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
for the detection of	81
in the presence of	61
as shown in fig	53
as well as the	50
in the case of	49
on the other hand	49
the surface of the	40
one of the most	39
on the surface of	39
in the human brain	37
as a function of	36
can be used to	35
and the time of	34
the units in the	34
the time of exposure	34
severe acute respiratory syndrome	33
is one of the	31
was found to be	31
the size of the	31
as a result of	30
can be used for	28
it is possible to	28
an important role in	28
surface plasmon resonance imaging	28
has been shown to	26
the value of the	25
have been shown to	25
it is important to	23
it was found that	22
is based on the	22
the information content of	21
the coefficient of friction	21
the use of a	20
been shown to be	20
in the development of	20
for the analysis of	19
model to study the	19
in the absence of	19
in a number of	19
there is a big	19
experimental data about the	19
in the form of	19
such as the zipf	19
acute respiratory syndrome coronavirus	19
is stored in the	19
have shown that the	19
the effect of the	18
of the challenges in	18
based on the data	18
to the ability to	18
in the range of	18
is related to the	18
the data from the	18
and water contact angle	18
a number of important	18
the role of the	18
the total number of	18
the nature of the	18
as well as in	18
and aboav scaling laws	18
delivered to the units	17
with such characteristics of	17
of the droplets used	17
novel hydrophobic and superhydrophobic	17
with parameters of surfaces	17
a wide range of	17
size of the droplets	17
data and convert them	17
parameters of surfaces such	17
results are finally delivered	17
their activations based on	17
or conditions of the	17
training process is stored	17
interconnected nodes that model	17
the challenges in the	17
surfaces such as surface	17
important scaling relationships such	17
in the synaptic weights	17
the network more accurate	17
characteristics of contacting surfaces	17
of friction and the	17
the aim of this	17
from the first physical	17
by examining individual records	17
apply machine learning techniques	17
science is surface science	17
of contacting surfaces as	17
engineers often deal with	17
relationships such as the	17
including complex dependencies between	17
composite including complex dependencies	17
function and transmit it	17
composition and surface roughness	17
to colloidal science is	17
used in wetting experiments	17
graphite composite including complex	17
the knowledge acquired during	17
networks in the human	17
has three parts or	17
area closely related to	17
process is stored in	17
over several stages into	17
and levitating droplet clusters	17
as the coefficient of	17
in the output layer	17
several stages into the	17
the first physical principles	17
units in the hidden	17
they are suited for	17
conditions of the experiment	17
the input layer and	17
network more accurate in	17
storing and retrieving acquired	17
are suited for storing	17
into the desired output	17
units representing the input	17
they cannot be predicted	17
weights until the results	17
in an experimental manner	17
finally delivered to the	17
predicted from the first	17
a series of functions	17
of small rigid particles	17
transfer function and transmit	17
complex dependencies between the	17
synaptic weights of the	17
scientists and engineers often	17
such as the granular	17
while there is a	17
the network representation for	17
and convert them over	17
linear transfer function and	17
friction and the wear	17
cannot be predicted from	17
play an important role	17
related to colloidal science	17
layer with units representing	17
computer models somewhat resembling	17
convert them over several	17
are finally delivered to	17
tribology remains a data	17
knowledge acquired during the	17
three parts or layers	17
and retrieving acquired knowledge	17
of important scaling relationships	17
hidden layer compute their	17
layer and a non	17
to the units in	17
prediction for each record	17
made of small rigid	17
correlations allows predicting water	17
that while there is	17
one or more hidden	17
and adhesion is called	17
stored in the synaptic	17
the optimized design of	17
properties of metallic composite	17
as the granular material	17
adhesion is called tribology	17
comparing the result with	17
we were able to	17
scaling relationships such as	17
of experimental data about	17
units in the output	17
surface scientists and engineers	17
them over several stages	17
ann model has interconnected	17
data about the frictional	17
about the material composition	17
surface properties of various	17
using the network representation	17
neurons and synapses in	17
to process the input	17
the synaptic weights of	17
incorporate a series of	17
connection weights until the	17
leading to the ability	17
nodal connections leading to	17
repellent properties of metallic	17
in the hidden layer	17
ability to represent complex	17
optimized design of novel	17
colloidal science is surface	17
as the data about	17
hidden layers connect the	17
is that while there	17
learn by examining individual	17
by examples and training	17
free behavior and in	17
models somewhat resembling neural	17
of metallic composite materials	17
dependencies between the contact	17
for the optimized design	17
the result with the	17
droplets used in wetting	17
interdisciplinary area is highly	17
more accurate in predicting	17
a typical ann model	17
the data about the	17
has interconnected nodes that	17
in the transmission of	17
tribology deals with such	17
a big amount of	17
behavior and in a	17
in order to predict	17
applied branch of surface	17
layers connect the units	17
the wetting properties of	17
anns incorporate a series	17
from the input layer	17
often deal with parameters	17
generating the prediction for	17
of novel hydrophobic and	17
suggested to apply machine	17
makes the network more	17
to the output layer	17
are computer models somewhat	17
surfaces as the coefficient	17
series of functions to	17
and transmit it to	17
such characteristics of contacting	17
and surface roughness or	17
be predicted from the	17
amount of experimental data	17
and the wear rate	17
neural networks in the	17
network has three parts	17
between the contact angle	17
result with the prediction	17
which deals with friction	17
ann models learn by	17
transmit it to the	17
resembling neural networks in	17
materials for the optimized	17
surface roughness or conditions	17
accurate in predicting new	17
the ability to represent	17
