quadgram

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

quadgram	frequency
influenza a h n	581
in the united states	465
of influenza a virus	387
influenza a and b	372
h n influenza virus	293
n and h n	243
h n and h	242
highly pathogenic avian influenza	216
severe acute respiratory syndrome	208
of influenza a viruses	205
h n influenza a	198
a h n virus	191
h n influenza viruses	187
pandemic h n influenza	174
of pandemic influenza a	170
h n avian influenza	168
of the influenza virus	168
disease control and prevention	160
of h n influenza	158
influenza a virus infection	151
for disease control and	151
of the influenza a	148
the influenza a virus	144
of the h n	143
a and b viruses	141
centers for disease control	139
of avian influenza a	133
for the treatment of	128
on the other hand	126
of influenza a and	125
as well as the	124
acute respiratory distress syndrome	120
in the absence of	119
the h n virus	114
the world health organization	114
has been shown to	110
the h n pandemic	110
in the case of	108
safety and immunogenicity of	108
on the basis of	108
in the context of	107
avian influenza h n	106
n influenza a virus	103
the pandemic h n	101
h n influenza in	98
of influenza c virus	96
influenza virus infection in	93
highly pathogenic h n	92
systematic review and meta	89
seasonal and pandemic influenza	88
of pandemic h n	87
at the same time	87
with avian influenza a	86
pandemic influenza a h	86
as a result of	86
avian influenza a h	86
the lower respiratory tract	84
and respiratory syncytial virus	82
influenza a virus in	82
a systematic review and	82
at the time of	82
of avian influenza viruses	81
the upper respiratory tract	80
advisory committee on immunization	80
in the treatment of	80
in the presence of	79
influenza a viruses in	79
of influenza virus infection	79
committee on immunization practices	78
prevention and control of	78
of influenza a h	76
influenza and other respiratory	76
the treatment of influenza	75
of human influenza a	74
chronic obstructive pulmonary disease	74
an important role in	74
and other respiratory viruses	74
the h n influenza	73
efficacy and safety of	73
h n virus in	72
in vitro and in	72
detection of influenza a	72
of h n viruses	71
is one of the	69
the ha and na	69
a h n and	69
a wide range of	68
vitro and in vivo	68
for the detection of	68
the advisory committee on	67
in the human population	67
it is important to	67
of h n avian	67
during an influenza pandemic	66
of severe acute respiratory	66
the total number of	66
a and b virus	65
in hong kong in	65
have been shown to	64
one of the most	64
influenza h n virus	64
of highly pathogenic avian	64
a universal influenza vaccine	63
the centers for disease	61
of the advisory committee	61
of an influenza pandemic	61
of influenza in the	61
h n virus infection	60
was found to be	60
studies have shown that	60
h n viruses in	60
the end of the	60
were more likely to	59
patients with influenza a	59
avian influenza a virus	59
of respiratory syncytial virus	59
pandemic h n virus	58
recommendations of the advisory	58
a h n pdm	58
in addition to the	58
after the onset of	57
influenza in the united	57
a license to display	56
medrxiv a license to	56
for influenza a virus	56
to display the preprint	56
who has granted medrxiv	56
during the h n	56
display the preprint in	56
has granted medrxiv a	56
license to display the	56
in the development of	56
h n infection in	56
granted medrxiv a license	56
avian influenza viruses in	55
copyright holder for this	55
n influenza virus infection	55
the copyright holder for	55
and h n influenza	55
h n pdm virus	54
in influenza a virus	54
with influenza a virus	54
n influenza a viruses	54
avian h n influenza	54
transmission of avian influenza	54
respiratory syncytial virus infection	54
treatment of influenza a	53
of h n virus	53
of the pandemic influenza	53
been shown to be	52
a h n viruses	52
middle east respiratory syndrome	51
than years of age	51
pathogenic avian influenza virus	51
it is possible that	50
for the development of	50
during the study period	49
transmission of influenza a	49
were found to be	49
certified by peer review	49
was not certified by	49
which was not certified	49
the role of the	49
the burden of influenza	49
is the author funder	49
the preprint in perpetuity	49
and h n viruses	49
not certified by peer	49
pathogenic avian influenza viruses	49
critically ill patients with	48
in the respiratory tract	48
u r n a	48
holder for this preprint	48
a h n influenza	48
cases of h n	48
r n a l	48
influenza a viruses are	48
the onset of symptoms	48
h n influenza pandemic	48
o u r n	48
transcription polymerase chain reaction	48
j o u r	48
at the end of	47
influenza and respiratory syncytial	47
to influenza a virus	47
in the event of	47
for the control of	47
department of health and	47
avian influenza a viruses	47
live attenuated influenza vaccine	46
no reuse allowed without	46
influenza other respir viruses	46
to influenza virus infection	46
in critically ill patients	46
reuse allowed without permission	46
with h n influenza	45
of this study was	45
of avian h n	45
the pandemic influenza a	45
in the present study	45
at high risk of	45
h n virus was	45
in patients with influenza	45
l p r e	45
of the influenza pandemic	45
of influenza virus in	45
of influenza b virus	45
p r o o	45
r o o f	45
n a l p	45
a l p r	45
during the influenza season	44
the development of a	44
are more likely to	44
in the upper respiratory	44
influenza a virus replication	44
the next influenza pandemic	44
n avian influenza virus	44
was approved by the	43
this study was to	43
the emergence of a	43
an increased risk of	43
n influenza viruses in	43
burden of influenza in	42
origin h n influenza	42
the national institute of	42
and immunogenicity of a	42
with pandemic influenza a	42
can be used to	42
the impact of the	42
more likely to be	42
the basis of the	42
the emergence of the	42
n influenza virus in	42
influenza vaccine effectiveness in	42
a h n pandemic	42
a systematic review of	42
h n pandemic influenza	42
of influenza virus hemagglutinin	42
for the production of	41
that they have no	41
preprint this version posted	41
play an important role	41
specific cd t cells	41
influenza a or b	41
of influenza and other	41
this preprint this version	41
it has been shown	41
for this preprint this	41
the impact of influenza	41
and control of influenza	41
the severity of the	41
associated with influenza a	41
to the h n	41
the united states and	40
the majority of the	40
the rest of the	40
declare that they have	40
of seasonal influenza in	40
on the surface of	40
the beginning of the	40
the control of influenza	40
human and avian influenza	40
more likely to have	40
a randomized controlled trial	40
is likely to be	40
positive for influenza a	40
of avian influenza virus	40
in the general population	40
a h n infection	39
infected with influenza a	39
in patients with severe	39
of human h n	39
the authors declare that	39
subtypes of influenza a	39
in the lower respiratory	39
of the virus in	39
a single dose of	39
in the number of	39
the h n subtype	39
transmission of h n	39
emergence of a novel	39
infants and young children	39
in the course of	39
the spread of influenza	39
morbidity and mortality in	39
it is likely that	39
of influenza vaccination in	39
upper and lower respiratory	38
the spread of the	38
pathogenic h n influenza	38
the first wave of	38
similar to that of	38
respiratory syncytial virus in	38
has been shown that	38
h n influenza vaccine	38
play a role in	38
influenza h n viruses	38
against influenza a virus	38
the influenza a h	37
of the general public	37
authors declare that they	37
food and drug administration	37
in the pathogenesis of	37
treatment of influenza in	37
to be associated with	37
respiratory tract infections in	37
a large number of	37
the ministry of health	37
joint prevention and control	37
the immune response to	37
less than years of	37
the severe acute respiratory	37
influenza virus infection and	37
of h n pdm	37
in all age groups	37
the pandemic influenza virus	37
have been associated with	37
for the study of	36
human influenza a h	36
has been associated with	36
influenza virus h n	36
mortality associated with influenza	36
for influenza a and	36
institute of allergy and	36
in the lungs of	36
