
g w
as a
t lea
st
as e
ffec
tive
as fa
ce-t
o-fa
ce g
enet
ics
coun
selin
g ac
ross
all
outc
omes
m
easu
red.
It p
erfo
rmed
bet
ter i
n in
crea
sing
per
ceiv
ed p
erso
nal c
ontr
ol. I
t is
ther
efor
e a
viab
le a
ltern
ativ
e m
etho
d of
ser
vice
del
iver
y to
rura
l and
out
reac
h ar
eas.
tab
le 2
co
nti
nu
ed o
n n
ext
pag
e.
773Genetics in medicine | Volume 14 | Number 9 | September 2012
Review of telegenetics | HILGART et al SyStematic review
Overall, the studies included in this review are heterogeneous and vary in quality. Most of the studies had limitations of small sample sizes that precluded the use of statistical analyses. The limitations also included retrospective study designs and the lack of comparison groups, and the data were therefore subject to bias.
satisfaction with telegenetics servicesAll the studies reported high levels of patient satisfaction with the telegenetics services, as ascertained through questionnaires or interviews. Patients were generally satisfied with the tech-nology used, the education and information provided, and the opportunity to communicate with genetics professionals without having to travel long distances. Those involved in the care of pediatric patients felt that telemedicine was an effec-tive medium through which to evaluate genetic conditions in their children.35–37 Where a comparison group was utilized, the satisfaction levels of those receiving telegenetics services were generally no different from those in the group receiving face-to-face counseling. Indeed, in one study, the satisfaction level in the telegenetics group was higher than in the control group.28 The studies reported several benefits of telegenetics services: conve-nience, reduced travel time and associated costs, and reduced waiting times to see a genetics specialist.36 Patients tended to be more satisfied than the genetics practitioners with telegenet-ics counseling.24,29,37,38 Patients viewed the technical difficulties involved as being less problematic, and were more satisfied with the rapport established with the genetics professional.
In a study by Gray et al.,24,38 nursing staff expressed dissat-isfaction with telegenetics because they felt excluded from the geneticist–patient interaction and less able to observe the non-verbal behavior of patients. Similarly, in a study by Zilliacus et al.,30,31 genetics practitioners reported that there were disad-vantages to telegenetics counseling for patients with hereditary breast/ovarian cancer, including inhibition of rapport between the geneticist and the patient, and difficulty for the practitioner in detecting nonverbal cues from patients. Patients may have been more satisfied with telegenetics consultations because of the savings in travel time and costs; a majority of the patients preferred to receive genetic counseling services in a local set-ting. In many studies, patients who received telegenetics coun-seling were asked whether they would have preferred to have a face-to-face appointment. Women receiving genetic counseling for cancer would be happy to have another telegenetics consul-tation, but a majority (n = 7) wanted to meet the geneticist in person.32 A study by Meropol et al.,26 reported that all the par-ticipants would recommend telegenetics counseling to other patients, although nine of them (29%) agreed that they would have preferred a face-to-face session. In Abrams and Grier’s34 study of prenatal telegenetics counseling, only one participant would have preferred an in-person counseling session instead.
Affective outcomesThe three studies that reported on affective outcomes of telege-netics consultations used prospective study designs. All three ta
ble
2 C
on
tin
ued
.
Au
tho
r an
d
loca
tio
n
Rea
son
(s)
for
gen
etic
s co
nsu
ltat
ion
an
d s
ervi
ce(s
) p
rovi
ded
stu
dy
des
ign
an
d m
eth
od
sO
utc
om
e m
easu
res
Key
fin
din
gs
co
ncl
usi
on
s
Zilli
acus
et
al.30
,31
Aus
tral
ia
Wom
en w
ith a
fam
ily h
isto
ry o
f br
east
/ova
rian
canc
er.
Wom
en w
ith a
fam
ily h
isto
ry
of b
reas
t and
/or o
varia
n ca
ncer
at
tend
ed a
n ou
trea
ch c
linic
w
ith a
gen
etic
cou
nsel
or a
nd
com
mun
icat
ed w
ith a
gen
etic
ist
via
vide
ocon
fere
ncin
g.