input layer with units	17
varying connection weights until	17
input data and convert	17
since ann models learn	17
branch of surface science	17
material composition and surface	17
roughness or conditions of	17
the units with varying	17
stages into the desired	17
neural network model to	17
a more applied branch	17
the input data and	17
in the tribological studies	17
complex neurons and synapses	17
has been recently suggested	17
are determined in an	17
results in the scale	17
for storing and retrieving	17
hydrophobic and superhydrophobic materials	17
such as surface roughness	17
deals with such characteristics	17
the input layer with	17
a multilayer perception neural	17
process the input data	17
recently suggested to apply	17
acquired during the training	17
the material composition and	17
activations based on the	17
study the wetting properties	17
with units representing the	17
nodes that model complex	17
design of novel hydrophobic	17
models learn by examples	17
to represent complex input	17
order to predict surface	17
functions to process the	17
the droplets used in	17
the hidden layer compute	17
layer compute their activations	17
more hidden layers connect	17
it to the output	17
determined in an experimental	17
anns learn by examining	17
connections leading to the	17
applied a multilayer perception	17
and in a number	17
another area closely related	17
such as the data	17
data from the input	17
perception neural network model	17
number of important scaling	17
or more hidden layers	17
is a big amount	17
challenges in the tribological	17
more applied branch of	17
model complex neurons and	17
the prediction for each	17
contacting surfaces as the	17
training makes the network	17
been recently suggested to	17
network representation for colloidal	17
in the united states	17
neural network has three	17
units with varying connection	17
synapses in the human	17
this interdisciplinary area is	17
these correlations allows predicting	17
it has been recently	17
deal with parameters of	17
the tribological studies is	17
network model to study	17
suited for storing and	17
of functions to process	17
with varying connection weights	17
in predicting new outcomes	17
and surface properties of	17
coefficient of friction and	17
compute their activations based	17
properties of a ductile	17
parameters are determined in	17
weights of the inter	17
on the data from	17
of surfaces such as	17
we conclude that using	17
multilayer perception neural network	17
to predict surface wetting	17
tribological studies is that	17
and engineers often deal	17
during the training process	17
to apply machine learning	17
and synapses in the	17
learning techniques in order	17
of exposure to liquid	17
connect the units with	17
colloidal crystals made of	17
typical ann model has	17
closely related to colloidal	17
predict surface wetting properties	17
until the results are	17
understanding these correlations allows	17
crystals made of small	17
area is highly empirical	17
model has interconnected nodes	17
representation for colloidal systems	17
studies is that while	17
composite materials for the	17
big amount of experimental	17
the training process is	17
metallic composite materials for	17
time of exposure to	17
and they cannot be	17
one of the challenges	17
the results are finally	17
a neural network has	17
properties of various materials	17
input layer and a	17
these parameters are determined	17
data about the material	17
representing the input data	17
machine learning techniques in	17
that model complex neurons	17
conclude that using the	17
of a ductile iron	17
techniques in order to	17
learn by examples and	17
somewhat resembling neural networks	17
wetting properties of a	17
to study the wetting	17
that using the network	17
it should be noted	16
around the isoelectric point	16
for disease control and	16
the formation of a	16
in addition to the	16
at the same time	16
for the first time	16
surface plasmon resonance biosensor	16
an intensive care unit	16
in the field of	16
in vitro and in	16
should be noted that	16
in the spread of	15
for up to days	15
for the development of	15
on the order of	15
be used for the	15
this work was supported	15
disease control and prevention	15
it has been shown	14
a function of the	14
a wide variety of	14
can be applied to	14
vitro and in vivo	14
centers for disease control	14
of escherichia coli o	14
studies have shown that	14
has been shown that	13
the analysis of the	13
by surface plasmon resonance	13
in the context of	13
have been used in	13
with respect to the	13
the presence of the	13
have been used to	13
a large number of	13
one of the main	13
on the basis of	13
plays an important role	12
the results of the	12
is characterized by the	12
the development of a	12
a thin layer of	12
the biological effects of	12
can be used as	12
and n is the	12
which indicates that the	12
a key role in	12
as well as their	12
detection of escherichia coli	12
the formation of the	12
to the formation of	11
used in materials science	11
discussed more in detail	11
for the determination of	11
of the most important	11
at the end of	11
n is the total	11
have been found to	11
it is known that	11
more in detail in	11
in detail in the	11
bending of the cantilever	11
middle east respiratory syndrome	11
mechanism of action of	11
is given by where	11
will be discussed more	11
the presence of a	11
the majority of the	11
as shown in figure	11
an increase in the	11
using surface plasmon resonance	11
the investigated disinfecting chemicals	11
be discussed more in	11
is the total number	11
in vitro bioactivity data	11
the structure of the	11
a surface roughness parameter	10
n a l p	10
see also a discussion	10
curve fitting equation is	10
to the set of	10
shannon entropy is used	10
content in the surface	10
colloidal clusters by janai	10
the stability of the	10
a l p r	10
state and n is	10
fitted curve is hyperbolic	10
l p r e	10
also a discussion of	10
of d colloidal clusters	10
the data from figure	10
total number of states	10
the preprint in perpetuity	10
that the fitted curve	10
power exponent in the	10
of human enteric viruses	10
distribution is characterized by	10
for various other aspects	10
entropy is used in	10
roughness parameter characterizing informational	10
has been reported that	10
other aspects of surface	10
display the preprint in	10
in the curve fitting	10
in this study we	10
east respiratory syndrome coronavirus	10
based informational approach is	10
a distribution is characterized	10
p r o o	10
value of the power	10