pathogenic avian influenza a	36
at the beginning of	36
with pandemic h n	36
in accordance with the	35
cases of avian influenza	35
influenza a virus hemagglutinin	35
national institute of allergy	35
presence or absence of	35
acute respiratory syndrome coronavirus	35
are shown in table	35
patients with h n	35
reverse transcription polymerase chain	35
lower respiratory tract infections	35
immune response to influenza	35
of allergy and infectious	35
the risk of influenza	35
human influenza a virus	35
the aim of this	35
in contrast to the	34
the early stages of	34
the use of the	34
infection with influenza a	34
and influenza a virus	34
influenza a virus m	34
of influenza in children	34
have no competing interests	34
influenza viruses circulating in	34
of the respiratory tract	34
in a mouse model	34
of influenza vaccine effectiveness	34
was associated with a	34
in this study were	33
influenza vaccine in the	33
in the h n	33
with influenza a h	33
allergy and infectious diseases	33
in the form of	33
of the immune system	33
influenza a virus from	33
influenza a virus and	33
prevention and control mechanism	33
severe acute respiratory illness	33
of the pandemic h	33
tested positive for influenza	33
lower respiratory tract infection	33
and the use of	33
of influenza virus infections	33
review of the literature	33
as shown in figure	33
used in this study	33
an h n virus	33
and lower respiratory tract	32
was shown to be	32
and pandemic h n	32
for treatment of influenza	32
caused by influenza a	32
it has been suggested	32
in the setting of	32
infection with avian influenza	32
and immunogenicity of an	32
influenza a virus ns	32
of seasonal and pandemic	32
the surface of the	32
of highly pathogenic h	32
as well as in	32
east respiratory syndrome coronavirus	32
hong kong h n	32
of the pandemic virus	32
members of the general	32
of influenza h n	32
against influenza virus infection	32
against h n influenza	32
influenza a virus to	31
respiratory syncytial virus and	31
the presence of the	31
the course of the	31
of morbidity and mortality	31
the number of influenza	31
in children and adults	31
and the number of	31
over years of age	31
in this age group	31
viruses isolated from humans	31
during the influenza pandemic	31
and avian influenza viruses	31
the h n pdm	31
important role in the	31
virus in the united	31
of influenza virus a	31
with the h n	31
t t t t	31
h n viruses were	31
parts of the world	31
with the exception of	31
in response to the	31
influenza virus replication in	30
has been suggested that	30
a novel influenza a	30
diseases society of america	30
the upper and lower	30
influenza in healthy adults	30
of the spanish influenza	30
were included in the	30
human infected avian influenza	30
during the course of	30
the a h n	30
of health and human	30
children and young adults	30
for each of the	30
of seasonal influenza vaccine	30
admitted to hospital with	30
the results of the	30
the presence of a	30
cases of influenza a	30
h n and a	30
cases of pandemic influenza	30
of influenza viruses in	30
infected with h n	30
have been reported in	30
human infections with avian	30
prevention and treatment of	30
infectious diseases society of	30
international catalogue of arboviruses	30
novel influenza a virus	30
ill patients with influenza	30
congo hemorrhagic fever virus	30
the fact that the	30
the intensive care unit	29
pathogenic avian influenza h	29
health and human services	29
the nature of the	29
national institutes of health	29
pandemic influenza h n	29
the origin of the	29
infections with avian influenza	29
both influenza a and	29
of h n infection	29
the number of cases	29
of the influenza season	29
h n influenza infection	29
syncytial virus infection in	29
influenza a virus is	29
h n viruses isolated	29
increase the risk of	29
a subtype h n	29
a high level of	29
with respiratory syncytial virus	29
novel h n influenza	29
with influenza a and	29
n avian influenza viruses	29
for the prevention of	29
higher than that of	29
on the territory of	29
of influenza vaccine in	29
to the emergence of	29
they have no competing	29
on the use of	28
not included in the	28
potential conflicts of interest	28
as part of the	28
avian and human influenza	28
in the united kingdom	28
years of age and	28
a role in the	28
risk factors for severe	28
of h n and	28
are likely to be	28
influenza viruses isolated from	28
the incidence of influenza	28
evolution of h n	28
may be due to	28
pandemic and seasonal influenza	28
with the use of	28
influenza virus infections in	28
with respect to the	28
associated with influenza and	28
in england and wales	28
with severe acute respiratory	28
strain of influenza a	28
h and h subtypes	27
of a h n	27
of an avian influenza	27
and approved the final	27
was isolated from the	27
antigenic and genetic characteristics	27
of a universal influenza	27
the median age of	27
the onset of illness	27
virus infection in mice	27
an increase in the	27
ha and na genes	27
human cases of avian	27
influenza vaccination in the	27
the weekly number of	27
no conflict of interest	27
clinical signs and symptoms	27
seasonal influenza in the	27
this version posted july	27
it was shown that	27
in the northern hemisphere	27
patients with pandemic influenza	27
in the southern hemisphere	27
and genetic characteristics of	27
by influenza a virus	27
was supported by the	27
influenza a viruses and	27
respiratory viral infections in	27
human influenza a viruses	27
may be associated with	27
under years of age	27
of inactivated influenza vaccine	27
the spanish influenza virus	26
is based on the	26
a better understanding of	26
to the lack of	26
a highly pathogenic avian	26
of human infection with	26
for the first time	26
influenza a virus infections	26
for use in the	26
of human infections with	26
rapid diagnosis of influenza	26
pandemic a h n	26
the h n outbreak	26
at least one of	26
h n virus and	26
the h n strain	26
for the diagnosis of	26
a h n in	26
a virus ns protein	26
a member of the	26
influenza a viruses from	26
human infection with avian	26
of a novel swine	26
reduce the risk of	26
we would like to	26
detection of influenza virus	26
of the st century	26
in the placebo group	26
by the end of	26
the presence or absence	26
the presence of influenza	26
of an h n	26
the h n and	25
associated with avian influenza	25
viruses circulating in humans	25
in relation to the	25
a review of the	25
read and approved the	25
the host immune response	25
h n virus that	25
a significant increase in	25
of an influenza a	25
detection of influenza viruses	25
patients with severe influenza	25
with avian influenza viruses	25
the seasonal influenza vaccine	25
of influenza and rsv	25
spread of the virus	25
cd t cells in	25
a result of the	25
of seasonal influenza a	25
it is estimated that	25
of seasonal influenza viruses	25
with influenza virus infection	25
cd t cell responses	25
a risk factor for	25
adults hospitalized with influenza	25
for the use of	25
for detection of influenza	25
during influenza virus infection	25
and treatment of influenza	25
the epidemiology of influenza	25
protection against influenza virus	25
aim of this study	25
in embryonated chicken eggs	25
seasonal h n influenza	25
of pandemic influenza in	25
rapid detection of influenza	25
characterization of h n	24
viruses with pandemic potential	24
due to the lack	24
as shown in table	24
of the immune response	24
the start of the	24
to the fact that	24
this is the first	24
of influenza virus and	24
a virus infection in	24
to be the most	24
of the m protein	24
as shown in fig	24
the influenza virus hemagglutinin	24
influenza a virus h	24
strains were isolated from	24
it is difficult to	24
cells were infected with	24
at increased risk of	24
of the pandemic and	24
in the majority of	24
virus was isolated from	24
in hong kong and	24
the event of a	24
can be used for	24
and safety of the	24
of avian influenza in	24
is associated with a	24
influenza a subtype h	24
strains of influenza a	24
of a novel influenza	24
confirmed human cases of	24
an influenza a virus	24
as soon as possible	24
upper respiratory tract infections	24
live attenuated influenza vaccines	24
and human influenza viruses	24
in terms of the	24
the authors declare no	24
in influenza virus infection	24