Qua
litat
ive
stud
y of
gen
etic
s pr
actit
ione
rs’ e
xper
ienc
es o
f de
liver
ing
gene
tics
coun
selin
g vi
a te
lem
edic
ine
(n =
15;
six
ge
netic
s cl
inic
ians
, nin
e ge
netic
s co
unse
lors
).Se
mi-s
truc
ture
d in
terv
iew
s co
nduc
ted
post
coun
selin
g.
Inte
rvie
ws
expl
ored
pr
actit
ione
rs’ e
xper
ienc
es,
satis
fact
ion,
adv
anta
ges
and
disa
dvan
tage
s of
the
tech
nolo
gy, a
nd th
eir
perc
eive
d ro
le w
ithin
te
lehe
alth
.
All
the
prac
titio
ners
wer
e hi
ghly
sa
tisfie
d w
ith te
lege
netic
s co
nsul
tatio
ns. A
dvan
tage
s of
te
lege
netic
s in
clud
ed in
crea
sed
effic
ienc
y an
d co
nven
ienc
e fo
r ge
netic
ists
, red
uced
trav
el a
nd
asso
ciat
ed c
osts
for t
he p
atie
nt,
and
incr
ease
d ac
cess
for t
hose
in
rura
l are
as. D
isad
vant
ages
incl
uded
di
ffic
ulty
in e
stab
lishi
ng ra
ppor
t an
d in
det
ectin
g no
nver
bal c
ues.
Te
lege
netic
s co
nsul
tatio
ns w
ere
seen
as
allo
win
g le
ss ti
me
for e
mot
iona
l ex
plor
atio
n, a
nd a
s al
terin
g th
e ge
netic
clin
icia
n’s
role
to o
ne o
f a
“vis
iting
spe
cial
ist”
. Cou
nsel
ors
repo
rted
taki
ng o
n m
ultip
le ro
les
incl
udin
g fa
cilit
ator
, adm
inis
trat
ive
assi
stan
t, a
nd c
ouns
elor
, whi
ch th
ey
rega
rded
as
sim
ilar t
o th
eir r
oles
in
face
-to-
face
ses
sion
s.
Prac
titio
ners
wer
e sa
tisfie
d w
ith
tele
gene
tics
cons
ulta
tions
and
pe
rcei
ved
the
adva
ntag
es a
s ou
twei
ghin
g th
e di
sadv
anta
ges.
The
co
unse
lors
felt
them
selv
es to
be
inte
gral
to
the
over
all t
eleg
enet
ics
proc
ess.
774 Volume 14 | Number 9 | September 2012 | Genetics in medicine
HILGART et al | Review of telegeneticsSyStematic review
studies reported that patients’ knowledge of genetics increased after the telegenetics consultations. Gray et al.,24 reported that general anxiety and cancer-specific anxiety decreased over time in those who received telegenetics counseling. Coelho et al.28 found significant decreases in anxiety levels after cancer genetics counseling in the telegenetics group (P = 0.00), the face-to-face group (P = 0.01), and the combined (telemedicine and face-to-face) group (P = 0.00). Zilliacus et al.33 reported no change in cancer-specific anxiety, general anxiety, or depression in either the telegenetics group or the face-to-face group in a cohort of women receiving genetics counseling for hereditary breast/ovarian cancer. In studies that compared telegenetics groups with those receiving face-to-face consultations, there were no significant between-group differences in any of the affective outcome variables.28,33
clinical efficacyThree of the studies explored the effectiveness of telegenetics in diagnosing genetics-related conditions in pediatric patients.35–37 In a study by Stalker et al.,36 a genetics counselor ascertained the family history and a pediatrician performed a physical exami-nation to screen for potential genetic syndromes. The first eight patients evaluated via telemedicine were also assessed in person by a clinical geneticist. Diagnoses were made for seven of the children via telegenetics, and these were confirmed in the face-to-face genetics clinic. No new diagnoses were made in the face-to-face sessions that had not been identified in the telegenetics sessions, and none of the diagnoses made through telegenetics were deemed inaccurate. The authors concluded that telegenet-ics was successful in identifying individuals in need of further hands-on dysmorphologic review and in providing quicker confirmation of the absence of a particular genetic syndrome. Lea et al.37 also reported that telegenetics was effective as a dys-morphology screening tool, because patients could be referred for an in-person evaluation if a dysmorphologic genetic syn-drome was suspected. However, in a study by Hopper et al.,35 one referring pediatrician was of the opinion that several physi-cal characteristics could potentially be missed in a telegenetics consultation. In that study, the genetics counselor took physical measurements and still images of the patients while a camera transmitted a live feed to the clinical geneticist. Face-to-face ses-sions were arranged 3 weeks after the telegenetics sessions. The measurements taken in person by the genetics counselors and those ascertained by the clinical geneticist from the live feeds of images varied slightly but did not affect either the assessments or the diagnoses. The authors of the study concluded that, with an increase in shared telegenetics experience between the genet-ics counselor and the geneticist, dysmorphologic assessment of children via telegenetics consultations will improve.
