trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
the use of	133
use of telemedicine	99
during the covid	96
as well as	92
of telemedicine in	81
telemedicine in the	53
a systematic review	51
retinopathy of prematurity	50
for patients with	40
due to the	39
of telemedicine for	39
the united states	39
a telemedicine visit	38
head and neck	36
in order to	36
related macular degeneration	35
a total of	33
need to be	33
in patients with	32
it is important	32
the management of	32
the ability to	31
the role of	30
the lack of	27
the adoption of	27
in the united	27
is important to	27
to the covid	26
access to care	26
the need for	25
there is a	25
of telemedicine services	24
the patient and	24
for diabetic retinopathy	24
telemedicine has been	23
adoption of telemedicine	23
be able to	23
the potential to	23
the time of	23
such as the	23
of the covid	22
in the current	22
in response to	21
part of the	21
systematic review of	21
of diabetic retinopathy	21
response to the	20
the implementation of	20
american academy of	20
the impact of	20
the importance of	20
the risk of	19
telemedicine for covid	19
during the pandemic	19
one of the	19
needs to be	19
quality of care	19
diabetic retinopathy in	18
of patients with	18
the context of	18
the number of	18
review of the	18
of the telemedicine	17
the patient to	17
kidney transplant recipients	17
the delivery of	17
will need to	17
the coronavirus disease	17
prior to the	17
of telemedicine and	17
amyotrophic lateral sclerosis	17
of telehealth in	17
the development of	17
diabetic retinopathy screening	17
care in the	17
implementation of telemedicine	17
chronic disease management	17
and management of	17
a virtual visit	17
has the potential	16
cared for by	16
in the covid	16
been shown to	16
be used to	16
the era of	16
in the era	16
systematic review and	16
of a telemedicine	16
health care systems	16
the american academy	16
a variety of	16
in the management	16
in the context	16
p r e	16
r o o	15
of telemedicine during	15
p r o	15
l p r	15
of telemedicine to	15
n a l	15
electronic health record	15
both patients and	15
a l p	15
more likely to	15
r n a	15
o u r	15
of the patient	15
are able to	15
the majority of	15
u r n	15
store and forward	15
increase access to	15
j o u	15
o o f	15
telemedicine during the	15
with respect to	14
venkatesh et al	14
that can be	14
of telemedicine is	14
the application of	14
to care for	14
be used for	14
for retinopathy of	14
the quality of	14
can be used	14
and neck surgery	14
state medicaid programs	14
to be a	14
in addition to	14
an opportunity to	14
some of the	14
of health care	14
shown to be	14
of sleep medicine	14
the potential for	13
delivery of care	13
the case of	13
distance to care	13
the future of	13
application of telemedicine	13
the emergency department	13
the practice of	13
a pilot study	13
the feasibility of	13
to evaluate the	13
to the patient	13
in terms of	13
review and meta	13
included in the	13
patient and provider	13
with the patient	12
at the same	12
a review of	12
the efficacy of	12
in rural areas	12
telemedicine can be	12
patient satisfaction with	12
of telemedicine visits	12
can also be	12
in the uk	12
patients with epilepsy	12
for telemedicine visits	12
of health and	12
to health care	12
evaluation and management	12
diagnosis and treatment	12
total of studies	12
the most common	12
telemedicine in otolaryngology	12
defined as the	12
patients with chronic	12
has been shown	12
patient and the	12
remote patient monitoring	12
care for patients	11
portability and accountability	11
health care providers	11
the patient is	11
high risk of	11
has also been	11
and treatment of	11
to use telemedicine	11
public health emergency	11
well as the	11
for chronic disease	11
conflict of interest	11
era of covid	11
for by telemedicine	11
for the diagnosis	11
the evaluation of	11
insurance portability and	11
the telemedicine visit	11
in the time	11
and accountability act	11
in the future	11
patients who are	11
and health care	11
the current covid	11
of the disease	11
telemedicine services in	11
the telemedicine cabin	11
of the technology	11
and access to	11
of telemedicine use	11
randomized controlled trial	11
at the time	11
health care system	11
of the patients	11
patients and providers	11
utilization of telemedicine	11
to participate in	11
for a telemedicine	11
there was a	10
role of telemedicine	10
examination of the	10
centers for medicare	10
electronic medical record	10
the care of	10
to be seen	10
is defined as	10
personal protective equipment	10
has led to	10
for an in	10
the value of	10
of care and	10
of patient satisfaction	10
found to be	10
health care workers	10
health insurance portability	10
a telemedicine cabin	10
ease of use	10
patients with covid	10
impact of covid	10
at high risk	10
a deep learning	10
in need of	10
the authors declare	10
it has been	10
telehealth in the	10
to ensure that	10
of telemedicine on	10
as part of	10
the novel coronavirus	10
care from telemedicine	10
in access to	9
children cared for	9
department of health	9
the pandemic has	9
telemedicine is a	9
use of technology	9
was found to	9
for the adoption	9
results of a	9
such as a	9
practice of telemedicine	9
quality of life	9
telemedicine and the	9
x x x	9
on the use	9
in this study	9
in the medical	9
the originating site	9
those who declined	9
for patients who	9
analysis of the	9
telemedicine visits and	9
to assess the	9
according to the	9
depending on the	9
and quality of	9
lack of a	9
audio and video	9
use of telehealth	9
health care provider	9
may be a	9
impact of telemedicine	9
and telemedicine in	9
the need to	9
the health care	9
in the case	9
the diagnosis of	9
role of telehealth	9
pandemic and beyond	9
based on the	9
limitations of telemedicine	9
medicare and medicaid	9
is likely to	9
in health care	9
a telemedicine program	9
the fact that	9
is not a	9
may not be	9
to a telemedicine	9
implementation of a	9
telemedicine as a	9
in a telemedicine	9
randomized clinical trial	9
improve access to	9
the acceptance of	9
when compared to	9
of the literature	9
future of telemedicine	9
health care delivery	9
american society of	8
feasibility and acceptability	8
in the us	8
for telemedicine services	8
use telemedicine cabin	8
eye care services	8
national survey of	8
to continue to	8
of a patient	8
the diagnosis and	8
to be able	8
in the past	8
because of the	8
the centers for	8
risk of infection	8
of the most	8