for the presence of	24
and a h n	24
was not associated with	24
influenza a viruses with	24
the detection of influenza	24
of the hong kong	24
have the potential to	24
of the virus to	24
it is necessary to	24
in mice and ferrets	24
this work was supported	23
spread of pandemic influenza	23
and the h n	23
be explained by the	23
of influenza virus replication	23
study was supported by	23
disease prevention and control	23
the use of a	23
have been used to	23
virus infection in the	23
resistance among influenza a	23
in the influenza a	23
and cellular immune responses	23
this study was supported	23
inactivated influenza vaccine in	23
responses to the pandemic	23
days after the onset	23
the pathogenesis of influenza	23
of influenza infection in	23
the prevention of influenza	23
protein of influenza a	23
of the th century	23
of the number of	23
to pandemic influenza a	23
of the virus and	23
influenza c virus infection	23
virus isolated from a	23
the infection rate of	23
immunogenicity of an inactivated	23
has been reported in	23
effectiveness of influenza vaccine	23
influenza h n and	23
the study of influenza	23
to the pandemic h	23
that the h n	23
ecology of influenza a	23
avian h n virus	23
in a study of	23
the innate immune system	23
no significant difference in	23
of avian and human	23
have been found to	23
the efficacy of the	23
significant morbidity and mortality	23
should be considered for	23
virus was detected in	23
over the past decade	23
to the development of	23
effectiveness of influenza vaccination	23
cd and cd t	23
adamantane resistance among influenza	23
viruses in hong kong	23
for rapid detection of	22
outbreak of avian influenza	22
effectiveness of influenza vaccines	22
for the generation of	22
of the host cell	22
patients admitted to hospital	22
we were able to	22
a broad range of	22
from person to person	22
memory cd t cells	22
associated with an increased	22
h n and seasonal	22
n avian influenza a	22
syncytial virus in the	22
h n swine influenza	22
work was supported by	22
options for the control	22
pandemic of the st	22
on the day of	22
the similarity of the	22
phylogenetic analysis of the	22
for h n influenza	22
the objective of this	22
by the presence of	22
a higher proportion of	22
influenza a viruses isolated	22
in the elderly and	22
cough or sore throat	22
evolution and ecology of	22
is known to be	22
and ecology of influenza	22
than that of the	22
and h n subtypes	22
of the emergence of	22
and the presence of	22
cause of death in	22
antibody responses to the	22
time to resolution of	22
be due to the	22
of health care workers	22
would like to thank	22
influenza in young children	22
were obtained from the	22
for the emergence of	22
outbreak in hong kong	22
gene of influenza a	22
we found that the	22
innate and adaptive immune	21
critical review of the	21
characterization of a novel	21
the early phase of	21
severe acute respiratory infection	21
influenza virus in a	21
and the development of	21
plays an important role	21
the influenza pandemic in	21
universal influenza virus vaccine	21
human infection with a	21
a wide variety of	21
in adults and children	21
genetic characteristics of swine	21
the risk of infection	21
aerosol transmission of influenza	21
for the next pandemic	21
and the risk of	21
a reduction in the	21
by influenza virus infection	21
systematic review of the	21
and the role of	21
a limited number of	21
prevention and control efforts	21
a small number of	21
and control of seasonal	21
human respiratory syncytial virus	21
have been reported to	21
of neuraminidase inhibitors in	21
of acute respiratory distress	21
isolation and characterization of	21
circulation of influenza a	21
due to the fact	21
for the h n	21
modified vaccinia virus ankara	21
response to influenza virus	21
in the far east	21
influenza virus in the	21
of confirmed human cases	21
for the management of	21
for the treatment and	21
a viruses in the	21
in the face of	21
human h n influenza	21
subjects less than years	21
lower respiratory tract disease	21
the case of influenza	21
on the one hand	21
of seasonal influenza with	21
with influenza and respiratory	21
review of the manuscript	21
of the onset of	21
with h n virus	21
for severe acute respiratory	21
control of seasonal influenza	21
virus replication in the	21
before the onset of	21
with highly pathogenic avian	21
genetic characterization of the	21
the effect of the	21
with an increased risk	21
as the result of	21
by the influenza virus	21
the duration of the	21
transmission of influenza virus	21
conception and design of	21
of influenza a in	21
the host response to	21
of the viral ha	20
approved the final manuscript	20
were positive for influenza	20
types a and b	20
in the management of	20
more than of the	20
was isolated from a	20
influenza a virus was	20
seasonal influenza with vaccines	20
the influenza virus polymerase	20
a fatal case of	20
authors read and approved	20
to the world health	20
with the help of	20
by the fact that	20
with a history of	20
the performance of the	20
infections in immunocompromised patients	20
as a cause of	20
to the presence of	20
infected avian influenza a	20
influenza season in the	20
in mice infected with	20
such as h n	20
transcriptase polymerase chain reaction	20
tm influenza a b	20
with regard to the	20
influenza h n in	20
to respiratory syncytial virus	20
n or h n	20
our understanding of the	20
resistance to neuraminidase inhibitors	20
influenza in the us	20
it is clear that	20
h and h influenza	20
the spread of pandemic	20
rapid influenza diagnostic tests	20
h n strains were	20
in infants and young	20
the innate immune response	20
of respiratory viruses in	20
have shown that the	20
clinical features of influenza	20
number of confirmed human	20
have been found in	20
us centers for disease	20
for the evaluation of	20
and severe acute respiratory	20
in the early stages	20
years old or older	20
of an influenza virus	20
alere tm influenza a	20
in patients admitted to	20
the department of health	20
of mice infected with	20
against influenza a viruses	20
h n or h	20
pandemic influenza in the	20
the morbidity and mortality	20
response to pandemic influenza	20
the human respiratory tract	20
event of a pandemic	20
of a highly pathogenic	20
of influenza viruses and	20
of influenza type a	20
h n pdm viruses	20
pandemic h n v	19
the us centers for	19
hospitalized patients with influenza	19
protection against h n	19
vaccines against h n	19
mortality in the united	19
of west nile virus	19
reactive antibody responses to	19
the emergence of pandemic	19
the infectious diseases society	19
of influenza vaccination of	19
effectiveness of neuraminidase inhibitors	19
h n outbreak in	19
other viruses of vertebrates	19
and h avian influenza	19
seasonal influenza a h	19
is associated with the	19
of the pb gene	19
the influenza c virus	19
prevention and control measures	19
by human infected avian	19
the influenza virus genome	19
influenza pandemic in the	19
influenza a virus vaccines	19
of influenza virus vaccines	19
to a lesser extent	19
as a risk factor	19
cumulative number of confirmed	19
the diagnosis of influenza	19
c virus infection in	19
the authors would like	19
acute respiratory tract infections	19
little is known about	19
in the south of	19
the onset of the	19
structure of the influenza	19
the m ion channel	19
immunity to influenza a	19
certain other viruses of	19
is the number of	19
in the control of	19
of pneumonia and influenza	19
the efficacy and safety	19
of age and older	19
during the influenza a	19
it should be noted	19
as one of the	19
to that of the	19
trivalent inactivated influenza vaccine	19
and mortality in the	19
during the first wave	19
for the prevention and	19
after onset of symptoms	19
the influenza season in	19
for influenza and other	19
avian influenza virus h	19
wave of the pandemic	19
are presented in table	19
and the united states	19
has the potential to	19
treatment and prevention of	19
objective of this study	19
can be found in	19
by the centers for	19
one of the following	19
influenza infection in the	19
and design of study	19
with influenza h n	19
the emergence of new	19
management of patients with	19
least one of the	19
could be explained by	19
study was approved by	19
low pathogenic avian influenza	19