equation is almost one	10
the following values were	10
exponent in the curve	10
parameter characterizing informational content	10
surface given by its	10
r o o f	10
the shannon entropy is	10
in the surface given	10
is the statistical probability	10
particles formed in the	10
figure and tables and	10
in the gas phase	10
cleaning and disinfection of	10
used for the analysis	10
physical chemistry and materials	10
surface roughness parameter characterizing	10
discussion of d colloidal	10
was not certified by	10
the influence of the	10
work was supported by	10
data from figure and	10
is also used for	10
in order to understand	10
as well as for	10
as illustrated in fig	10
the purpose of this	10
a license to display	10
fitting equation is almost	10
information content of a	10
the statistical probability of	10
th state and n	10
as wetting transitions and	10
of a distribution is	10
is shown in figure	10
given by its profile	10
of the power exponent	10
the intensive care unit	10
following values were obtained	10
various other aspects of	10
the fitted curve is	10
been found to be	10
is used in materials	10
has granted medrxiv a	10
statistical probability of the	10
indicates that the fitted	10
such as wetting transitions	10
r n a l	10
granted medrxiv a license	10
chemistry and materials science	10
the antimicrobial activity of	10
clusters by janai et	10
on the survival of	10
as a surface roughness	10
wetting transitions and stick	10
o u r n	10
by janai et al	10
in the formation of	10
in order to study	10
d colloidal clusters by	10
of hepatitis a virus	10
the ability of the	10
license to display the	10
u r n a	10
it has been reported	10
to the development of	10
content of a distribution	10
medrxiv a license to	10
somewhat similar to the	10
the study of the	10
not certified by peer	10
which was not certified	10
by the presence of	10
the power exponent in	10
who has granted medrxiv	10
approach is also used	10
a discussion of d	10
using the data from	10
the interaction between the	10
the curve fitting equation	10
to the presence of	10
informational content in the	10
probability of the n	10
surface of the cantilever	10
j o u r	10
certified by peer review	10
the influence of nanoparticles	10
also used for various	10
the results show that	10
to display the preprint	10
from figure and tables	10
informational approach is also	10
the scanning electron microscope	10
the surface given by	10
used for various other	10
by the shannon entropy	10
is the author funder	10
characterizing informational content in	10
characterized by the shannon	10
which is given by	10
aspects of surface science	10
the interaction of the	10
shannon entropy provides an	9
law statistical distributions typical	9
is more likely to	9
the copyright holder for	9
in intensive care units	9
holder for this preprint	9
the shannon entropy s	9
methods of network science	9
many such systems form	9
given by where pn	9
of small particles or	9
pn is the statistical	9
the analysis of various	9
more random than the	9
can be estimated using	9
of the shannon entropy	9
bond cluster is more	9
the characteristics of the	9
the shannon entropy approach	9
small particles or droplets	9
in the present study	9
statistical distributions typical for	9
these include granular materials	9
to conclude this section	9
distributions typical for the	9
of configurations somewhat similar	9
copyright holder for this	9
systems studied by physical	9
configurations somewhat similar to	9
in a variety of	9
the mechanical properties of	9
in the surface application	9
is well known that	9
content in these configurations	9
various systems studied by	9
we show that the	9
similar to the set	9
molecular dynamics simulations of	9
power law distribution is	9
content of these structures	9
cluster is more random	9
an estimation of the	9
the power law distribution	9
entropy provides an estimation	9
important role in the	9
value of the shannon	9
to be able to	9
on the sensor surface	9
the resistance of the	9
could expect that the	9
as a consequence of	9
sets of configurations somewhat	9
one could expect that	9
typical for the latter	9
and characterized by power	9
and clusters made of	9
a detection limit of	9
we found that the	9
systems form sets of	9
can also be used	9
transmission of nosocomial pathogens	9
this version posted august	9
our results show that	9
of network science can	9
the information content in	9
studied by physical chemistry	9
these structures can be	9
reuse allowed without permission	9
by where pn is	9
information content of these	9
localized surface plasmon resonance	9
state of the art	9
structures can be estimated	9
it is well known	9
fluorescence resonance energy transfer	9
of the information content	9
while for the eight	9
made of small particles	9
using the shannon entropy	9
have been used for	9
the role of environmental	9
is also characteristic for	9
size of the brain	9
science can be used	9
form sets of configurations	9
detail in the following	9
a better understanding of	9
clusters made of small	9
the magnitude of the	9
is due to the	9
of these structures can	9
distribution is also characteristic	9
immunosensor for the detection	9
in the following chapter	9
in contact with the	9
provides an estimation of	9
expect that the seven	9
such systems form sets	9
the value of s	9
by physical chemistry and	9
for this preprint this	9
be estimated using the	9
estimation of the information	9
the set of symbols	9
where pn is the	9
information content in these	9
random than the eight	9
which will be discussed	9
estimated using the shannon	9
preprint this version posted	9
on the use of	9
a quartz crystal microbalance	9
of various systems studied	9
is more random than	9
this preprint this version	9
no reuse allowed without	9
have been reported to	9
law distribution is also	9
analysis of various systems	9
the spread of respiratory	9
on the cell surface	9
network science can be	9
the shannon entropy provides	9
in vivo toxicological data	8
of the investigated disinfecting	8
be used as a	8
survival of enteric viruses	8
and the role of	8
for the study of	8
of the cell membrane	8
from the perspective of	8
in the intensive care	8
antimicrobial activity of copper	8
in health care facilities	8
to the size of	8
it is shown that	8
influence of nanoparticles on	8
the determination of the	8
of the filter cake	8
for a long time	8
the antiviral activity of	8
healthcare infection control practices	8
of severe acute respiratory	8
the end of the	8
role of environmental contamination	8
two orders of magnitude	8