use of a	8
a national survey	8
aspects of the	8
were more likely	8
were asked to	8
in the usa	8
to reduce the	8
a prospective study	8
is essential to	8
to perform a	8
electronic health records	8
platforms such as	8
and medicaid services	8
response to covid	8
patients with a	8
it will be	8
the end of	8
refers to the	8
primary care physicians	8
issues related to	8
the spread of	8
a lack of	8
the american society	8
glaucoma detection and	8
in retinopathy of	8
it is not	8
telemedicine has become	8
the current pandemic	8
optical coherence tomography	8
the university of	8
in primary care	8
to the pandemic	8
electronic medical records	8
that telemedicine can	8
united states and	8
the telemedicine platform	8
a physical exam	8
of patients who	8
conditions such as	8
around the world	8
of a deep	8
in the community	8
for medicare and	8
may be able	8
has been used	8
and human services	8
telemedicine could be	8
to increase access	8
the percentage of	8
patients and physicians	8
health and human	8
the most important	8
providers and patients	8
likely to be	8
intensive care unit	8
time of covid	8
to be more	7
care during the	7
there is no	7
models of care	7
telemedicine services for	7
remote evaluation of	7
for diagnosis of	7
it may be	7
for the remote	7
of a physical	7
the benefits of	7
that the patient	7
compared to the	7
of telemedicine has	7
and upper extremity	7
and in the	7
in the emergency	7
patients were asked	7
of personal protective	7
acute respiratory syndrome	7
the field of	7
of transplant care	7
the utilization of	7
for patients and	7
up care for	7
likely to accept	7
and the patient	7
a telemedicine encounter	7
telemedicine visit is	7
to note that	7
receiving care from	7
shelter in place	7
applications of telemedicine	7
in epidemic situations	7
health systems to	7
this study was	7
that there is	7
in the field	7
would like to	7
hand and upper	7
recipients with covid	7
sensitivity and specificity	7
we found that	7
a patient with	7
transplant recipients with	7
in our study	7
of this study	7
with a telemedicine	7
to provide care	7
can be utilized	7
place of service	7
response to disasters	7
there were no	7
the availability of	7
american telemedicine association	7
to be addressed	7
telemedicine use in	7
of patients and	7
official journal of	7
management of patients	7
in this article	7
of primary care	7
of the current	7
those who accepted	7
in case of	7
and use of	7
user acceptance of	7
we did not	7
it is a	7
evaluation of a	7
at higher risk	7
of studies were	7
the study period	7
understanding of the	7
of care in	7
the same rate	7
medical response to	7
will continue to	7
via telemedicine video	7
between the patient	7
to improve the	7
primary health care	7
with amyotrophic lateral	7
acute and chronic	7
to accept a	7
in a study	7
in which the	7
of telemedicine by	7
the effectiveness of	7
to incorporate telemedicine	7
in rural communities	7
of these patients	7
in the post	7
on how to	7
in the delivery	7
if there is	7
severe acute respiratory	7
ministry of health	7
there has been	7
a telemedicine practice	7
of the american	7
the patients who	7
that telemedicine be	7
the rate of	7
telemedicine video visits	7
important to note	7
and can be	7
pediatric medicaid beneficiaries	7
to the virus	7
disparities in access	7
satisfaction with telemedicine	7
physicians and patients	7
telemedicine for the	7
a primary care	7
are summarized in	7
in which a	6
also need to	6
supported by the	6
and the american	6
the poverty level	6
authors declare that	6
care via telemedicine	6
obtained from the	6
patients in the	6
care of patients	6
patients and clinicians	6
and patient satisfaction	6
telemedicine eligibility among	6
the uptake of	6
telemedicine has the	6
the possibility of	6
provider fact sheet	6
the potential of	6
is not available	6
in the pediatric	6
with regard to	6
services in the	6
and it is	6
patients during the	6
visits to telemedicine	6
of care for	6
degree to which	6
facial trauma evaluation	6
it is also	6
for the management	6
that has been	6
of telemedicine cabin	6
a feasibility study	6
to adapt to	6
the general population	6
appointments to telemedicine	6
of coronavirus disease	6
the benefit of	6
summarized in table	6
in light of	6
morbidity and mortality	6
institutional review board	6
in the u	6
preparedness and response	6
to deliver care	6
an assessment of	6
on the intention	6
recommendations for practice	6
nursing home residents	6
and cost savings	6
a range of	6
health care in	6
of facial trauma	6
the patient with	6
to the lack	6
telemedicine is not	6
a randomized controlled	6
health care services	6
center for connected	6
to care and	6
that did not	6
changes in the	6
the store and	6
for connected health	6
in a recent	6
the medical response	6
use of digital	6
the primary care	6
of how telemedicine	6
diseases such as	6
do not have	6
telemedicine in pediatric	6
widespread implementation of	6
telemedicine should be	6
is one of	6
and monitoring of	6
less likely to	6
for telemedicine in	6
diagnosis and management	6
the treatment of	6
to meet the	6
for the use	6
of a novel	6
the center for	6
during the visit	6
access to healthcare	6
before the visit	6
telemedicine for chronic	6
of kidney transplant	6
of patient care	6
by a transplant	6
resulted in the	6
children receiving care	6
the concept of	6
obstructive sleep apnea	6
the final manuscript	6
of the evidence	6
with a patient	6
the purpose of	6
connected health policy	6
from the patient	6
a combination of	6
can be done	6
we conducted a	6
also be used	6
the level of	6
high levels of	6
in the same	6
the patient was	6
u r o	6
value of telemedicine	6
recommend that telemedicine	6
remote monitoring of	6
conflicts of interest	6
of telemedicine among	6
telemedicine implementation and	6
allergy and immunology	6
there are several	6
risk of covid	6
factors associated with	6
telemedicine and in	6
rapid implementation of	6
of neurosurgical patients	6
use of electronic	6
to increase the	6
patient and clinician	6
for kidney transplant	6
diabetes group visits	6
in this issue	6
could also be	6
access to health	6
access to medical	6
the electronic health	6
of using telemedicine	6
did not have	6
telemedicine applications in	6
of the pandemic	6
world health organization	6
telemedicine in neurosurgery	6
upper extremity surgery	6
social distancing and	6
by an ophthalmologist	6
patients who have	6
and subspecialist characteristics	6