to conception and design	19
wear a face mask	19
strains of influenza virus	19
n viruses isolated from	19
contributed to conception and	19
of the severity of	19
for disease prevention and	19
a and b in	19
was obtained from the	19
human infection with influenza	19
a novel influenza virus	19
first wave of the	19
days after symptom onset	19
was found in the	19
can be divided into	19
to the primary site	19
for influenza virus replication	18
consent was obtained from	18
could be used to	18
influenza a duck singapore	18
to the use of	18
for the influenza a	18
patients with suspected influenza	18
pathogenic avian h n	18
influenza a virus pb	18
pandemic influenza a virus	18
the clinical course of	18
the first months of	18
influenza a virus subtype	18
the first influenza pandemic	18
impact of pandemic influenza	18
the respiratory tract and	18
caused by h n	18
of upper respiratory tract	18
hospitalizations in the united	18
viruses were detected in	18
there was a significant	18
by the world health	18
response to influenza vaccination	18
the global burden of	18
increase in the number	18
for respiratory syncytial virus	18
of respiratory viral infections	18
to be due to	18
of seasonal influenza vaccination	18
there was no significant	18
in the influenza virus	18
infection with a novel	18
the efficacy of influenza	18
as well as to	18
of lower respiratory tract	18
a randomised controlled trial	18
caused by human infected	18
is consistent with the	18
at the start of	18
of other respiratory viruses	18
have been observed in	18
of a pandemic influenza	18
in the current study	18
of seasonal influenza vaccines	18
the highly pathogenic avian	18
inhibition of influenza virus	18
at the cleavage site	18
incidence of pandemic influenza	18
closely related to the	18
authors would like to	18
center for disease control	18
risk factors associated with	18
to the influenza a	18
the h y mutation	18
of the upper respiratory	18
all authors read and	18
influenza a virus strains	18
of proinflammatory cytokines in	18
was the most common	18
lower respiratory tract of	18
h n pandemic in	18
and risk factors for	18
diagnosis of influenza virus	18
of the innate immune	18
as the number of	18
poultry farms in the	18
the size of the	18
by the h n	18
for preventing influenza in	18
would like to acknowledge	18
of seasonal influenza and	18
during the period of	18
as compared to the	18
the occurrence of influenza	18
that the use of	18
the magnitude of the	18
treatment of severe influenza	18
detection of respiratory viruses	18
infection with influenza virus	18
pneumonia caused by human	18
of influenza virus by	18
impact of influenza on	17
and seasonal influenza a	17
in healthy adults and	17
h n pandemic virus	17
case of influenza a	17
it has also been	17
in a pandemic situation	17
of the pandemic in	17
informed consent was obtained	17
the development of new	17
in the republic of	17
a comparison of the	17
a and influenza b	17
influenza and pneumococcal vaccinations	17
it was not possible	17
was not statistically significant	17
severe pneumonia caused by	17
respiratory tract infection in	17
of influenza and influenza	17
and b virus infections	17
virus titers in the	17
from the h n	17
adjuvanted influenza a duck	17
transmission of pandemic influenza	17
influenza a virus vaccine	17
has not yet been	17
preventing and treating influenza	17
of the influenza vaccine	17
it was found that	17
increased risk of influenza	17
of patients with influenza	17
avian h n and	17
with the development of	17
in the human airway	17
of the world health	17
is the most effective	17
lethal h n influenza	17
pathogenic h n virus	17
pathogenic h n avian	17
for preventing and treating	17
using a combination of	17
clinical management of patients	17
the virus in the	17
is believed to be	17
of novel influenza a	17
an h n influenza	17
n virus was isolated	17
from the blood of	17
interventions for pandemic influenza	17
and adaptive immune responses	17
catalogue of arboviruses and	17
the prevention and treatment	17
in a number of	17
over a period of	17
h n virus has	17
among health care workers	17
the absence of a	17
of the role of	17
is located in the	17
h n and b	17
influenza virus infection is	17
against h n and	17
effectiveness of seasonal influenza	17
infected with influenza virus	17
of live attenuated influenza	17
time reverse transcription polymerase	17
or more of the	17
the structure of the	17
efficacy and effectiveness of	17
against influenza in the	17
to the plasma membrane	17
of the human population	17
influenza vaccine during pregnancy	17
the inosine pranobex group	17
mortality associated with the	17
with lower respiratory tract	17
emergence of pandemic influenza	17
to the influenza pandemic	17
in the circulation of	17
was not possible to	17
the peak of the	17
an avian influenza virus	17
n infection in england	17
and the impact of	17
there is evidence that	17
of hospitalized patients with	17
should be noted that	17
influenza a and influenza	17
subtypes h n and	17
influenza virus infection by	17
and critical review of	17
characterization of the influenza	17
the pb gene of	17
in hospitalized patients with	17
transmission of influenza viruses	17
admitted to the icu	17
humoral and cellular immune	17
on the role of	17
of a number of	17
in the control group	17
better understanding of the	17
vaccines for preventing influenza	17
of h and h	17
acute respiratory viral infections	17
was similar to that	17
influenza is associated with	17
in the and pandemics	17
been implicated in the	17
was detected in the	17
subtype of influenza a	17
highly pathogenic influenza a	17
in this study was	17
in any of the	17
cd t cell response	17
for other respiratory viruses	17
before and after the	17
h n viruses are	17
outbreaks of avian influenza	16
the second and third	16
viruses were isolated from	16
was associated with an	16
vaccines for use in	16
virus subtype h n	16
an outbreak of influenza	16
due to influenza a	16
of influenza b viruses	16
other respiratory viruses in	16
both human and avian	16
study was conducted in	16
protective immunity against influenza	16
of the neuraminidase inhibitor	16
de jong et al	16
immune responses to influenza	16
and clinical characteristics of	16
oral neuraminidase inhibitor oseltamivir	16
health care workers in	16
as well as other	16
a and b infections	16
studies have demonstrated that	16
upper respiratory tract infection	16
less likely to be	16
rest of the population	16
farms in the netherlands	16
specific cd t cell	16
in the near future	16
patients with influenza virus	16
in the emergence of	16
jurisdictional claims in published	16
pneumonia and influenza deaths	16
of a new influenza	16
neutral with regard to	16
type a and b	16
in the spread of	16
signs and symptoms of	16
with regard to jurisdictional	16
were found to have	16
safety and efficacy of	16
the viral life cycle	16
peripheral blood mononuclear cells	16
response to influenza a	16
regard to jurisdictional claims	16
nature remains neutral with	16
those who did not	16
with an increase in	16
resolution of all influenza	16
identification of a novel	16
fatal human influenza a	16
maps and institutional affiliations	16
children under years of	16
be taken into account	16
is associated with high	16
children younger than years	16
origin and evolution of	16
detection of antibody to	16
the safety and immunogenicity	16
from fatal cases of	16
pb gene of influenza	16
a high proportion of	16
influenza infections in humans	16
mother of all pandemics	16
influenza viruses have been	16
in the ferret model	16
is important to note	16
a in human beings	16
a broad spectrum of	16
was observed in the	16
impact of seasonal influenza	16
at higher risk for	16
in the hemagglutinin of	16
claims in published maps	16
published maps and institutional	16
to resolution of all	16
the mother of all	16
to be able to	16
may be related to	16
emergence of influenza a	16
these results suggest that	16
person transmission of avian	16
with an h n	16
in published maps and	16
a total of patients	16
to the influenza virus	16
n and a h	16
to jurisdictional claims in	16
the difference between the	16
of viral shedding in	16
for pandemic influenza a	16
and the severity of	16
are at high risk	16
influenza a virus nucleoprotein	16
