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
severe acute respiratory syndrome	6
proportion of the population	4
microbial nucleic acid sequences	3
in the uk in	3
influenza a and b	3
the foot and mouth	3
nucleic acid sequences in	3
as a cause of	3
of patients with malaria	3
acid sequences in a	2
which a microbial aetiology	2
inflammation of affected tissues	2
the severe acute respiratory	2
one other individual on	2
bronchiolitis and pneumonia are	2
involve relatively simple processes	2
with human disease may	2
are viral in origin	2
disease has an infectious	2
and respiratory syncytial virus	2
simple processes occurring within	2
contact patterns and the	2
human disease may use	2
associated with severe acute	2
of acute lrtis are	2
tropical illness in uk	2
novel microbes associated with	2
search for novel pathogens	2
are associated with the	2
species transmission of novel	2
vaccines targeting microbial antigens	2
contacts of an infected	2
in the last few	2
is largely determined by	2
large populations of individuals	2
there are many diseases	2
t g t t	2
complete sequencing of the	2
all contacts of an	2
the patient should be	2
that a microbe causes	2
microbes associated with human	2
within large populations of	2
in the search for	2
sequencing may allow identification	2
in the last years	2
as a result of	2
person infects one other	2
epidemic in the uk	2
an endemic equilibrium is	2
the duration of infectiousness	2
occurring within large populations	2
humans may originate in	2
circulating in domestic poultry	2
may be difficult to	2
constant threat of zoonotic	2
weeks with bronchopulmonary dysplasia	2
a microbe causes a	2
cause is supported by	2
and mouth epidemic in	2
this approach more feasible	2
with the greatest disease	2
endemic equilibrium is reached	2
coronavirus associated with severe	2
used to identify the	2
infectious cause is supported	2
multiple microbial genomes make	2
different influenza a viruses	2
in uk referral units	2
the basic reproduction number	2
drift variants arise every	2
influenza and respiratory syncytial	2
prevention of disease by	2
the human genome and	2
the fact that respiratory	2
acute lower respiratory tract	2
cause of bacillary angiomatosis	2
associated with the greatest	2
an infectious cause is	2
greatest disease burden in	2
at imperial college london	2
in time or location	2
acute lrtis are viral	2
to identify novel microbes	2
may originate in animals	2
occasions in the last	2
or characteristic microbial structures	2
can be used to	2
once a significant proportion	2
may allow identification of	2
disease by vaccines targeting	2
many diseases for which	2
novel coronavirus associated with	2
influenza viruses circulating in	2
a disease requires more	2
of rsv disease in	2
a major worldwide health	2
relatively simple processes occurring	2
that a disease has	2
significant proportion of the	2
sequences in a background	2
a constant threat of	2
proof that a microbe	2
identification of unique microbial	2
requires more rigorous evidence	2
in the elderly may	2
of influenza a virus	2
a background of host	2
disease burden in humans	2
dna microarrays are also	2
transmission of novel subtypes	2
in south east asia	2
are more likely to	2
allow identification of unique	2
the severity of rsv	2
of the population that	2
in bacillary angiomatosis tissues	2
of known infectious diseases	2
has an infectious cause	2
similar to those of	2
the hypothesis that a	2
the greatest disease burden	2
those of known infectious	2
models were used to	2
hypothesis that a disease	2
than of patients with	2
microarrays are also likely	2
with severe acute respiratory	2
every infected person infects	2
throughput sequencing may allow	2
for tropical illness in	2
at risk of severe	2
used in the search	2
occur naturally in animal	2
microbial genomes make this	2
associated with human disease	2
human genome and multiple	2
the spread of hiv	2
a microbial aetiology is	2
by vaccines targeting microbial	2
severity of rsv infection	2
from the tropics fever	2
a significant proportion of	2
primary case when the	2
background of host dna	2
future attempts to identify	2
in the incidence of	2
the number of secondary	2
infants born weeks with	2
identify novel microbes associated	2
to be used in	2
the complete sequencing of	2
also likely to be	2
foot and mouth epidemic	2
of an infected individual	2
sequencing of the human	2
there is little evidence	2
be used in the	2
naturally in animal reservoirs	2
born weeks with bronchopulmonary	2
a sensible working diagnosis	2
illness in uk referral	2
for which a microbial	2
of disease by vaccines	2
are many diseases for	2
disease caused by the	2
a disease has an	2
microbe causes a disease	2
that respiratory viral infections	2
likely to be used	2
causes a disease requires	2
acute respiratory syndrome key	2
number of secondary cases	2
emergence of a novel	2
of unique microbial nucleic	2
processes occurring within large	2
the proportion of the	2
response to antimicrobial treatment	2
diseases for which a	2
are also likely to	2
genome and multiple microbial	2
the elderly may be	2
trends in the incidence	2
infects one other individual	2
disease requires more rigorous	2
clinical response to antimicrobial	2
threat of zoonotic infections	2
many different influenza a	2
to those of known	2
microbial aetiology is suspected	2
in a background of	2
and multiple microbial genomes	2
attempts to identify novel	2
infected person infects one	2
and pneumonia are the	2
clustering in time or	2
case clustering in time	2
other individual on average	2
are a major worldwide	2
fact that respiratory viral	2
not all contacts of	2
of the human genome	2
unique microbial nucleic acid	2
major worldwide health problem	2
of hospital admissions for	2
genomes make this approach	2
the search for novel	2
lower respiratory tract infections	2
make this approach more	2
and the duration of	2
lrtis are viral in	2