are considered to be	8
in the study of	8
of reactive oxygen species	8
characteristic for scalefree networks	8
with the size of	8
effects of carbon nanotubes	8
the ability of a	8
in a recent study	8
it has been suggested	8
of nanoparticles on the	8
these results suggest that	8
for scanning electron microscopy	8
the surface application scenario	8
used to determine the	8
to better understand the	8
of hepatitis b virus	8
also characteristic for scalefree	8
in an intensive care	8
aim of this work	8
is the result of	8
immobilized on the sensor	8
taking into account the	8
the use of the	8
a high degree of	8
the filter cake is	8
the smaller the particle	8
of enteric viruses on	8
the mechanism of action	8
as compared to the	8
and the number of	8
is the use of	8
artificial mucus saliva mixture	8
of influenza a virus	8
particles in exhaled air	8
the orientation of the	8
the order of particles	8
has been used to	8
surface plasmon resonance sensors	8
in the vicinity of	8
are shown in figure	8
infection control practices advisory	8
we have developed a	8
small round structured viruses	8
persist on inanimate surfaces	8
the built clinical environment	8
of the plasma membrane	8
formed in the gas	8
due to the presence	8
is shown in fig	8
are based on the	8
to the surface of	8
cleaning and disinfection in	8
to the ability of	7
in the healthcare environment	7
the presence or absence	7
with the use of	7
presence or absence of	7
within the built environment	7
by the use of	7
infection control in health	7
the changes in the	7
from the viewpoint of	7
the increase in the	7
has been developed for	7
is based on a	7
the limit of detection	7
the resolution of the	7
has been suggested that	7
reduce the risk of	7
surface stability of sars	7
it was shown that	7
plasmon resonance biosensor for	7
this is due to	7
there is a need	7
the development of the	7
the geometry of the	7
a measure of the	7
on the membrane surface	7
in reducing the spread	7
contamination of the environment	7
surface plasmon resonance biosensors	7
of the antimicrobial peptide	7
is on the order	7
on a range of	7
in order to investigate	7
herpes simplex virus type	7
a result of the	7
it is estimated that	7
the hand hygiene scenario	7
sodium taurocholate cotransporting polypeptide	7
of the cantilever is	7
of the lp process	7
the surface of a	7
an order of magnitude	7
the position of the	7
of the interaction of	7
order to understand the	7
we have shown that	7
the fact that the	7
the mucus saliva mixture	7
is a need for	7
as one of the	7
in the plasma membrane	7
the results indicate that	7
was shown to be	7
and surface stability of	7
of an outbreak of	7
better understanding of the	7
for up to h	7
be responsible for the	7
of this study was	7
it was observed that	7
the most widely used	7
for the treatment of	7
which can be used	7
for the evaluation of	7
the center of the	7
we have found that	7
as a source of	7
in the general environment	7
in the dental operatory	7
a surface plasmon resonance	7
the basis of the	7
the binding of the	7
of a large number	7
the peptide and the	7
of disinfecting chemicals in	7
as well as a	7
aerosol and surface stability	7
to the analysis of	7
the risk of infection	7
for the diagnosis of	7
as well as to	7
control practices advisory committee	7
to be used in	7
due to the high	7
that can be used	7
one order of magnitude	7
of herpes simplex virus	7
in order to find	7
can be classified into	6
to the molecules to	6
molecules to be detected	6
of the effects of	6
by west et al	6
with a detection limit	6
a new generation of	6
the average specific filtration	6
the stability of sars	6
enteric viruses on fomites	6
the activity of the	6
the type of surface	6
a change in the	6
in the present work	6
brownian diffusion and electrostatic	6
the mass fraction of	6
of the virus on	6
do nosocomial pathogens persist	6
incorporated with antimicrobial peptides	6
with at least one	6
to be associated with	6
the simultaneous detection of	6
to the plasma membrane	6
between nanoparticles and the	6
the thickness of the	6
the viability of the	6
of cleaning and disinfection	6
the lipid composition of	6
has also been reported	6
the strength of the	6
biological effects of carbon	6
the permeate flux u	6
the effects of the	6
transcriptase polymerase chain reaction	6
in order to obtain	6
is consistent with the	6
fourier transform infrared spectroscopy	6
that the smaller the	6
all over the world	6
infection prevention and control	6
persist for up to	6
surfaces in the transmission	6
the mott cross section	6
pathogens persist on inanimate	6
has been used for	6
results show that the	6
the dynamics of the	6
the accessibility of the	6
transmission of respiratory pathogens	6
with the increase in	6
our results indicate that	6
exposure to disinfecting chemicals	6
confocal laser scanning microscopy	6
is known about the	6
the edge of the	6
per unit membrane area	6
long do nosocomial pathogens	6
a crucial role in	6
has been applied to	6
on the viability of	6
for disinfection and sterilization	6
on the surfaces of	6
for particles less than	6
cells were treated with	6
by the formation of	6
on the role of	6
to be the most	6
in england and wales	6
of this study is	6
of copper surfaces against	6
of the hospital environment	6
the safety of nanoparticles	6
de keuckelaere et al	6
order to determine the	6
mechanical properties of the	6
of environmental contamination with	6
the concentration of bacteria	6
the relationship between nanoparticles	6
how long do nosocomial	6
and most of the	6
in contact with a	6
in less than min	6
of the peptide in	6
at least one pathogen	6
to be used as	6
it is believed that	6
the transmission of respiratory	6
of solid copper surfaces	6
carbon particles formed in	6
higher than that of	6
of the particle diameter	6
that the use of	6
are known to be	6
with the help of	6
of copper alloy surfaces	6
used in healthcare environments	6
it can be seen	6
in order to prevent	6
with in vitro bioactivity	6
the concentration of the	6
with the formation of	6
are summarized in table	6
the formation of an	6
purpose of this study	6
were immobilized on the	6
come into contact with	6
is known to be	6
door handles and handrails	6
with decreasing particle diameter	6
in the control of	6
volume per unit membrane	6
it was possible to	6
at the membrane surface	6
of surface sampling methods	6
physical properties of the	6
a review of the	6
to be responsible for	6
smaller the particle diameter	6
in contrast to the	6
studied the effect of	6
of an intensive care	6