infected with avian influenza	16
to work during an	16
outbreak of severe acute	16
were infected with influenza	16
of cd t cell	16
should be considered in	16
in the use of	16
reducing the risk of	16
the national institutes of	16
in the univariate analysis	16
the context of the	16
increases the risk of	16
is shown in table	16
the results of this	16
all influenza a viruses	16
one of the main	16
influenza vaccination of health	16
at higher risk of	16
a median age of	16
was added to the	16
the nuclear export of	16
virus infection in children	16
of the ha gene	16
in patients in vietnam	16
control of influenza vii	16
subtype h n disease	16
an avian influenza a	16
has been used to	16
patients hospitalized with influenza	16
public health agency of	16
n influenza in the	16
ha and na subtypes	16
of fatal human influenza	16
in the past years	16
may contribute to the	16
in the spring of	16
acute respiratory infections in	16
remains neutral with regard	16
in the prevention of	16
admission to the icu	16
emergence of fatal human	16
in the usa and	16
the northern and southern	16
springer nature remains neutral	16
influenza h n infection	16
the vast majority of	16
deaths in the united	16
the average number of	16
influenza a in human	16
ivanovsky institute of virology	16
human disease associated with	16
of human and animal	16
influenza c virus m	16
human h n virus	16
human influenza a subtype	16
of human airway epithelium	16
the large number of	16
of human influenza viruses	16
million cases of severe	16
and years of age	16
responses to influenza virus	16
of cd t cells	16
of influenza vaccines in	16
at high risk for	16
evolutionary genomics of the	15
outcome of human influenza	15
in balb c mice	15
important to note that	15
the potential impact of	15
sensitivity and specificity of	15
is considered to be	15
from human to human	15
influenza in the community	15
impact of the pandemic	15
over the age of	15
and rapid viral diagnosis	15
risk of severe influenza	15
case of h n	15
between influenza vaccination and	15
as well as for	15
the use of antiviral	15
and cd t cells	15
high risk of complications	15
season in the united	15
reverse transcriptase polymerase chain	15
influenza type a and	15
and acute respiratory distress	15
in the incidence of	15
t cells in the	15
patients with acute respiratory	15
influenza and other viral	15
of avian influenza h	15
the proportion of influenza	15
were similar to those	15
and seasonal h n	15
the united states during	15
are at increased risk	15
can be explained by	15
the effectiveness of influenza	15
through the use of	15
a crucial role in	15
early stages of the	15
in infants and children	15
the highly pathogenic h	15
of the oral neuraminidase	15
cases of pandemic h	15
seasonal influenza vaccination in	15
disease associated with avian	15
first influenza pandemic of	15
the influenza b virus	15
fatal cases of pandemic	15
the european part of	15
diagnosis of human disease	15
of influenza and pneumococcal	15
for rapid diagnosis of	15
aged years and older	15
the influenza pandemic and	15
respiratory virus infections in	15
of the patients with	15
the association between influenza	15
diagnosis of influenza a	15
rapid viral diagnosis of	15
n virus infection in	15
viral diagnosis of human	15
n influenza a epidemic	15
h n influenza and	15
vaccines for pandemic influenza	15
treatment of h n	15
associated with severe disease	15
no conflicts of interest	15
and treating influenza in	15
in a cohort of	15
n strains were isolated	15
the antibody response to	15
in mdck pf cells	15
to years of age	15
risk of influenza a	15
mice infected with influenza	15
seasonal h n virus	15
for avian influenza a	15
seasonal influenza vaccine in	15
australia and new zealand	15
genomics of the swine	15
a diagnosis of influenza	15
of randomized controlled trials	15
the hong kong influenza	15
the evolution of influenza	15
to influenza vaccination in	15
human h n infections	15
pandemic influenza virus infection	15
neuraminidase inhibitors for preventing	15
antigenic drift and shift	15
threat of an influenza	15
declare no conflict of	15
with suspected or confirmed	15
mortality in patients with	15
to a highly pathogenic	15
r t p h	15
of the next pandemic	15
for the next influenza	15
a small proportion of	15
the early stage of	15
in children under years	15
virus to human beings	15
the receptor binding site	15
and evolutionary genomics of	15
on the composition of	15
in patients with asthma	15
influenza virus infection of	15
the use of an	15
case fatality rate of	15
influenza a virus by	15
immunity to influenza in	15
work during an influenza	15
when compared to the	15
cases of severe illness	15
a major cause of	15
estimates of global seasonal	15
advice to stay home	15
kong h n influenza	15
of influenza viruses with	15
with a h n	15
respiratory distress syndrome and	15
in this study we	15
of the influenza c	15
authors declare no conflict	15
to influenza a h	15
in an attempt to	15
european part of russia	15
h n pdm and	15
has been reported to	15
to be involved in	15
of global seasonal influenza	15
is responsible for the	15
a high degree of	15
is defined as the	15
in the inosine pranobex	15
influenza prevention and control	15
of pandemic influenza viruses	15
clinical features and rapid	15
as well as a	15
with more than one	15
transmission of the virus	15
of influenza vaccination on	15
as a function of	15
the oral neuraminidase inhibitor	15
have been described in	15
highly pathogenic avian h	15
in line with the	15
of ha and na	15
has also been reported	15
patients with t dm	15
the potential to cause	15
the age of years	15
of the avian influenza	15
of influenza in a	15
receptor specificity of the	15
avian influenza viruses to	15
influenza in adults and	15
from the united states	15
are based on the	15
pandemic h n viruses	15
of human disease associated	15
influenza virus replication and	15
and evolution of the	15
pathogenesis of influenza a	15
the development of the	15
and b viruses in	15
features and rapid viral	15
human to human transmission	15
a large outbreak in	15
influenza vaccine virus selection	15
evolution of influenza virus	15
inhibitors for preventing and	15
and at least one	15
genes of h n	15
spread of the pandemic	15
of influenza vaccination among	15
ill patients with pandemic	15
more than half of	15
the case of the	15
admitted to the hospital	14
of the human influenza	14
who tested positive for	14
the hemagglutinin and neuraminidase	14
the effect of influenza	14
centre for disease prevention	14
from the md simulations	14
and the effect of	14
included in the analysis	14
human influenza a and	14
inactivated influenza virus vaccines	14
plays a role in	14
with high viral load	14
fatal outcome of human	14
influenza vaccination coverage in	14
it is well known	14
with primary viral pneumonia	14
a virus in the	14
who did not receive	14
signs and symptoms predicting	14
seasonal influenza a virus	14
was no significant difference	14
h n viruses have	14
the majority of patients	14
that the virus is	14
are summarized in table	14
to be effective in	14
influenza is a major	14
the circulation of influenza	14
to better understand the	14
with influenza b virus	14
of acute lung injury	14
an emerging influenza pandemic	14
for influenza a h	14
the influenza virus is	14
high viral load and	14
been found to be	14
the timing of the	14
living in the community	14
was used as a	14
novel influenza a h	14
human cases of h	14
need to be considered	14
in the evolution of	14
of a strain of	14
the period of widespread	14
years of age with	14
relative humidity and temperature	14
macrophages by influenza a	14
influenza virus receptors in	14
the evolution of the	14
in light of the	14
influenza viruses in asia	14
by the national institute	14
and avian influenza a	14
these data suggest that	14
the national institute for	14
used to evaluate the	14
a universal influenza virus	14
with at least one	14
use of reverse genetics	14
have been used in	14
the first week of	14
been shown to induce	14
the result of a	14
outbreak in commercial poultry	14
studies of influenza vaccine	14
in patients hospitalized with	14
influenza virus in ferrets	14
the joint prevention and	14
the time of the	14
and symptoms predicting influenza	14
on the risk of	14