costs of telegeneticsNone of the studies included in our review formally measured the costs of telegenetics services. Most of the studies reported that patients made savings in terms of travel time and costs by receiving telegenetics services rather than face-to-face genetics
services. In one study, telegenetics was estimated to confer an average saving of $1,000 per person.29 The same authors also concluded that videoconferencing is less expensive than out-reach programs. They estimated that, in Canada, it would cost $700 for a genetics counselor to travel to a specific site to pro-vide outreach care for 12 patients at a 2-day clinic. In contrast, the costs associated with the same number of appointments through videoconferencing are negligible, provided the neces-sary equipment is already available and in place.29
discUssiOnOur review shows that patients are generally highly satisfied with the use of telemedicine in genetics service delivery, includ-ing genetics counseling and diagnoses of pediatric genetic con-ditions. The studies included in the review also show that the affective outcomes for patients receiving telegenetics consulta-tions are comparable to those for patients receiving face-to-face consultations. This suggests that telegenetics is acceptable to patients and does not appear to have any detrimental effects on patient anxiety. Neither the type of health professional involved in the telemedicine consultation nor the presence of a genetics nurse/counselor at the outreach site appeared to affect patient satisfaction. Comparable results were reported from the various studies conducted in different countries. The opinions of genet-ics practitioners regarding telegenetics services were not always as positive, and many expressed concerns about the difficulty in establishing a rapport with patients via telemedicine and diffi-culties associated with the use of the technology. Many of the studies concluded that, with appropriate training and growing experience with telegenetics services, genetics practitioners will become more accepting of the technology. In a study by Lea et al.,37 practitioners rated telegenetics services higher after they had personally provided these services, suggesting that familiar-ity and confidence with using the technology will reduce prac-titioners’ resistance to adopting telegenetics services. Although most patients appreciated the fact that telegenetics counseling had the benefits of reduced waiting times and/or shorter travel distances, there is a need to be cautious when interpreting data from patient surveys regarding telegenetics consultations. These patients have received a service they ordinarily would not have, and they may therefore feel obligated to endorse it.39 This is espe-cially relevant in studies wherein patients were allowed to choose whether to receive telegenetics services or face-to-face services (e.g., the studies by d’Agincourt-Canning et al.,29 and Meropol et al.26 Indeed, previous research has found that patients who were able to choose how they received their BRCA1/2 genetic test result—whether by telephone or in person—reported higher levels of satisfaction than patients who did not have a choice.22 Studies with random assignment to telegenetics services or face-to-face services may help to reduce this response bias.