disinfection and sterilization in	6
with a diameter of	6
of particle diameter on	6
a decrease in the	6
in order to determine	6
hungarian academy of sciences	6
effects of temperature and	6
was found that the	6
is referred to as	6
to a variety of	6
may be due to	6
affinity to the molecules	6
guideline for disinfection and	6
in the environment and	6
nosocomial pathogens persist on	6
of this work was	6
our understanding of the	6
as well as several	6
the composition of the	6
been reported to be	6
permeate flux u is	6
for detection of escherichia	6
from stainless steel and	6
of fomites in the	6
been shown to have	6
in good agreement with	6
the apex of the	6
reducing the spread of	6
a powerful tool for	6
by atomic force microscopy	6
in the treatment of	6
in their respiratory swabs	6
plays a key role	6
on the cantilever surface	6
nanoparticles and the environment	6
has been proposed to	6
to the study of	6
the relative importance of	6
this study was to	6
little is known about	6
particles less than nm	6
is similar to that	6
more likely to occur	6
and mechanical properties of	6
average specific filtration resistance	6
relationship between nanoparticles and	6
can be achieved by	6
several tens of thousands	6
was used as a	6
effects of nanoparticles on	6
and surface plasmon resonance	6
the molecules to be	6
of the initial surface	5
an increasing number of	5
the use of copper	5
the tip and the	5
toward the center of	5
and van der waals	5
of human immunodeficiency virus	5
at the molecular level	5
of the antimicrobial agent	5
complementary metal oxide semiconductor	5
in the polymer matrix	5
it was noted that	5
of surface plasmon resonance	5
the shape of the	5
is important to note	5
been shown in fig	5
have the ability to	5
of an amino acid	5
were positive for ahs	5
have been developed for	5
in the production of	5
the quality of the	5
the measurement of the	5
and infiltration of outdoor	5
survival of hepatitis a	5
been reported that the	5
infectious on common touch	5
of packing of granular	5
common touch surface materials	5
the antimicrobial properties of	5
norovirus contamination via environmental	5
a central role in	5
in comparison with other	5
important to note that	5
be related to the	5
and as a result	5
the increase of the	5
the difference between the	5
and dynamics of the	5
the mass of the	5
is possible to obtain	5
the molecular basis of	5
this work was to	5
a result of this	5
can be obtained from	5
screened rutherford cross section	5
in health care settings	5
is an important factor	5
at high risk of	5
was used to compare	5
sensor based on a	5
it is of interest	5
that the toxicity of	5
a scanning electron microscope	5
has been proposed that	5
infiltration of outdoor air	5
the use of antimicrobial	5
and relative humidity on	5
supported in part by	5
and the amount of	5
the lacrimal drainage system	5
the plasma membrane of	5
the mechanism of the	5
using a combination of	5
thin layer of molten	5
plays a role in	5
the surface area of	5
sterilization in healthcare facilities	5
the cleaning and disinfection	5
the authors would like	5
used in this work	5
also be used for	5
survival of herpes simplex	5
be paid to the	5
remains infectious on common	5
surface plasmon resonance sensing	5
and the spread of	5
and redistributing a thin	5
in the medical field	5
disinfection in reducing the	5
average convective nusselt number	5
a high concentration of	5
and copper alloy surfaces	5
during the last decade	5
on environmental surfaces in	5
transmission of rhinovirus colds	5
will be discussed in	5
by means of the	5
dry copper alloy surfaces	5
from an infected person	5
can serve as a	5
viruses in the environment	5
on the sensing surface	5
of environmental surface materials	5
for the generation of	5
coronavirus e remains infectious	5
did not result in	5
e remains infectious on	5
a variety of ways	5
plasmon resonance immunosensor for	5
on a gold surface	5
of middle east respiratory	5
one of the major	5
as compared with sars	5
has been carried out	5
a significant reduction in	5
and specific detection of	5
in the design of	5
into the host cell	5
possibility of dust explosion	5
biosensor for the detection	5
from the point of	5
it was reported that	5
contact and sliding angles	5
disinfection of environmental surfaces	5
diameter of about nm	5
the peptide in the	5
at a concentration of	5
between the peptide and	5
packing of granular material	5
it is clear that	5
contact time of min	5
were found to be	5
can be found in	5
in vivo and in	5
environmental infection control in	5
used to compare the	5
on dry copper alloy	5
critical role in the	5
for the fabrication of	5
and transmission electron microscopy	5
some of them are	5
to the number of	5
ahs were detected in	5
the spread of infectious	5
and the stability of	5
the healthcare infection control	5
up to days on	5
an important class of	5
our data suggest that	5
surfaces in healthcare facilities	5
enteric viruses have been	5
the change in the	5
or bacterial nucleic acid	5
of norovirus contamination via	5
in the analysis of	5
to changes in the	5
in the course of	5
that the risk of	5
a possible source of	5
inactivation of norovirus on	5
in direct contact with	5
the trouble caused by	5
the organization of the	5
of relative humidity and	5
from stainless steel surfaces	5
increases with the increase	5
is determined by the	5
from inanimate surfaces to	5
for direct detection of	5
and disinfection in reducing	5
human coronavirus e remains	5
vivo and in vitro	5
of the use of	5
the state of the	5
investigated the effect of	5
it is necessary to	5
this was followed by	5
a significant role in	5
has been proposed as	5
a bending of the	5
for the immobilization of	5
is associated with the	5
guidelines for environmental infection	5
patients hospitalized with respiratory	5
of the environment and	5
and scanning electron microscopy	5
on the formation of	5
have the potential to	5
the sensitivity of the	5
melting and redistributing a	5
on the interaction between	5
of chemical and biological	5
it was concluded that	5
of the effect of	5
order to study the	5
before and after the	5
both in vitro and	5
layer of molten material	5
based on the results	5
healthcare bleach germicidal cleaner	5
of norovirus on dry	5
of the number of	5
be noted that the	5
on the application of	5
the details of the	5
a range of copper	5
at the surface of	5
the elastic modulus of	5
a useful tool for	5
s in supplementary material	5
have been applied to	5
of their ability to	5
are usually present in	5
and sterilization in healthcare	5