the aim of	6
the degree to	6
we recommend that	6
a reduction in	6
the same time	6
of the data	6
it is essential	6
the ability of	6
due to covid	6
barriers to telemedicine	6
of retinopathy of	6
and implementation of	6
may be particularly	6
authors declare no	6
access to telemedicine	6
quality of the	6
sleep medicine clinics	6
for those who	6
and neck cancer	6
such as covid	6
understanding of how	6
same rate as	6
respiratory syndrome coronavirus	6
that telemedicine is	6
at risk of	6
in this context	6
as an example	6
in nursing homes	6
number of patients	6
to be used	6
to telemedicine services	6
child and subspecialist	6
continuity of care	6
all of the	6
characteristics associated with	6
the expansion of	6
which can be	6
of telemedicine eligibility	6
to be effective	6
primary care setting	6
increased access to	6
in a large	6
barriers to care	6
of patients that	6
efficacy of telemedicine	6
majority of patients	6
and neck oncology	6
through the use	6
the effects of	6
all rights reserved	6
patient satisfaction and	6
were included in	6
this article is	6
which has been	6
at least one	6
both the patient	6
related to the	5
for telemedicine use	5
protected health information	5
from home to	5
supplemental appropriations act	5
by the national	5
such as in	5
using telemedicine in	5
data on the	5
telemedicine in a	5
during the telemedicine	5
improving access to	5
federal poverty level	5
ensure that the	5
for civil rights	5
the provision of	5
fit into otolaryngology	5
a telemedicine system	5
be necessary to	5
eligible for telemedicine	5
to those who	5
jurisdictional claims in	5
the current crisis	5
and the us	5
to the emergency	5
conducted in the	5
for these patients	5
study to assess	5
to determine the	5
neutral with regard	5
by the covid	5
in the prehospital	5
where there is	5
were due to	5
attention to the	5
of the manuscript	5
european association of	5
able to be	5
a physical examination	5
increased use of	5
of patients in	5
of patients were	5
the patient has	5
is an important	5
effectiveness of telemedicine	5
pilot study of	5
benefit from telemedicine	5
and risk factors	5
of the visit	5
to specialty care	5
to do so	5
implications for coronavirus	5
in the evaluation	5
a patient and	5
telemedicine into the	5
technology acceptance model	5
eligibility among otolaryngology	5
unnecessary visits to	5
american college of	5
a result of	5
patients with heart	5
telemedicine visits with	5
during the first	5
office for civil	5
a successful telemedicine	5
to the visit	5
the patient can	5
was conducted by	5
patients and their	5
included in this	5
to patients and	5
with heart failure	5
is vital to	5
it is necessary	5
due to a	5
associated with telemedicine	5
systems to fight	5
of prematurity in	5
of the encounter	5
many of the	5
care providers to	5
that they have	5
to jurisdictional claims	5
in a primary	5
care through telemedicine	5
and smart working	5
does telemedicine fit	5
veterans health administration	5
the assessment of	5
should not be	5
their ability to	5
using telemedicine for	5
is difficult to	5
of the european	5
patients in rural	5
for health care	5
and safety of	5
nature remains neutral	5
of subspecialty care	5
to all patients	5
a qualitative study	5
received care from	5
patient to a	5
coronavirus preparedness and	5
medical records system	5
need for a	5
telemedicine programs in	5
feasibility of a	5
visits were conducted	5
acceptance of telemedicine	5
adjusted visit rates	5
was performed using	5
clinic visits were	5
and assessment of	5
validation of a	5
academic medical centers	5
during the study	5
could be useful	5
screening for diabetic	5
compared to those	5
of telemedicine would	5
care for kidney	5
artificial intelligence in	5
no conflict of	5
the duration of	5
an increase in	5
telehealth for global	5
health care through	5
march and may	5
may not have	5
of the videos	5
beyond the covid	5
in use of	5
heart failure patients	5
the same as	5
and acceptability of	5
the patients themselves	5
our early experience	5
is necessary to	5
in the nursing	5
there are no	5
as a result	5
yet to be	5
higher risk of	5
consumer sleep technology	5
diagnostic accuracy of	5
care provider fact	5
results from the	5
zip code median	5
the absence of	5
continue to be	5
to which an	5
for neovascular age	5
and response supplemental	5
the opportunity to	5
positive airway pressure	5
for global emergencies	5
between march and	5
journal of the	5
obstructive pulmonary disease	5
expansion of telemedicine	5
telemedicine services to	5
is the use	5
beyond the pandemic	5
the pandemic and	5
and forward approach	5
is an essential	5
declare that they	5
access to specialty	5
patient care in	5
medical care for	5
respect to the	5
issues such as	5
be incorporated into	5
the forefront of	5
can be found	5
video consultations for	5
and validation of	5
where are we	5
exposure to patients	5
of the medical	5
within health systems	5
should be a	5
patients seen in	5
american heart association	5
it is difficult	5
evaluation of the	5
implementation and integration	5
across the country	5
current and future	5
learning algorithm for	5
annual visit rates	5
telemedicine and smart	5
be utilized to	5
to be successful	5
assessment of the	5
telemedicine be used	5
management of a	5
in pediatric rheumatology	5
is based on	5
who received care	5
found to have	5
of the care	5
for children with	5
integration within health	5
patients need to	5
being able to	5
a way to	5
of synchronous telemedicine	5
is a need	5
published maps and	5
the deployment of	5
who are at	5
providing telemedicine services	5
in telemedicine use	5
rather than a	5
claims in published	5
academy of sleep	5
note springer nature	5
has not been	5
there is also	5
as opposed to	5
used to evaluate	5
telemedicine will be	5
to patients with	5
use during the	5
for us to	5
in published maps	5
emergency room or	5
telemedicine visit and	5
will not be	5
where the patient	5
telemedicine may help	5
in the care	5
of the eye	5
has been a	5
to the use	5
patients can be	5
and may be	5
clinicians and patients	5
affected by the	5
telemedicine in ophthalmology	5
to improve access	5
assessment of telemedicine	5
high level of	5
in the study	5
are needed to	5
telemedicine during covid	5
telemedicine encounter was	5
response supplemental appropriations	5
the same day	5
during the coronavirus	5
the current study	5
and public health	5
in the absence	5
of the study	5
we do not	5
association of urology	5