It could also be argued that the selection of new referrals for telegenetics consultations may introduce some bias into research results (e.g., the study by Stalker et al. 36). However, many studies have stated that telegenetics is not intended to replace existing services but may be a useful adjunct to
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traditional service delivery for dysmorphologic evaluation and/or genetics consultations. In the study by d’Agincourt-Canning et al.,29 some participants reported that they would not have followed through with their referral to the Hereditary Cancer Program had they been unable to have an appointment in their local area. Telemedicine may therefore extend access to remote populations and reduce waiting times to consult with genetics specialists, and thereby increase the capacity to provide genetics services to those who require them and not just to those fortu-nate enough to live close to genetics centers.21,39
The cost–utility assessment of providing telegenetics ser-vices, including costs of equipment, transmission lines, train-ing, and personnel has not been formally carried out, and is a vital area for further research. High-quality evidence on the efficacy and cost-effectiveness of telegenetics will encourage the expansion of these services within the National Health Service in the UK. In the United States, reimbursement of telegenetics costs needs to be sufficient in order to provide sustainable tele-genetics clinics. This involves ensuring that telegenetics has the support of health insurers, not only the private insurance com-panies but also Medicare and Medicaid, which are the federal health insurers for the elderly and poor. To date, Medicaid does not universally reimburse for telemedicine consultations in all 50 states, nor do private payers. Under Medicare programs there are also wide variations in service coverage, payment policies, and other stipulations,40 and these are considered to be barriers to the long-term sustainability and expansion of telemedicine services.41–43 Whitten and Buis41 suggest that, in order to pro-mote more consistent reimbursement for telemedicine services, it is essential that both consumer demand and provider accep-tance for these services increase. They also suggest that demon-strating the clinical effectiveness of telemedicine will encourage reimbursement for these services in the long term. Our review has demonstrated that patients are generally satisfied with tele-genetics, but that further research is needed to explore beyond self-reported measures of patient satisfaction and fully inves-tigate patient outcomes so as to determine whether quality of care is affected by the type of consultation received.44,45
conclusionsAlthough the studies relating to the use of telegenetics are few in number to date and generally small in sample size, they sug-gest that telegenetics may be appropriate for providing additional genetics services to reduce inequalities in access to genetics spe-cialists. Telemedicine technology is being utilized in many medi-cal specialties; teledermatology, telepsychiatry, and teleradiol-ogy are already being used, and the delivery of genetics services through telegenetics could be a feasible approach. The studies included in this review suggest that telegenetics may not only be a useful tool to provide routine counseling and follow-up appoint-ments, but that it also has the potential to evaluate and diagnose pediatric patients with suspected genetic conditions. Prospective, fully powered, and well designed studies of telegenetics services, assessing the accuracy of diagnoses, the impact of receiving a diagnosis this way, and patient outcomes are needed to make
informed decisions about the appropriate use of telemedicine in genetics service delivery.
ACKNOWLEDGMENTThis review was funded by Tenovus, the cancer charity in Wales.
DISCLOSUREThe authors declare no conflict of interest.
REfERENCES1. Institute of Medicine (U.S.). Committee on evaluating clinical applications
of telemedicine. Telemedicine: A Guide to Assessing Telecommunications in Health Care. National Academy Press: Washington, DC, 1996.
2. Malasanos TH, Burlingame JB, Youngblade L, Patel BD, Muir AB. Improved access to subspecialist diabetes care by telemedicine: cost savings and care measures in the first two years of the FITE diabetes project. J Telemed Telecare 2005;11(suppl 1):74–76.
3. Raza T, Joshi M, Schapira RM, Agha Z. Pulmonary telemedicine–a model to access the subspecialist services in underserved rural areas. Int J Med Inform 2009;78:53–59.
4. Sevean P, Dampier S, Spadoni M, Strickland S, Pilatzke S. Patients and families experiences with video telehealth in rural/remote communities in Northern Canada. J Clin Nurs 2009;18:2573–2579.
5. Saeed SA, Diamond J, Bloch RM. Use of telepsychiatry to improve care for people with mental illness in rural North Carolina. N C Med J 2011;72:219–222.
6. Ekeland AG, Bowes A, Flottorp S. Effectiveness of telemedicine: a systematic review of reviews. Int J Med Inform 2010;79:736–771.