be applied to the	5
of the human brain	5
effects of cleaning and	5
are one of the	5
reduce the incidence of	5
norovirus on dry copper	5
surfaces in a hospital	5
the perspective of the	5
copper and copper alloy	5
temperature and relative humidity	5
to the fact that	5
for environmental infection control	5
van doremalen et al	5
a risk factor for	5
for the formation of	5
in an attempt to	5
as an antimicrobial surface	5
are widely used in	5
in an effort to	5
the main route of	5
are shown in table	5
results showed that the	5
in the recovery medium	5
to that of the	5
up to days at	5
cleaning and disinfection efficacy	5
we are able to	5
of the most widely	5
the formation of pores	5
surface plasmon resonance immunosensor	5
nanoparticles on the environment	5
has been reported to	5
redistributing a thin layer	5
be due to the	5
are involved in the	5
for the simultaneous detection	5
influenza a virus on	5
the effectiveness of the	5
our results suggest that	5
to conclude that the	5
of bacteria and viruses	5
in the number of	5
of the total number	5
it is possible that	5
the central nervous system	5
reprinted with permission from	5
on surfaces and objects	5
the fluorescence intensity of	5
have been carried out	5
be one of the	5
hepatitis a virus on	5
the safety of the	5
authors would like to	5
be coated with a	5
after contact with the	5
and can be applied	5
on human hands and	5
on the frequency of	5
the plasma membrane and	5
survive on environmental surfaces	5
spread of norovirus contamination	5
the efficiency of the	5
of the glass phase	5
to the membrane surface	5
a and b are	5
fluorescence intensity of the	5
the length of time	5
study was to evaluate	5
the persistence of the	5
is caused by the	5
the results of this	5
in our work we	5
due to the fact	5
for the recognition of	5
the spread of the	5
turbulent natural convection in	5
the contact and sliding	5
a small fraction of	5
depends on the physical	5
in spite of the	5
under different environmental conditions	5
similar to that of	5
the health effects of	5
the use of an	5
turned out to be	5
inactivation of murine norovirus	5
of great interest in	5
well as in the	5
it has been proposed	5
and cleaning and disinfection	5
viruses have been shown	5
contamination via environmental surfaces	5
to the level of	5
on common touch surface	5
has been shown in	5
epidemiology and control of	5
the ratio of white	5
immunosensor for detection of	5
specific antibodies were immobilized	5
it is based on	5
coated with a thin	5
the heat exchange with	5
is defined as the	5
the location of the	5
the virucidal activity of	5
the spread of norovirus	5
sensitive and specific detection	5
the screened rutherford cross	5
without the use of	5
structure and dynamics of	5
for detection of human	4
of the actin cytoskeleton	4
and of the volume	4
contact with disinfected surfaces	4
amperometric immunosensors based on	4
of the mott cross	4
spread of the virus	4
in which the feed	4
quantum dots conjugated with	4
the spread of sars	4
we have been able	4
according to the size	4
and the degree of	4
happens without affecting the	4
in surface plasmon resonance	4
parainfluenza virus and rhinovirus	4
where it divides into	4
close to the patient	4
were shown to be	4
monte carlo program for	4
touch surfaces in hospitals	4
is present in the	4
of carbon nanotubes are	4
the surface environment in	4
the velocities due to	4
transmission of hospital pathogens	4
as a basis for	4
they are able to	4
for the improvement of	4
side of the figure	4
at the interface between	4
used to study the	4
the electrical double layer	4
and thus the permeate	4
order of particles m	4
of the transmission of	4
van der waals interactions	4
a critical role in	4
an overview of strategies	4
films incorporated with nisin	4
improves surface quality by	4
the duration of persistence	4
sections were stained with	4
the characteristic size of	4
beyond the diffraction limit	4
and the development of	4
recovery of enteric viruses	4
accuracy of the polished	4
of murine norovirus on	4
chemical properties of the	4
was used as the	4
contains a variety of	4
for the quantum dots	4
on the interaction of	4
bacterial nucleic acid on	4
contamination and transmission in	4
as it can be	4
to several hundred thousands	4
surfaces is accompanied by	4
for the design of	4
can be seen from	4
affecting the form precision	4
the distribution of the	4
several seconds cm and	4
finishing technique that has	4
resistance of the membrane	4
titanium dioxide particles are	4
of coronaviruses on inanimate	4
role of environmental surface	4
dynamics simulations of the	4
for more than months	4
the cantilever due to	4
also demonstrated that the	4
in the st century	4
have been characterized by	4
survive for months on	4
quantity of cmp wastewater	4
such as iron and	4
of this method is	4
the amount of clo	4
of the immune system	4
the effects of temperature	4
may be regarded as	4
the width of the	4
come in contact with	4
have been shown in	4
nanoparticles contained in wastewater	4
of the surface layers	4
such as carbon nanotubes	4
metals released from particles	4
virus could be detected	4
to account for the	4
are immobilized on the	4
detected in their respiratory	4
that has been continuously	4
have been employed to	4
well known that the	4
surfaces reservoirs for nosocomial	4
for the presence of	4
the disinfected hard surfaces	4
an analysis of the	4
a systematic review and	4
the thermodynamic transformation of	4
lung where it divides	4
of the vessels and	4
lp is productive to	4
bronchus that enters the	4
method is a way	4
depending on the surface	4
monte carlo electron trajectory	4
need to be evaluated	4
the bactericidal performance of	4
used to assess the	4
the effects of nanoparticles	4
this happens without affecting	4
of fomites and environmental	4
in exhaled air before	4
environmental surface materials used	4
models have been proposed	4
that the presence of	4
play a significant role	4
size of nvr particles	4
environmental contamination as a	4
has been developed in	4
the lifetime of the	4
sectional area of the	4
on the nature of	4
of hands in the	4
been used for many	4
contact between tool and	4
the vicinity of the	4
in the food industry	4
as well as on	4
as shown in the	4
taking advantage of the	4
directly related to the	4
by the infected person	4
viral and bacterial pathogens	4
optimum source neutrons energy	4
th percentile of exposure	4
to evaluate the effectiveness	4
used in this study	4
simultaneous conservation of the	4
with surface plasmon resonance	4
low boiling point metal	4