virtual clinics in	5
and integration within	5
the current telemedicine	5
this type of	5
treatment of neurosurgical	5
of the authors	5
as compared with	5
of a smartphone	5
a scoping review	5
the emergency room	5
the development and	5
privacy and security	5
for medicare medicaid	5
the patient may	5
child race ethnicity	5
education and training	5
the last years	5
home to inpatient	5
across state lines	5
in heart failure	5
standard of care	5
the physician should	5
remains neutral with	5
here to stay	5
study of patients	5
telemedicine fit into	5
for diagnosis and	5
patients at high	5
person and telemedicine	5
virtual visits and	5
a call to	5
telemedicine use by	5
to their patients	5
springer nature remains	5
among otolaryngology diagnoses	5
can lead to	5
during times of	5
impact of the	5
global telemedicine implementation	5
patients with amyotrophic	5
code median income	5
the place of	5
were classified as	5
variation in use	5
medicare telemedicine health	5
it is possible	5
telemedicine is defined	5
both physicians and	5
to inpatient settings	5
the limitations of	5
regard to jurisdictional	5
approved the final	5
call to action	5
there was no	5
it can be	5
to medical care	5
treatment of a	5
during the current	5
not included in	5
this can be	5
the first draft	5
rather than the	5
the telemedicine encounter	5
for detection of	5
and approved the	5
with the use	5
telemedicine health care	5
in group visits	5
for coronavirus disease	5
and institutional affiliations	5
for the patient	5
during this period	5
in telemedicine for	5
well as to	5
during this time	5
to fight the	5
telemedicine visits were	5
to ensure the	5
in a rural	5
and patients from	5
age of covid	5
to be an	5
has shown that	5
using telemedicine to	5
which an individual	5
and integrated with	5
step is to	5
to adopt telemedicine	5
to limit the	5
traumatic brain injury	5
use of teleconsultation	5
is needed to	5
as long as	5
average age of	5
was used to	5
fight the covid	5
were able to	5
a role in	5
otolaryngology telemedicine clinic	5
where does telemedicine	5
in the healthcare	5
is required to	5
we hypothesized that	5
the american telemedicine	5
deep learning system	5
the challenges of	5
american journal of	5
telemedicine encounters in	5
of the model	5
learn how to	5
look at the	5
be part of	5
experience with telemedicine	5
global burden of	5
maps and institutional	5
liver and intestinal	5
this may be	5
with a physician	5
in the age	5
pediatric subspecialty care	5
the time to	5
in the telemedicine	5
of which were	5
motor neuron disease	5
medicare medicaid services	5
images can be	5
been used for	5
face to face	5
in place to	5
for patients in	5
article is protected	4
development and validation	4
retinal nerve fiber	4
has been previously	4
time of coronavirus	4
the degree of	4
chronic obstructive pulmonary	4
from telemedicine non	4
go to the	4
are difficult to	4
health care needs	4
systematic literature review	4
to advocate for	4
telemedicine in liver	4
patients with asthma	4
to check the	4
to deliver high	4
as a face	4
in the virtual	4
practice guidelines for	4
telemedicine visits for	4
telemedicine for pediatric	4
visit due to	4
of the first	4
their first postoperative	4
clinical exclusion criteria	4
of our patients	4
from january to	4
that they are	4
fidelity and diagnostic	4
patients with acute	4
in developing countries	4
control and prevention	4
impact on the	4
viral load in	4
in the outpatient	4
care from a	4
with telemedicine use	4
in the last	4
with the team	4
it has also	4
that patients are	4
in undergraduate medical	4
with a focus	4
can be useful	4
randomised controlled trial	4
novel coronavirus pandemic	4
it is worth	4
associated with a	4
journal of transplantation	4
a regular basis	4
on a regular	4
years of age	4
of the consultation	4
performed by parents	4
data from the	4
consultation and follow	4
between patients and	4
of care delivery	4
the authors have	4
be seen by	4
a transplant nephrologist	4
district of columbia	4
medical care is	4
of the work	4
at least in	4
as a means	4
in our series	4
been used in	4
there is still	4
first postoperative visit	4
contribute to the	4
the cost of	4
form of patient	4
physical examination is	4
services during the	4
in the screening	4
has already been	4
with regards to	4
due to its	4
with coronavirus disease	4
detection of diabetic	4
we aimed to	4
protected by copyright	4
access to a	4
an alternative form	4
visits will be	4
goal is to	4
the visit was	4
how to use	4
they have no	4
and forward telemedicine	4
logistic regression with	4
nationwide public health	4
rapid adoption of	4
the training of	4
all phases of	4
using telemedicine tools	4
the physical examination	4
were billed using	4
authors have no	4
screening and management	4
utilizing telemedicine for	4
of primary and	4
time of the	4
some of these	4
of access to	4
the utility of	4
for subspecialty care	4
of more than	4
difference in annual	4
the technology acceptance	4
for patient follow	4
patients to be	4
and diagnostic concordance	4
and the next	4
the maintenance of	4
that could be	4
delivery of healthcare	4
national institutes of	4
visits and hospitalizations	4
broad range of	4
during the year	4
the longer term	4
we aim to	4
well as a	4
is important that	4
business schools or	4
by a specialist	4
diagnosis of glaucoma	4
patients that were	4
to visit the	4
over the last	4
as the use	4
deep learning algorithm	4
at the clinic	4
a survey of	4
to eye care	4
compared to an	4
telemedicine encounters were	4
video visit was	4
telemedicine would be	4
it is vital	4
patient and physician	4
and mobile health	4
guidelines for telemedicine	4
in the hands	4
a systematic literature	4
the clinician and	4
the burden of	4
provider and patient	4
location of the	4
of an adolescent	4
may be necessary	4
children in rural	4
the next step	4
costs associated with	4
addressing equity in	4
internet of things	4
of patient encounter	4
the current sars	4
via telemedicine and	4
was asked to	4
plastic and reconstructive	4
patients and health	4
now is the	4
controlled trial of	4
in many countries	4
and ulcerative colitis	4
its use in	4
and the public	4
the sense of	4
reliability of the	4
of blood glucose	4
of telehealth on	4
mobile health technology	4
and utilization of	4
virtual health care	4
schools or universities	4
of prematurity screening	4
need for telemedicine	4
of an in	4
to establish the	4
at this time	4