7. Clark RA, Inglis SC, McAlister FA, Cleland JG, Stewart S. Telemonitoring or structured telephone support programmes for patients with chronic heart failure: systematic review and meta-analysis. BMJ 2007;334:942.
8. Spek V, Cuijpers P, Nyklícek I, Riper H, Keyzer J, Pop V. Internet-based cognitive behaviour therapy for symptoms of depression and anxiety: a meta-analysis. Psychol Med 2007;37:319–328.
9. Verhoeven F, van Gemert-Pijnen L, Dijkstra K, Nijland N, Seydel E, Steehouder M. The contribution of teleconsultation and videoconferencing to diabetes care: a systematic literature review. J Med Internet Res 2007;9:e37.
10. Postel MG, de Haan HA, De Jong CA. E-therapy for mental health problems: a systematic review. Telemed J E Health 2008;14:707–714.
11. Wade VA, Karnon J, Elshaug AG, Hiller JE. A systematic review of economic analyses of telehealth services using real time video communication. BMC Health Serv Res 2010;10:233.
12. Hersh WR, Hickam DH, Severance SM, Dana TL, Krages KP, Helfand M. Diagnosis, access and outcomes: update of a systematic review of telemedicine services. J Telemed Telecare 2006;12(suppl 2):3–31.
13. Chua R, Craig J, Esmonde T, Wootton R, Patterson V. Telemedicine for new neurological outpatients: putting a randomized controlled trial in the context of everyday practice. J Telemed Telecare 2002;8:270–273.
14. Meyer BC, Raman R, Hemmen T, et al. Efficacy of site-independent telemedicine in the STRokE DOC trial: a randomised, blinded, prospective study. Lancet Neurol 2008;7:787–795.
15. Mitchell JE, Crosby RD, Wonderlich SA, et al. A randomized trial comparing the efficacy of cognitive-behavioral therapy for bulimia nervosa delivered via telemedicine versus face-to-face. Behav Res Ther 2008;46:581–592.
16. Ruskin PE, Silver-Aylaian M, Kling MA, et al. Treatment outcomes in depression: comparison of remote treatment through telepsychiatry to in-person treatment. Am J Psychiatry 2004;161:1471–1476.
17. O’Reilly R, Bishop J, Maddox K, Hutchinson L, Fisman M, Takhar J. Is telepsychiatry equivalent to face-to-face psychiatry? Results from a randomized controlled equivalence trial. Psychiatr Serv 2007;58:836–843.
18. Washington State Department of Health, Genetic Services Policy Project Final Report, 2008. https://depts.washington.edu/genpol/docs/AppD.pdf. Accessed 10 October 2011.
19. Godard B, Kääriäinen H, Kristoffersson U, Tranebjaerg L, Coviello D, Aymé S. Provision of genetic services in Europe: current practices and issues. Eur J Hum Genet 2003;11(suppl 2):S13–S48.
20. Lea DH. A new world view of genetics service models. Online J Issues Nurs 2000;5:5.
21. Hawkins AK, Hayden MR. A grand challenge: providing benefits of clinical genetics to those in need. Genet Med 2011;13:197–200.
776 Volume 14 | Number 9 | September 2012 | Genetics in medicine
HILGART et al | Review of telegeneticsSyStematic review22. Baumanis L, Evans JP, Callanan N, Susswein LR. Telephoned BRCA1/2
genetic test results: prevalence, practice, and patient satisfaction. J Genet Couns 2009;18:447–463.
23. Jenkins J, Calzone KA, Dimond E, et al. Randomized comparison of phone versus in-person BRCA1/2 predisposition genetic test result disclosure counseling. Genet Med 2007;9:487–495.
24. Gray J, Brain K, Iredale R, Alderman J, France E, Hughes H. A pilot study of telegenetics. J Telemed Telecare 2000;6:245–247.
25. Mitchell JA, Demiris G. Telegenetics: the next phase in the provision of genetics services? Genet Med 2005;7:1–2.
26. Meropol NJ, Daly MB, Vig HS, et al. Delivery of Internet-based cancer genetic counselling services to patients’ homes: a feasibility study. J Telemed Telecare 2011;17:36–40.