the increasing number of	4
evaluation of a new	4
was supported by the	4
of exposure to nanoparticles	4
used to analyze the	4
deposited on the surface	4
characteristic size of the	4
the form precision and	4
times higher than that	4
resistance of the filter	4
reservoirs for nosocomial infection	4
the risk of transmission	4
a peak diameter of	4
of the white matter	4
we focused on the	4
in its most compact	4
has been demonstrated that	4
range of copper alloy	4
human coronaviruses e and	4
in suspension and after	4
particle diameter on dust	4
role of copper in	4
data on the survival	4
contact with contaminated surfaces	4
certain volume with the	4
the area of the	4
indicators of oral contamination	4
tool and workpiece and	4
in comparison to other	4
advanced surface finishing technique	4
is the coefficient of	4
in the future to	4
the presence of an	4
fabricated from various ferrous	4
area of the vessels	4
the detection limit of	4
to increase the sensitivity	4
and quartz crystal microbalance	4
for the in situ	4
the tales of comets	4
copper and control surfaces	4
of this work is	4
in order to elucidate	4
of the mucus saliva	4
with the ability to	4
to the lack of	4
thermodynamics of lasermaterial interactions	4
is not observed for	4
and a decrease in	4
were immobilized on a	4
of the membrane pores	4
the possibility of dust	4
transmission of the virus	4
possibility of exposure to	4
more than of the	4
detection of infectious agents	4
to be a useful	4
of a number of	4
be dissolved into water	4
for h and immersed	4
the process by which	4
the main explanation of	4
the ratio of the	4
laser scanning confocal microscopy	4
not involve material removal	4
would be able to	4
is important for the	4
through introduction of copper	4
for wastewater reclamation and	4
and an overview of	4
and the healthcare infection	4
e and oc in	4
strongly affected by the	4
process parameters as related	4
of particles in exhaled	4
polymerase chain reaction assay	4
for the majority of	4
from the surface of	4
using the a mab	4
of a variety of	4
the allometric scaling exponents	4
diffusion and electrostatic forces	4
explosion is more likely	4
the initial surface topography	4
from to cfu cm	4
the authors declare that	4
respiratory and enteric viral	4
the filter cake becomes	4
hospital surfaces reservoirs for	4
term care facilities and	4
the last few years	4
microorganisms can survive on	4
these methods have been	4
and workpiece and is	4
and the results were	4
important in the future	4
metals such as iron	4
immobilized on the sensing	4
in the same year	4
vessels and of the	4
hospital surfaces through introduction	4
of samples were taken	4
subject to working environment	4
have been able to	4
the free energy of	4
when compared with the	4
on surfaces near patients	4
has several advantages over	4
contaminated surfaces were the	4
survival in the environment	4
of the protein and	4
the detection of biological	4
hand side of the	4
an essential role in	4
is mg m for	4
particles of a size	4
the transmission of hospital	4
there is growing evidence	4
hospital intensive care unit	4
does not require a	4
human respiratory syncytial virus	4
in the past few	4
in this paper we	4
hydrophobic and electrostatic interactions	4
persistence of coronaviruses on	4
as shown in table	4
diameter on dust explosion	4
the first time that	4
is of great importance	4
carbon nanotubes are being	4
and in vitro bioactivity	4
main bronchus that enters	4
to the contamination of	4
the optimum source neutrons	4
sampling results in the	4
and b are the	4
stability of middle east	4
the properties of the	4
at concentrations more than	4
surface finishing technique that	4
address contaminated surfaces in	4
in comparison with the	4
alloy surfaces is accompanied	4
in different types of	4
followed by the formation	4
as related to the	4
the fractal dimension of	4
has also been studied	4
survival of human coronaviruses	4
the past two decades	4
we present an experimental	4
of medical physics and	4
nanoparticles of transition metals	4
for the control of	4
the surface layers of	4
according to industry axioms	4
common hospital surfaces through	4
particle concentration in the	4
oc in suspension and	4
the possibility of exposure	4
of environmental contamination as	4
such diverse fields as	4
may be required to	4
in order to reduce	4
the simultaneous conservation of	4
was associated with a	4
a source of inspiration	4
persist on surfaces for	4
shed in large numbers	4
fluorescence wavelength is nm	4
proven to be a	4
covalently attached to the	4
chemical disinfectants and antiseptics	4
of the respiratory tract	4
have been reported in	4
the causative agent of	4
of the spike protein	4
membrane filtration processes are	4
the transmission and spread	4
attention should be paid	4
is a kind of	4
may have no effect	4
typically regarded as an	4
also in the case	4
properties of the workpiece	4
viruses on environmental fomites	4
sustained release of gaseous	4
to find out the	4
of hospital pathogens and	4
between indoor and outdoor	4
reduction from to cfu	4
leads to the formation	4
and other respiratory viruses	4
through a diffusion dryer	4
the incidence of hospital	4
surfaces for up to	4
without affecting the form	4
to working environment measurement	4
in combination with the	4
the removal of nanoparticles	4
there was no significant	4
the level of the	4
of infection control measures	4
lp process parameters as	4
the time needed for	4
copper in reducing hospital	4
significant reduction in the	4
risk of infection for	4
evaluate the effectiveness of	4
fine clay and glass	4
claudia steinem institute for	4
steinem institute for organic	4
volume covered at every	4
were used for the	4
of the allometric scaling	4
wastewater reclamation and reuse	4
by passing them through	4
in sera of patients	4
of magnitude lower than	4
with respiratory infections were	4
hand hygiene in health	4
needed in order to	4
and the influence of	4
and can be used	4
to the effect of	4
whether or not the	4
twin of the lp	4
through interaction with the	4
contact with the surface	4
is of great interest	4
to a decrease in	4
are important factors to	4
surfaces were the bed	4
of small round structured	4
of the workpiece material	4
of biological warfare agents	4
has been continuously developed	4
care hospitals in bangladesh	4
imaging surface plasmon resonance	4
the structural features of	4
from various ferrous and	4
and the type of	4
a way to evaluate	4
of m or smaller	4
an advanced surface finishing	4
passing them through a	4
in mice and rats	4