the experience of	4
to accept telemedicine	4
a sample of	4
have the potential	4
of a postoperative	4
h n influenza	4
the usefulness of	4
the telemedicine program	4
as soon as	4
the relationship between	4
in diabetic retinopathy	4
results of the	4
in recent years	4
we postulate that	4
may help increase	4
barriers to implementation	4
of the national	4
nature of the	4
the detection of	4
there is an	4
and implications for	4
telemedicine use within	4
in comparison to	4
widespread adoption of	4
to an in	4
a useful tool	4
visit rates among	4
period of time	4
for the evaluation	4
in rural settings	4
rate of rescheduling	4
visit rates were	4
as effective as	4
regulation of telemedicine	4
health care and	4
detection and follow	4
adjusted annual visit	4
of telemedicine should	4
used to provide	4
patel et al	4
barriers to access	4
with chronic diseases	4
on the same	4
limited access to	4
to gain an	4
deal with the	4
the veterans health	4
able to perform	4
communicate with a	4
transplant recipients who	4
using a technology	4
guidelines and recommendations	4
adult and pediatric	4
important to recognize	4
of telemedicine was	4
were found to	4
is not yet	4
light of the	4
telemedicine is an	4
telemedicine video visit	4
in an effort	4
providing care to	4
satisfaction of the	4
telemedicine has already	4
is protected by	4
has a positive	4
recommendations from the	4
care such as	4
prospective study of	4
as an alternative	4
be useful in	4
nouri et al	4
telemedicine consultations were	4
and future pandemics	4
important part of	4
were obtained from	4
for both the	4
shortness of breath	4
are the most	4
the introduction of	4
along with the	4
for telemedicine to	4
in an epidemic	4
be associated with	4
an inperson visit	4
members of the	4
primary care providers	4
of ai in	4
systematic reviews and	4
for those with	4
consultations for covid	4
equity in telemedicine	4
to have a	4
that may be	4
success of telemedicine	4
when compared with	4
in medical education	4
and satisfaction of	4
can be achieved	4
current use of	4
was shown to	4
care systems have	4
a retrospective analysis	4
technologies such as	4
adoption of a	4
point likert scale	4
be due to	4
reducing the risk	4
has been slow	4
is worth noting	4
visits to the	4
the onset of	4
in this era	4
early detection of	4
programs such as	4
elderly patients with	4
to aid in	4
lower than the	4
of a mobile	4
of transplantation and	4
much of the	4
it has the	4
to be made	4
this is not	4
study on the	4
for screening of	4
an opportunity for	4
for clinicians to	4
using the following	4
help increase access	4
the visit and	4
of the sars	4
transplantation and the	4
or those who	4
the electronic medical	4
of infected patients	4
outreach and telemedicine	4
authors would like	4
may also be	4
society of transplantation	4
to the clinic	4
retinopathy in primary	4
mentioned in patient	4
for disease control	4
convolutional neural networks	4
access to eye	4
information about the	4
alternative form of	4
to telemedicine appointments	4
access to the	4
person outreach clinics	4
which the patient	4
this could be	4
been used to	4
the authors would	4
seen via telemedicine	4
that they would	4
across the world	4
increased likelihood of	4
the patient or	4
by the american	4
diagnostic or therapeutic	4
diabetes group visit	4
of these services	4
studies are needed	4
integrated with an	4
on the other	4
visit was conducted	4
of the original	4
from the american	4
this issue of	4
of telehealth services	4
patients who were	4
and there are	4
the rapid adoption	4
is also an	4
compared to children	4
on the basis	4
they arrive in	4
services for patients	4
to facilitate the	4
with prolonged viral	4
be successful in	4
may be more	4
the american heart	4
a need for	4
patients via telemedicine	4
have also been	4
influence on the	4
to lack of	4
a framework for	4
the barriers to	4
care delivery and	4
to utilize telemedicine	4
proven to be	4
there are many	4
to a virtual	4
and patients with	4
difference in patient	4
test was used	4
with the aid	4
after hand and	4
a telemedicine platform	4
living in rural	4
using a telemedicine	4
to deal with	4
mental health services	4
acceptance and use	4
the internet of	4
of a pandemic	4
interaction terms together	4
monitoring of blood	4
the next decade	4
even beyond the	4
patients with age	4
visit rates by	4
and how to	4
the sleep medicine	4
telemedicine visits are	4
by the patients	4
to expand their	4
at a distance	4
not able to	4
an effort to	4
of the potential	4
with existing clinical	4
improved access to	4
for telehealth services	4
diabetic retinopathy and	4
using and non	4
been slow to	4
inflammatory bowel disease	4
be used in	4
and management codes	4
be performed remotely	4
but also in	4
the face of	4
during the encounter	4
to the hospital	4
be needed to	4
polymerase chain reaction	4
aspects of telemedicine	4
feasibility of remote	4
uptake of telemedicine	4
disease control and	4
in annual visit	4
care of the	4
easy to use	4
may be used	4
at our institution	4
telemedicine is likely	4
advent of the	4
work from home	4
significant difference in	4
likelihood of a	4
each of the	4
of critical care	4
role of the	4
in some cases	4
routine clinical practice	4
telemedicine tools to	4
in visit rates	4
was used for	4
can be made	4
with the provider	4
with at least	4
treat patients with	4
provide students with	4
remote guidance of	4
in these cases	4
alternative to in	4
to telemedicine encounters	4
and diabetic retinopathy	4
incorporating telemedicine into	4
of teleophthalmology in	4
for patients seen	4
telemedicine in this	4
study conducted on	4
effects of telemedicine	4
while there is	4
can be performed	4
during and beyond	4
at the university	4
phases of transplant	4
allows for the	4
the aid of	4
the age of	4
the national health	4
the audio and	4
to the american	4
differences in visit	4
of such solution	4
these technologies and	4
macular degeneration from	4
telemedicine glaucoma detection	4
due to lack	4
are at higher	4
a broad range	4
patient history and	4
coronavirus disease of	4
to an alternative	4
fundus photography for	4
of a technology	4
would use telemedicine	4
and reconstructive surgery	4
coding and billing	4
health care professionals	4
of the clinical	4
a randomized clinical	4
current procedural terminology	4
and patients need	4
compared with in	4
medical record system	4
such as electronic	4
telemedicine utilization was	4
a focus on	4
visits were billed	4