seasonal or pandemic influenza	14
the southern part of	14
influenza viruses and the	14
during a large outbreak	14
pregnant women in the	14
to influenza infection in	14
of health and ageing	14
diagnostic tests for influenza	14
statistical analyses were performed	14
h y na mutation	14
inhibits influenza a virus	14
a higher risk of	14
impact of the influenza	14
j infect dis doi	14
in each of the	14
the global spread of	14
years of age or	14
increased morbidity and mortality	14
of influenza infections in	14
both seasonal and pandemic	14
of the viral polymerase	14
that the risk of	14
with hpai h n	14
of the authors and	14
viruses and their replication	14
the effectiveness of the	14
acute respiratory syndrome in	14
the lack of a	14
on the epidemiology of	14
a significant number of	14
in the hong kong	14
influenza a virus the	14
the viruses and their	14
it is possible to	14
zanamivir in the treatment	14
was higher than that	14
receptor binding properties of	14
in the emergency department	14
the emergence of influenza	14
prevent the spread of	14
inhibitors of influenza virus	14
us department of health	14
associated with an increase	14
of hpai h n	14
viruses a and b	14
response to the pandemic	14
associated with seasonal influenza	14
characterization of the reconstructed	14
been associated with a	14
patients infected with influenza	14
of the effects of	14
of universal influenza vaccines	14
live attenuated influenza virus	14
the number of infected	14
response to the influenza	14
infection with h n	14
and h n virus	14
is supported by the	14
immune correlates of protection	14
was significantly higher than	14
of the impact of	14
and effectiveness of influenza	14
of individual participant data	14
due to seasonal influenza	14
receipt of influenza vaccine	14
and mortality associated with	14
for an influenza pandemic	14
in the astrakhan region	14
be included in the	14
a virus to human	14
the respiratory tract of	14
included in the vaccine	14
the unusual severity of	14
be used as a	14
and influenza b viruses	14
to pandemic h n	14
have been isolated from	14
in vivo characterization of	14
on the development of	14
was defined as the	14
against pandemic influenza a	14
from symptom onset to	14
high morbidity and mortality	14
the composition of influenza	14
of the lower respiratory	14
in an effort to	14
the seasonality of influenza	14
fusion of the viral	14
ns protein of influenza	14
influenza pandemic of the	14
pathogenic h n viruses	14
neuraminidase inhibitor oseltamivir in	14
at the onset of	14
the united states influenza	14
h y mutation in	14
a public health emergency	14
one or more of	14
b virus infection in	14
the severity of influenza	14
were not statistically significant	14
the origins of the	14
virulence of h n	14
viral load and hypercytokinemia	14
infection is associated with	14
pandemics of the th	14
immunogenicity of a recombinant	14
is similar to that	14
large outbreak in commercial	14
it is not possible	14
transmission of the pb	14
a mechanism for the	14
of h influenza viruses	14
the use of reverse	14
influenza a b fia	14
associated with high viral	14
are shown in figure	14
protocol was approved by	14
of the seasonal influenza	14
weekly number of influenza	14
lower respiratory tract complications	14
can also be used	14
was used for the	14
international classification of diseases	14
of respiratory virus infections	14
commercial poultry farms in	14
in patients infected with	14
of the virus by	14
natural foci of arboviruses	14
evolution of human influenza	14
of adamantane resistance among	14
days of symptom onset	14
of the present study	14
to human beings during	14
acute respiratory illness in	14
to hospital with influenza	14
in commercial poultry farms	14
a key role in	14
the clinical features of	14
health agency of canada	14
beings during a large	14
the ha of the	14
fever with renal syndrome	14
by the addition of	14
amino acid substitutions in	14
significant difference in the	14
and highly pathogenic avian	14
the context of a	14
h n and pandemic	14
in the previous season	14
it is worth noting	14
in the vicinity of	14
of the russian plain	14
of pandemic and seasonal	14
under the age of	14
to ensure that the	14
in the th century	14
of acute respiratory infections	14
intensive care unit admission	14
associated hospitalizations in the	14
in human macrophages by	14
research is needed to	14
human beings during a	14
were observed in the	14
the importance of the	14
to the pathogenesis of	14
of age or older	14
response to ph n	14
an increasing number of	14
the prevalence of influenza	14
the sensitivity of the	14
days after onset of	14
associated with increased risk	13
sequence analysis of the	13
seasonal h n viruses	13
the immunization practices advisory	13
with the influenza virus	13
influenza virus a and	13
in the process of	13
patients with an influenza	13
the reconstructed spanish influenza	13
immune response to infection	13
antibody to avian influenza	13
analyses were performed using	13
virus infection in humans	13
and composition of the	13
the h n strains	13
vaccine in healthy adults	13
with influenza a viruses	13
from year to year	13
duration of viral shedding	13
between influenza virus and	13
between and years of	13
of the immunization practices	13
benefits of influenza vaccination	13
of the ha and	13
to the intensive care	13
as well as from	13
in a variety of	13
the h and h	13
influenza virus transmission is	13
in the us and	13
has been found to	13
after influenza virus infection	13
and severity of influenza	13
these findings suggest that	13
influenza a viruses to	13
human conjunctivitis and a	13
to the human population	13
between human and avian	13
different strains of influenza	13
the genome of the	13
are associated with a	13
a virus h n	13
and h n avian	13
antibody response to influenza	13
have yet to be	13
during the hong kong	13
is thought to be	13
in most of the	13
associated with human conjunctivitis	13
identification and characterization of	13
stages of the pandemic	13
n pdm virus infection	13
the site of infection	13
the h n viruses	13
with chronic lung disease	13
writing committee of the	13
influenza virus ns protein	13
fatal case of acute	13
has been implicated in	13
of children with influenza	13
virus infection in china	13
in view of the	13
have been implicated in	13
of the antibody response	13
induction of proinflammatory cytokines	13
the course of illness	13
t cell responses to	13
influenza c virus ns	13
fast set h n	13
in lung epithelial cells	13
of pandemic avian influenza	13
one of the major	13
is possible that the	13
been reported to be	13
test was used to	13
as part of a	13
of pandemic influenza and	13
are known to be	13
receptor specificity of influenza	13
the transmission of influenza	13
of influenza epidemics on	13
effectiveness of inactivated influenza	13
antiviral treatment should be	13
with a novel avian	13
strain was isolated from	13
influenza vaccine for the	13
hemorrhagic fever with renal	13
european centre for disease	13
hours after the onset	13
is unlikely to be	13
with the potential to	13
the human influenza virus	13
circulation of h n	13
infection in hong kong	13
influenza virus vaccine in	13
human h n viruses	13
against homologous and heterologous	13
aged years or older	13
seasonal influenza vaccine effectiveness	13
t cell responses in	13
of the total number	13
in the proportion of	13
disease burden and costs	13
the content of the	13
the development of novel	13
a new influenza virus	13
considered to be the	13
be related to the	13
type a influenza virus	13
on the presence of	13
and a fatal case	13
are those of the	13
and the lack of	13
risk of severe disease	13
a highly pathogenic and	13
reconstructed spanish influenza pandemic	13
in the st century	13
was calculated as the	13
the treatment of severe	13
was significantly associated with	13
spanish influenza pandemic virus	13
immunogenicity and safety of	13
at the level of	13
during the outbreak in	13
in australia and new	13
treatment and prophylaxis of	13
set h n v	13
rna was extracted from	13
avian influenza virus in	13
to the secondary site	13
of the burden of	13
h n and the	13
report of the international	13
a decrease in the	13
the pandemic potential of	13
viruses belonging to the	13
number of influenza a	13