27. Gattas MR, MacMillan JC, Meinecke I, Loane M, Wootton R. Telemedicine and clinical genetics: establishing a successful service. J Telemed Telecare 2001;7(suppl 2):68–70.
28. Coelho JJ, Arnold A, Nayler J, Tischkowitz M, MacKay J. An assessment of the efficacy of cancer genetic counselling using real-time videoconferencing technology (telemedicine) compared to face-to-face consultations. Eur J Cancer 2005;41:2257–2261.
29. d’Agincourt-Canning L, McGillivray B, Panabaker K, et al. Evaluation of genetic counseling for hereditary cancer by videoconference in British Columbia. B C Med J 2008;50:554–559.
30. Zilliacus E, Meiser B, Lobb E, Dudding TE, Barlow-Stewart K, Tucker K. The virtual consultation: practitioners’ experiences of genetic counseling by videoconferencing in Australia. Telemed J E Health 2010;16:350–357.
31. Zilliacus E, Meiser B, Lobb E, Barlow-Stewart K, Tucker K. A balancing act–telehealth cancer genetics and practitioners’ experiences of a triadic consultation. J Genet Couns 2009;18:598–605.
32. Zilliacus EM, Meiser B, Lobb EA, Kirk J, Warwick L, Tucker K. Women’s experience of telehealth cancer genetic counseling. J Genet Couns 2010;19:463–472.
33. Zilliacus EM, Meiser B, Lobb EA, et al. Are videoconferenced consultations as effective as face-to-face consultations for hereditary breast and ovarian cancer genetic counseling? Genet Med 2011;13:933–941.
34. Abrams DJ, Geier MR. A comparison of patient satisfaction with telehealth and on-site consultations: a pilot study for prenatal genetic counseling. J Genet Couns 2006;15:199–205.
35. Hopper B, Buckman M, Edwards M. Evaluation of satisfaction of parents with the use of videoconferencing for a pediatric genetic consultation. Twin Res Hum Genet 2011;14:343–346.
36. Stalker HJ, Wilson R, McCune H, Gonzalez J, Moffett M, Zori RT. Telegenetic medicine: improved access to services in an underserved area. J Telemed Telecare 2006;12:182–185.
37. Lea DH, Johnson JL, Ellingwood S, Allan W, Patel A, Smith R. Telegenetics in Maine: Successful clinical and educational service delivery model developed from a 3-year pilot project. Genet Med 2005;7:21–27.
38. Iredale R, Gray J, Murtagh G. Telegenetics: A pilot study of video-mediated genetic consultations in Wales. Int J Med Market 2002;2:130–135.
39. Elliott AM, Mhanni AA, Marles SL, et al. Trends in Telehealth versus On-site Clinical Genetics Appointments in Manitoba: A Comparative Study. J Genet Couns 2012;21:337–344
40. Brown NA. State Medicaid and private payer reimbursement for telemedicine: An overview. J Telemed Telecare 2006;12(suppl 2): S32–S39.
41. Whitten P, Buis L. Private payer reimbursement for telemedicine services in the United States. Telemed J E Health 2007;13:15–23.
42. Schmeida M, McNeal R, Mossberger K. Policy determinants affect telehealth implementation. Telemed J E Health 2007;13:100–107.
43. Cal ifornia Telemedic ine and ehealth Center . Te lemedic ine reimbursement: A national scan of current policies and emerging initiatives, 2009. http://www.cteconline.org/_pdf/CTEC-National-Scan.pdf. Accessed 31 October 2011.
44. Woods KF, Kutlar A, Johnson JA, et al. Sickle cell telemedicine and standard clinical encounters: a comparison of patient satisfaction. Telemed J 1999;5:349–356.
45. Moher D, Cook DJ, Eastwood S, Olkin I, Rennie D, Stroup DF. Improving the quality of reports of meta-analyses of randomised controlled trials: the QUOROM statement. Quality of Reporting of Meta-analyses. Lancet 1999;354:1896–1900.