progression in glaucoma	4
among children receiving	4
and remote monitoring	4
robust standard errors	4
have access to	4
of telemedicine across	4
the patient in	4
is not as	4
is the time	4
depend on the	4
results demonstrate that	4
otolaryngology has been	4
have led to	4
within state medicaid	4
of transplant surgeons	4
with type diabetes	4
as the degree	4
in the diagnosis	4
disease in retinopathy	4
the advent of	4
in a patient	4
is not possible	4
development of digital	4
the combination of	4
to virtual visits	4
supply problems for	4
for this study	4
patients and caregivers	4
intention to use	4
head neck surg	4
compared to standard	4
were conducted in	4
followed by the	4
we believe that	4
telemedicine clinic visits	4
care delivery systems	4
a gap in	4
telemedicine visit was	4
situation corresponds to	4
telemedicine to improve	4
to complete the	4
the basis of	4
to provide telemedicine	4
possible that the	4
society of transplant	4
delivery in the	4
at distance to	4
of care is	4
of telemedicine will	4
children identified as	4
the addition of	4
be involved in	4
as an in	4
the medical staff	4
a case study	4
please see table	4
the feasibility and	4
visual field progression	4
the telemedicine and	4
care to remote	4
person visits to	4
transitioning to telemedicine	4
telemedicine practice guidelines	4
primary care and	4
of the health	4
prior to covid	4
patients with cancer	4
in the development	4
in the clinical	4
during the sars	4
the healthcare system	4
analysis was performed	4
is as effective	4
nerve fiber layer	4
relationship with the	4
total of records	4
were excluded if	4
disease and ulcerative	4
to be at	4
treatment of sleep	4
risk of exposure	4
ebola virus disease	4
cost analysis of	4
the hands of	4
as the covid	4
a sleep disorder	4
between patient and	4
program for diabetic	4
a video visit	4
color fundus photographs	4
we examined the	4
for people with	4
outreach clinics and	4
which were due	4
and the community	4
learning system for	4
lessons learned from	4
were used to	4
day of admission	4
growth of telemedicine	4
undergraduate medical education	4
the global burden	4
and the need	4
in the patient	4
of new technologies	4
all aspects of	4
in the elderly	4
exposure to the	4
to medical practitioner	4
assessment and management	4
for the application	4
of life in	4
sure that the	4
a study of	4
must adhere to	4
of a health	4
separated by distance	3
system for detection	3
the g network	3
the distribution of	3
if the patient	3
telemedicine was also	3
usefulness of the	3
at all times	3
to streamline the	3
the remote guidance	3
for synchronous video	3
data in the	3
remote or underserved	3
potential to improve	3
rapid expansion of	3
in a prospective	3
a radiation oncology	3
care for such	3
on the one	3
studies have shown	3
the reach of	3
was compared to	3
children who received	3
were satisfied with	3
conducted with the	3
who accepted a	3
and availability of	3
incorporate telemedicine into	3
telemedicine in routine	3
to march of	3
potential in improving	3
to use these	3
do not require	3
due to technology	3
healthcare delivery in	3
be important to	3
of the novel	3
that a telemedicine	3
system resilience program	3
to reach the	3
as the pandemic	3
accuracy and reliability	3
increase in the	3
developing a synchronous	3
that the covid	3
video visit for	3
telemedicine encounter and	3
provide a more	3
prospective study to	3
health and care	3
person clinical encounters	3
who accepted and	3
if it is	3
aid of a	3
deployment of telemedicine	3
telemedicine is used	3
should also be	3
as a potential	3
the interstate medical	3
health care environment	3
needed to gain	3
core telemedicine and	3
in the times	3
extent to which	3
resource use and	3
change of condition	3
their willingness to	3
for facial trauma	3
the information technology	3
to limit in	3
review of clinical	3
is also a	3
the following learning	3
room or outpatient	3
and treatment project	3
into curricula and	3
elected to participate	3
a virtual care	3
philadelphia telemedicine glaucoma	3
are consistent with	3
throughout the country	3
into the telemedicine	3
or primary care	3
and may have	3
the screening process	3
seek immediate medical	3
each of these	3
awareness of the	3
these types of	3
via synchronous video	3
part of a	3
access to specialist	3
no significant difference	3
geographic barriers to	3
include the ability	3
during this virtual	3
we compared the	3
can be incorporated	3
in this edition	3
and child race	3
with the most	3
was performed and	3
for direct observation	3
research studies to	3
using deep convolutional	3
can be successfully	3
and acceptability study	3
in machine learning	3
a model of	3
gao et al	3
on quality of	3
on the digital	3
travel to a	3
o p e	3
of the major	3
adoption of the	3
to implement telemedicine	3
the c h	3
a h n	3
such as stroke	3
using telemedicine technology	3
learned from a	3
and increase access	3
table iii for	3
for such immunosuppressed	3
working group on	3
remote consultation with	3
of image quality	3
explore major telemedicine	3
would not be	3
there is limited	3
patient monitoring and	3
telemedicine physical exam	3
due to this	3
of health systems	3
where access to	3
o l o	3
critical care medicine	3
patients with prolonged	3
e u r	3
patients prior to	3
in of cases	3
to check with	3
at the start	3
like to acknowledge	3
social distancing guidelines	3
approach to the	3
of studies conducted	3
has been reported	3
of this paper	3
and treat patients	3
an alternative to	3
medical care in	3
access to and	3
transplant recipients are	3
community from exposure	3
reluctance to use	3
care using store	3
should be removed	3
for each patient	3
to nursing home	3
from the subspecialist	3
such immunosuppressed patients	3
protect both physicians	3
to address this	3
clinics and telemedicine	3
resulted in a	3
well as in	3
the conclusion of	3
and data protection	3
most common reason	3
conducted by a	3
telemedicine for ent	3
in the otolaryngology	3
deep learning for	3
for the patients	3
in the long	3
for anterior segment	3
person outpatient visits	3
potential for telemedicine	3
which a telemedicine	3
practical recommendations for	3
improve asthma control	3
telemedicine encounters to	3
were considered eligible	3
katrina southeast louisiana	3
to interact with	3
outside of the	3
twice daily for	3
acceptability of telemedicine	3
to continue providing	3
reason for telemedicine	3
the widespread implementation	3