immunization practices advisory committee	13
demographic and clinical characteristics	13
that there is a	13
a virus m protein	13
on the part of	13
of the international committee	13
of immunity to influenza	13
seasonal influenza a in	13
influenza a viruses the	13
pneumonia and respiratory failure	13
influenza a viruses have	13
on the cell surface	13
length of hospital stay	13
associated with pandemic influenza	13
of the efficacy of	13
of this study is	13
a major role in	13
pregnant and postpartum women	13
influenza viruses a and	13
influenza virus m protein	13
the territory of the	13
and review of the	13
structured conditional autoregression term	13
p p p p	13
those of the authors	13
and shortness of breath	13
of the spread of	13
was added to each	13
associated with severe influenza	13
antibodies directed against the	13
to cause a pandemic	13
the annual impact of	13
seasonal influenza vaccine and	13
vaccination is the most	13
measuring disease burden and	13
patients admitted to the	13
in the state of	13
influenza a virus subtypes	13
the number of patients	13
by h n virus	13
a significant reduction in	13
seasonal a h n	13
virus related to a	13
it is believed that	13
of hong kong h	13
specimens were collected from	13
the hong kong h	13
in pandemic influenza a	13
replication of influenza virus	13
were admitted to the	13
the purpose of this	13
respiratory infections due to	13
the seasonal influenza a	13
to the induction of	13
impact of influenza epidemics	13
there was no evidence	13
annual impact of seasonal	13
of air travel on	13
thought to be the	13
a number of studies	13
were collected from the	13
amino acid change in	13
the basic reproduction number	13
the development of influenza	13
are considered to be	13
a significant proportion of	13
resistance during treatment of	13
as a h n	13
h n viruses and	13
at day after infection	13
the quality of the	13
in the intensive care	13
been shown to have	13
against lethal h n	13
conjunctivitis and a fatal	13
northern and southern hemispheres	13
as early as possible	13
in the influenza season	13
influenza surveillance and response	13
to avian influenza a	13
virus in hong kong	13
is worth noting that	13
crossed the species barrier	13
would be expected to	13
responses to influenza a	13
in children younger than	13
case of avian influenza	13
the novel influenza a	13
spatially structured conditional autoregression	13
of the life sciences	13
are similar to those	13
were less likely to	13
appears to be a	13
there has been no	13
for health care workers	13
n viruses were isolated	13
symptoms predicting influenza infection	13
be one of the	13
according to the world	13
of the reconstructed spanish	13
was no evidence of	13
in a group of	13
in the field of	13
influenza in hong kong	13
be found in the	13
influenza c virus is	13
inactivated influenza vaccines in	13
of human influenza virus	13
human macrophages by influenza	13
hospitalized patients with h	13
case of acute respiratory	13
were not able to	13
influenza sentinel surveillance system	13
due to the presence	13
has been detected in	13
a new strain of	13
a cause for concern	13
for the unusual severity	13
have not yet been	13
with human conjunctivitis and	13
and pandemic influenza a	13
origins and evolutionary genomics	13
have been detected in	13
acute respiratory syndrome and	13
which is consistent with	13
generation of influenza a	13
were the most common	12
the context of an	12
related to a highly	12
is dependent on relative	12
transmission is dependent on	12
is associated with an	12
may or may not	12
threat of pandemic influenza	12
state collection of viruses	12
cytokines in human macrophages	12
ha and na from	12
the control of the	12
there is a high	12
of three segments of	12
safety of oseltamivir in	12
on relative humidity and	12
is known about the	12
global influenza surveillance and	12
the majority of cases	12
the transfer of the	12
and do not necessarily	12
h and h strains	12
n virus related to	12
an incubation period of	12
was strongly associated with	12
of influenza vaccines for	12
to contribute to the	12
and interpretation of data	12
against respiratory syncytial virus	12
there is some evidence	12
were found in the	12
of tumor necrosis factor	12
it is known that	12
recommendations of the immunization	12
to prevent the spread	12
vaccination of health care	12
a large proportion of	12
viral replication in the	12
respiratory tract of humans	12
morbidity and mortality worldwide	12
severity of the disease	12
from influenza a virus	12
the ability of influenza	12
cause of morbidity and	12
years of life lost	12
on the host cell	12
the course of infection	12
prevention of influenza in	12
viruses belong to the	12
and pandemic influenza in	12
in the s and	12
in the mouse model	12
during treatment of influenza	12
to h n influenza	12
can be used in	12
avian h n viruses	12
hong kong influenza epidemic	12
of influenza viruses by	12
vaccine effectiveness in the	12
n swine influenza virus	12
from the influenza pandemic	12
between cases and controls	12
to be used in	12
at the expense of	12
associated with influenza virus	12
surveillance of influenza and	12
the authors and do	12
for seasonal and pandemic	12
recombinant influenza a virus	12
correlates of protection for	12
morbidity and mortality of	12
of type a influenza	12
sensitivity and specificity for	12
h n in the	12
in collaboration with the	12
and prevention of influenza	12
of japanese encephalitis virus	12
h n and influenza	12
influenza a virus of	12
and pandemic influenza viruses	12
on the number of	12
treatment and chemoprophylaxis of	12
efficacy of live attenuated	12
seasonal influenza a viruses	12
of antibody to avian	12
for influenza a viruses	12
h n strains isolated	12
mechanism for the unusual	12
in humans in the	12
vaccination coverage rates in	12
type ii transmembrane serine	12
the who global influenza	12
in the czech republic	12
and respiratory failure from	12
viruses in the and	12
no significant differences in	12
children years of age	12
pandemic in southeast asia	12
virus transmission is dependent	12
to account for the	12
included in the study	12
virus in eastern asia	12
of the amino acid	12
journal of infectious diseases	12
of the lack of	12
strains were isolated in	12
of the severe acute	12
was significantly higher in	12
patients with confirmed influenza	12
mechanism of action of	12
among infants and young	12
group and group influenza	12
an avian h n	12
mutation in the na	12
of pandemic a h	12
not necessarily represent the	12
virus infections in humans	12
vaccine virus selection and	12
among adults hospitalized with	12
willingness to work during	12
virus receptors in the	12
virus a and b	12
n influenza viruses isolated	12
influenza a viruses of	12
is more likely to	12
was associated with increased	12
h and h viruses	12
in the upper and	12
the united states the	12
human transmission of the	12
united states during the	12
highly pathogenic and potentially	12
human h n infection	12
to the host cell	12
h avian influenza viruses	12
other parts of the	12
with willingness to work	12
was estimated to be	12
authors and do not	12
health care workers and	12
research institute of influenza	12
pathogenic and potentially pandemic	12
containing the ha and	12
approved by the institutional	12
is due to the	12
pandemic h n and	12
virus types and subtypes	12
influenza b virus in	12
the middle east respiratory	12
in the range of	12
over the course of	12
more than one virus	12
innate immune response to	12
in the soviet union	12
as a consequence of	12
are consistent with the	12
resistant influenza a viruses	12
the evolution of h	12
should be treated with	12
unusual severity of human	12
diverse influenza a viruses	12
diagnosis of influenza in	12
with h n pdm	12
from the perspective of	12
induced by influenza a	12
evolution of the h	12
is well known that	12
oseltamivir resistance during treatment	12
is not possible to	12
onset of symptoms and	12
human and animal influenza	12
the results of a	12
with influenza virus a	12
of acute otitis media	12
the best way to	12
dependent on relative humidity	12
in different age groups	12
and in vivo characterization	12
at the site of	12
vaccine virus selection process	12
and influenza b virus	12
of an infectious disease	12
of patients with an	12