in a national	3
to adapt and	3
majority of the	3
using telehealth equipment	3
there should be	3
yet in order	3
of neovascular age	3
even in the	3
remote communications during	3
to understand the	3
video visits and	3
that should be	3
of adult and	3
positive nat tests	3
can be applied	3
is important for	3
when the patient	3
free flap monitoring	3
health system resilience	3
available to the	3
patients in our	3
the changes in	3
useful for reducing	3
in the primary	3
between a patient	3
be concerned about	3
be defined as	3
delayed teaching group	3
video visits integrated	3
perceptions of telemedicine	3
not have the	3
at the eye	3
to reach patients	3
the technology and	3
we suggest that	3
the type of	3
and contribute to	3
shedding for immunosuppressed	3
from different business	3
on their personal	3
for ent care	3
of shelter in	3
immediate teaching group	3
clinicians need to	3
was rated as	3
glaucoma virtual clinics	3
care for chronic	3
the following day	3
a guide to	3
that of patients	3
telemedicine can also	3
by an individual	3
use of this	3
of digital technologies	3
also been used	3
for the telemedicine	3
neck free tissue	3
risk of complications	3
regulatory and financial	3
urgency of the	3
access to specialists	3
for many patients	3
is being used	3
the specialty of	3
patient should be	3
slow to adopt	3
care and address	3
deep learning in	3
telemedicine cabin is	3
and patient are	3
mental health support	3
of exposure to	3
cost savings of	3
when a patient	3
it is often	3
be reimbursed by	3
distribution of patients	3
demonstrated a high	3
of the united	3
telehealth remote communications	3
of mobile health	3
to be reimbursed	3
did not require	3
while avoiding an	3
audiologist to provide	3
day per week	3
of a sleep	3
sufficient technical quality	3
procurement and transplantation	3
review of telemedicine	3
experiences to provide	3
a study from	3
reviews and meta	3
can be accessed	3
the intensive care	3
care kidney transplant	3
his or her	3
a percentage of	3
telemedicine to address	3
at the future	3
american stroke association	3
the new york	3
a need to	3
of eye care	3
the first two	3
screening for dr	3
will likely be	3
the covid pandemic	3
direct and positive	3
the diagnostic reliability	3
via telephone calls	3
endoscopic sinus surgery	3
opportunities of telemedicine	3
the safety of	3
of telemedicine interventions	3
mccool and colleagues	3
the likelihood of	3
than half of	3
the volume of	3
children receiving subspecialty	3
e a n	3
it is helpful	3
of telemedicine consultation	3
the office of	3
of a home	3
some form of	3
in view of	3
viral shedding for	3
examined telemedicine use	3
pandemic has led	3
in pediatric orl	3
that were managed	3
with an average	3
during this pandemic	3
clinic visits and	3
study found that	3
medical educators could	3
learning vehicles to	3
telemedicine use among	3
an individual believes	3
in a survey	3
which is a	3
whether telemedicine is	3
federal de medicina	3
team complaining of	3
facial plastic and	3
experience emphasizes the	3
neurotology in post	3
of choroidal and	3
institutes of health	3
from referral to	3
any of the	3
through telemedicine and	3
improvement in the	3
about the duration	3
the impact on	3
participate in telemedicine	3
of als patients	3
did not assess	3
personal appointments to	3
year medical students	3
organ procurement and	3
ahead of time	3
have been canceled	3
have been rapidly	3
in the next	3
access to all	3
with telehealth for	3
that using a	3
the targeted population	3
patient to the	3
the screening and	3
rural nursing homes	3
spread of sars	3
and mental health	3
used in the	3
equivalent or superior	3
of these studies	3
of telehealth with	3
the community from	3
to provide a	3
implementing a telemedicine	3
for the future	3
more than of	3
nucleic acid test	3
compared with the	3
high patient satisfaction	3
by minimally trained	3
trial of a	3
qualified health centers	3
of healthcare services	3
the limitation of	3
for pediatric telehealth	3
whether or not	3
a high level	3
visits during the	3
persistently positive nat	3
telerehabilitation in heart	3
community healthcare outcomes	3
modalities of telemedicine	3
it is therefore	3
of patient data	3
health care program	3
academy of otolaryngology	3
will have to	3
development of a	3
for evaluation and	3
economic evaluation of	3
the course of	3
of telemedicine applications	3
of inspector general	3
with telemedicine visits	3
symptoms but might	3
the presence of	3
outpatient medical care	3
acute ischemic stroke	3
general supply problems	3
the overall quality	3
the issue of	3
as determined by	3
worth noting that	3
of exudative age	3
up in the	3
the clinician is	3
the allergy and	3
the ilae commission	3
standardized patient telehealth	3
range of adult	3
use of in	3
outpatient clinic visit	3
opportunity to incorporate	3
visits in a	3
at a time	3
the visit to	3
monitoring has been	3
to telemedicine visits	3
society of critical	3
in western australia	3
and iris nevi	3
care access for	3
of the traditional	3
visit the nearest	3
with an electronic	3
the pediatric population	3
could be conducted	3
the district of	3
the severity of	3
did not include	3
outcomes of a	3
detection and treatment	3
in chronic disease	3
likely to have	3
to analyze the	3
from to and	3
the telehealth usability	3
the patients to	3
forward telemedicine device	3
telemedicine to provide	3
who use telemedicine	3
and clinician experiences	3
been previously described	3
should be considered	3
be used as	3
reporting items for	3
aim is to	3
the united kingdom	3
associated with increased	3
is the same	3
photography for diabetic	3
the efficacy and	3
in congregate settings	3
covered telemedicine services	3
the outpatient clinic	3
negative binomial regression	3
it is desirable	3
for both patients	3
onset of the	3
asynchronous lectures covering	3
or outpatient clinic	3
as an important	3
implementation for your	3
we need to	3
for telemedicine and	3
might be the	3
might not be	3
automated detection of	3
satisfied with a	3
still the exception	3
medical education in	3
focusing on the	3
in the real	3
state of the	3
with social distancing	3
is important in	3
and opportunities for	3
an electronic medical	3
eliminating the need	3
implications for telemedicine	3
particularly important in	3
novel coronavirus disease	3
in south africa	3
and of the	3
should be prepared	3
pandemic has necessitated	3
shared with the	3