the h y na	12
severity of human disease	12
infection with highly pathogenic	12
the avian influenza a	12
as the cause of	12
influenza virus activity of	12
responses to pandemic influenza	12
vaccine based on the	12
the amino acid sequence	12
infection with influenza h	12
and other respiratory pathogens	12
global burden of respiratory	12
analysis was performed using	12
different subtypes of influenza	12
at increased risk for	12
of cases and controls	12
reactive antibody response to	12
samples were collected from	12
for containing an emerging	12
this is consistent with	12
of influenza and respiratory	12
the need for a	12
to the production of	12
and pandemic influenza virus	12
influenza vaccine effectiveness against	12
a strain of influenza	12
with underlying medical conditions	12
at risk for severe	12
and potentially pandemic h	12
titers in the lungs	12
a swine h n	12
potential of a strain	12
outbreaks of highly pathogenic	12
isolated from humans in	12
or chronic obstructive pulmonary	12
the management of influenza	12
shown to be effective	12
the transmission of the	12
in close contact with	12
other respir viruses doi	12
h n v influenza	12
agents for the treatment	12
of the public health	12
by avian influenza a	12
to the respiratory tract	12
in new york city	12
written informed consent was	12
the primary binding site	12
the threat of an	12
patterns of viral shedding	12
avian influenza viruses have	12
analysis of individual participant	12
hematopoietic stem cell transplantation	12
to reduce the risk	12
the protective effect of	12
of aerosol transmission of	12
the prevention and control	12
influenza a viruses by	12
in time to resolution	12
were detected in the	12
a mouse model of	12
and the ability to	12
and the potential for	12
the use of influenza	12
emerging influenza pandemic in	12
the cause of the	12
influenza virus was detected	12
potentially pandemic h n	12
has been described in	12
influenza vaccination is recommended	12
antibody response to ph	12
influenza virus and the	12
with increased risk of	12
studies have suggested that	12
in children with influenza	12
development of a universal	12
the development of live	12
h n viruses that	12
studies are required to	12
the cost of the	12
identification of influenza a	12
containing an emerging influenza	12
doses of influenza vaccine	12
of the hemagglutinin of	12
outbreak of influenza a	12
there is no evidence	12
vaccine effectiveness in preventing	12
of the influenza viruses	12
the flu watch cohort	12
h n virus related	12
influenza viruses in humans	12
there has been a	12
of protection against influenza	12
number of cases of	12
to seasonal influenza in	12
may have contributed to	12
influenza pandemic in southeast	12
in the viral genome	12
epithelial cells of the	12
the main cause of	12
in h n influenza	12
antiviral activity against influenza	12
an overview of the	12
rvar rvar rvar rvar	12
of the spanish flu	12
to be included in	12
referred to as the	12
human nasal epithelial cells	12
genesis of a highly	12
can lead to the	12
between the two groups	12
the extent to which	12
the difference in the	12
laboratory confirmation of influenza	12
the ha cleavage site	12
plan for pandemic influenza	12
proinflammatory cytokines in human	12
with the number of	12
factors associated with death	12
h n virus between	12
may be explained by	12
had at least one	12
of influenza virus is	12
influenza virus assembly and	12
of the virus into	12
for the influenza pandemic	12
the ph n virus	12
was considered to be	12
influenza virus type a	12
protein of influenza c	12
strategies for containing an	12
in the community and	12
has been observed in	12
we were unable to	12
trust in official information	12
have a role in	12
systematic review and metaanalysis	12
small for gestational age	12
and safety of oseltamivir	12
be expected to be	12
are associated with the	12
within days of symptom	11
h n pdm influenza	11
surveillance and response system	11
influenza virus receptor specificity	11
each of the three	11
the pandemic and the	11
were treated with oseltamivir	11
of influenza surveillance in	11
of the presence of	11
it has been estimated	11
of a patient with	11
during the early stages	11
study of influenza virus	11
years of age in	11
the antiviral activity of	11
at the university of	11
patients with chronic diseases	11
preventing influenza in healthy	11
influenza virus challenge in	11
receipt of inactivated influenza	11
epidemiology of human infections	11
an important determinant of	11
mortality in patients admitted	11
in the last years	11
to play a role	11
the interaction between influenza	11
response to the virus	11
proteases tmprss and hat	11
morbidity and mortality rates	11
and chronic obstructive pulmonary	11
avian influenza viruses of	11
phylogenetic analysis based on	11
a single amino acid	11
control of pandemic influenza	11
an important cause of	11
an h n strain	11
the potential use of	11
virus infection in hong	11
of the viral envelope	11
the burden of disease	11
h n viruses from	11
is recommended for all	11
antigenic drift and antigenic	11
of h n in	11
neuraminidase inhibitor zanamivir in	11
data provided by the	11
the result of the	11
the distribution of the	11
the ability of the	11
catalogue of arboviruses including	11
fatal avian influenza a	11
is a member of	11
the national influenza surveillance	11
the public health response	11
arboviruses including certain other	11
presenting with diarrhea followed	11
morbidity and mortality associated	11
risk factors for influenza	11
studies are needed to	11
of influenza in young	11
the length of the	11
the increase in the	11
for prevention and control	11
compared to those who	11
swine h n influenza	11
for a long time	11
has been demonstrated to	11
more of the following	11
writing of the manuscript	11
type i and type	11
the pathogenicity of the	11
resident memory t cells	11
evolution of influenza a	11
at the peak of	11
in a subtropical city	11
a h n vaccine	11
early phase of the	11
characterization of new swine	11
the first pandemic of	11
also been shown to	11
vivo and in vitro	11
h n vaccine in	11
pandemic potential of a	11
with chronic obstructive pulmonary	11
in cases of influenza	11
acute respiratory illness and	11
the effects of the	11
influenza virus pathogenesis and	11
the reason for this	11
of widespread influenza activity	11
significant increase in the	11
the central nervous system	11
been reported in the	11
t cell response to	11
effect of influenza vaccination	11
arboviruses and some others	11
short period of time	11
in the production of	11
h n influenza strain	11
preparing for the next	11
among patients hospitalized with	11
the national center for	11
the virus and the	11
pathogenesis of avian influenza	11
of the united states	11
like illness during an	11
hpai h n viruses	11
influenza a virus genome	11
novel avian influenza a	11
of the infectious diseases	11
exposure to the virus	11
an influenza pandemic in	11
there were no differences	11
has also been shown	11
is involved in the	11
of the department of	11
of the flu watch	11
the impact of a	11
viral load in the	11
diarrhea followed by coma	11
influenza virus in eastern	11
seasonal influenza virus infection	11
air travel on the	11
until the end of	11
the development of universal	11
influenza virus in vitro	11
morbidity and mortality among	11
to the threat of	11
beginning of the pandemic	11
influenza infection in humans	11
protection against influenza infection	11
of influenza vaccine for	11
epidemiological and virological characteristics	11
n influenza in australia	11
taking into account the	11
illness during an influenza	11
influenza epidemics and pandemics	11
the present study was	11
was not observed in	11
in the pandemic of	11
to stay home for	11
the spread of respiratory	11
of the next influenza	11
of arboviruses and some	11
pandemic influenza at the	11
in the early s	11
neuraminidase inhibitors in reducing	11
influenza vaccination during pregnancy	11
who global influenza surveillance	11
influenza a viruses among	11
patients hospitalized with severe	11
n avian influenza in	11
the treatment of acute	11
virus de la gripe	11
drift and antigenic shift	11
h n virus is	11
and some others viruses	11
results of this study	11
others viruses of vertebrates	11