for these visits	3
be given to	3
order to be	3
with chronic respiratory	3
to pay for	3
in usual care	3
used for telemedicine	3
due to technological	3
spread of covid	3
with conventional in	3
discussions on applications	3
telemedicine by physicians	3
and at distance	3
conducted a prospective	3
using a patient	3
telehealth usability questionnaire	3
in adolescent health	3
need to go	3
based on a	3
into the medical	3
from unnecessary exposure	3
to have the	3
patients affected by	3
be at high	3
during the lockdown	3
in other fields	3
regulation and reimbursement	3
continued use of	3
community health workers	3
in the visit	3
in a timely	3
potential of telemedicine	3
patients at the	3
pandemic health system	3
identified as a	3
is possible to	3
integrated with existing	3
to be followed	3
out of state	3
pay for this	3
acute and long	3
century cures act	3
traveling an audiologist	3
of information technology	3
the midst of	3
how can we	3
satisfaction with both	3
in medically underserved	3
case of the	3
reimbursement of telemedicine	3
on diagnostic or	3
as mentioned in	3
more than billion	3
of these technologies	3
on telemedicine use	3
of such an	3
in palliative care	3
diagnostic reliability of	3
telemedicine can protect	3
and integration into	3
telehealth services in	3
of visits were	3
of sleep telemedicine	3
and training of	3
difference between the	3
remote delivery of	3
in liver and	3
it should be	3
therapeutic procedures using	3
subspecialist characteristics associated	3
a telemedicine robot	3
were conducted with	3
reduce or waive	3
with the majority	3
by patients and	3
for the elderly	3
and children living	3
especially in the	3
for telehealth remote	3
areas such as	3
and beyond date	3
and social distancing	3
the telemedicine exam	3
the incorporation of	3
telemedicine and remote	3
will pay for	3
with a remote	3
the patient portal	3
prolonged viral shedding	3
use in a	3
using logistic regression	3
specimens of infected	3
those in need	3
the influence of	3
the complexity of	3
of telemedicine can	3
on the following	3
in compliance with	3
of interest the	3
and monitoring for	3
patient safety and	3
future providers to	3
to limit patient	3
and was used	3
in some countries	3
in our daily	3
management of chronic	3
telemedicine in their	3
codes were used	3
clinical experiences to	3
ways to provide	3
that the service	3
revised the manuscript	3
call may be	3
an analysis of	3
free tissue transfer	3
chronic ocular conditions	3
the beginning of	3
no conflicts of	3
of a pilot	3
health care consumers	3
been reported to	3
at the originating	3
and the lack	3
such as through	3
for management of	3
of the other	3
and time barriers	3
transplant patients with	3
to ensure a	3
equal access to	3
overall quality of	3
receiving subspecialty care	3
telemedicine offers a	3
between the two	3
systematic review telemedicine	3
telemedicine might be	3
interstate medical licensure	3
such as patient	3
eye diseases in	3
can be leveraged	3
through remote monitoring	3
office of inspector	3
and cost of	3
of sufficient technical	3
edition of sleep	3
advances in technology	3
for the practice	3
the growth of	3
of video consultations	3
recovered from symptoms	3
a n u	3
hardware and software	3
rural health care	3
appear to be	3
admitted to the	3
access and quality	3
to account for	3
and communication technologies	3
is used for	3
we support the	3
it is perceived	3
as a telemedicine	3
the intent to	3
students from different	3
college of cardiology	3
may be the	3
life in adults	3
of chronic conditions	3
with the covid	3
to be acceptable	3
number of studies	3
regulatory and reimbursement	3
can improve the	3
the authors are	3
rural and remote	3
in person or	3
management of these	3
g y x	3
to take advantage	3
from personal appointments	3
management of kidney	3
serve as a	3
our systematic review	3
major barrier to	3
are at a	3
standards of care	3
the virtual visit	3
telemedicine for diabetic	3
monitoring of the	3
of viral transmission	3
revert back to	3
burden of disease	3
decreases visit times	3
characteristics of the	3
management in the	3
and beyond the	3
described in the	3
mirror the in	3
without access to	3
epilepsy outpatient clinic	3
in patient care	3
telemedicine in epidemic	3
synchronous otolaryngology telemedicine	3
literature search was	3
chronic neurological diseases	3
is often helpful	3
next step is	3
telemedicine task force	3
at their first	3
a higher level	3
an introduction to	3
a study on	3
the prevention of	3
tool for the	3
in the midst	3
care in alaska	3
can protect both	3
in regards to	3
that we have	3
use of remote	3
or therapeutic procedures	3
remote video visits	3
screening of plus	3
for a new	3
the alaska experience	3
center head and	3
mainly due to	3
outpatient clinic visits	3
risk of contracting	3
have been developed	3
continuous positive airway	3
in china and	3
the health insurance	3
be conducted with	3
a look at	3
remote and underserved	3
while protecting patients	3
technology may be	3
impact of telehealth	3
travel burdens associated	3
of medical professionals	3
education in the	3
were no significant	3
for current and	3
were less likely	3
the otolaryngology field	3
this must be	3
suited for telemedicine	3
is not always	3
telemedicine via synchronous	3
up to now	3
to provide students	3
the population of	3
public health crisis	3
intensive care units	3
led to an	3
the first step	3
otoscopy performed by	3
zip codes were	3
is able to	3
ent care in	3
to work remotely	3
to patient care	3
in clinical practice	3
glaucoma based on	3
the musculoskeletal system	3
academy of neurology	3
suitable for telemedicine	3
to be considered	3
evaluation of facial	3
association american stroke	3
to help medical	3
a postponed face	3
it is our	3
it is time	3
more convenient for	3
on health care	3
the most frequent	3
single center head	3
level of care	3
for the covid	3
both in terms	3
load in upper	3
of patients reported	3
telemedicine has also	3
and provider satisfaction	3
telemedicine training into	3
patients with respiratory	3
patient to be	3
it is the	3
alaska experience using	3
for the prevention	3
affected by chronic	3
for nursing home	3
telemedicine appointments from	3
to allow for	3
paediatric infectious disease	3
discretion for telehealth	3
a synchronous telemedicine	3
of breath and	3
of the musculoskeletal	3
this is the	3
among children cared	3
delivery of health	3
were created for	3
field progression in	3