patients or healthcare workers	4
the understanding of the	4
on a wafer surface	4
of nanoparticles contained in	4
seconds cm and improves	4
efforts have been devoted	4
strategies to address contaminated	4
in the loss of	4
of respiratory and enteric	4
as well as with	4
on at least one	4
of the surface topography	4
should be paid to	4
with a high velocity	4
are strongly affected by	4
based surface plasmon resonance	4
is in its most	4
are good examples of	4
surface layers of the	4
shows an example of	4
a contact time of	4
colonized or infected with	4
ferrous materials require superior	4
materials require superior surface	4
is described by the	4
study the effect of	4
enhanced over the past	4
copper and copper alloys	4
we have used the	4
of the polished component	4
for transmission electron microscopy	4
is a function of	4
is productive to the	4
with an increase in	4
nanoparticles on human health	4
at the university of	4
the use of pre	4
from a number of	4
associated with the built	4
during an outbreak of	4
total internal reflection fluorescence	4
these data suggest that	4
with quantum dots conjugated	4
for enhancing the permeate	4
a broad spectrum of	4
in the incidence of	4
d e neutralizing broth	4
lp performance depends on	4
the concentrations of the	4
the virucidal efficiency of	4
here we present a	4
other process system details	4
declare that they have	4
the th percentile of	4
for the case of	4
the antibacterial activity of	4
been continuously developed and	4
van der waals forces	4
in order to be	4
as well as other	4
which is based on	4
kinetic energy of turbulence	4
explanation of the allometric	4
inversely proportional to the	4
hydration of the surface	4
we performed molecular dynamics	4
and the ratio of	4
and enhanced over the	4
on the surface and	4
layers of the protein	4
measures on the frequency	4
and chemical properties of	4
study the influence of	4
of nanoparticles on human	4
strand breaks in dna	4
is accompanied by loss	4
were able to demonstrate	4
loss of capsid integrity	4
it has been demonstrated	4
as a model virus	4
nanoparticles deposited in the	4
confocal laser scanning microscope	4
chemical and physical properties	4
stainless steel door handles	4
and metal oxide nanoparticles	4
lp does not require	4
is in contact with	4
acids range from several	4
lower than that of	4
medical and dental settings	4
air cleaning contam proc	4
to the interaction of	4
the detection of the	4
the mechanical durability of	4
determine the effect of	4
antimicrobial efficacy of copper	4
involve material removal or	4
no significant difference in	4
a physical contact between	4
not require a physical	4
murine norovirus on a	4
in the understanding of	4
this study is to	4
to be useful for	4
the seminal paper by	4
size distribution of particles	4
by loss of capsid	4
be seen from the	4
and is typically regarded	4
the microbial load on	4
within a distributed system	4
and found that the	4
continuously developed and enhanced	4
on the structure and	4
coronaviruses e and oc	4
hospital pathogens and an	4
on the branching regime	4
of human coronaviruses e	4
where f is the	4
in close proximity to	4
an increase of the	4
productive to the level	4
of the use rates	4
leading to the formation	4
is typically regarded as	4
the centers for disease	4
every stage of branching	4
workpiece and is typically	4
thus the permeate flux	4
as an environmentally friendly	4
at around the isoelectric	4
it is obvious that	4
children under years old	4
contribute to the transmission	4
in the scanning electron	4
a quantitative approach to	4
when the surface is	4
for the understanding of	4
for chemical and biological	4
copper alloy surfaces is	4
the rate of healthcare	4
on the coated and	4
of several seconds cm	4
in the lung and	4
for detection of the	4
of copper in reducing	4
are the most popular	4
on common hospital surfaces	4
of quaternary ammonium salts	4
of an antimicrobial peptide	4
tertiary care hospitals in	4
the deflection of the	4
of the figure lie	4
requires the presence of	4
h and immersed in	4
the coated and uncoated	4
activity of copper surfaces	4
concentration on the order	4
inactivation of influenza a	4
regarded as an environmentally	4
control measures on the	4
the particle concentration in	4
to the delivery of	4
one of the reasons	4
parameters as related to	4
the most penetrating particle	4
human enteric viruses in	4
institute for organic and	4
organically modified silica nanoparticles	4
a high velocity resolution	4
of the aluminum crimp	4
well as several other	4
concentrations more than m	4
with the simultaneous conservation	4
interesting to note that	4
may play an important	4
k and na ions	4
pathogens and an overview	4
have also been employed	4
the reaction of the	4
it should be understood	4
with regard to the	4
transition metals released from	4
authors declare that they	4
control of an outbreak	4
at the heater surface	4
and the use of	4
flux u is given	4
an environmentally friendly process	4
increase the sensitivity of	4
the advanced treatment of	4
studies have demonstrated that	4
the hazard assessment of	4
the physical properties of	4
about the importance of	4
that contaminated surfaces contribute	4
to the detection of	4
and the ionic strength	4
is a way to	4
have developed a novel	4
the characterization of the	4
concentration is less than	4
changes in the surface	4
role of the surface	4
with a size of	4
our aim was to	4
the spatial distribution of	4
with a peak diameter	4
enhancing the permeate flux	4
been used in the	4
by means of a	4
as in the case	4
that the filter cake	4
the clogging of the	4
new light on the	4
been carried out on	4
spearman and karber method	4
the impact of the	4
ranging from to nm	4
been demonstrated to have	4
by a number of	4
adhesion to the surface	4
enteric viruses on environmental	4
in human serum samples	4
suspension and after drying	4
also be used to	4
it has been clarified	4
the integrity of the	4
present on the surface	4
the coating on the	4
is an advanced surface	4
water molecules in the	4
the theory of networks	4
of the working environment	4
we have investigated the	4
its most compact state	4
use of disinfecting chemicals	4
and oc in suspension	4
order to investigate the	4
apex of the cantilever	4
delivery of the laser	4
the inferior vena cava	4
the number concentration of	4
whose fluorescence wavelength is	4
are hospital surfaces reservoirs	4
the correlation length approaches	4
influence of particle diameter	4
has been developed to	4
of a series of	4
coronaviruses on inanimate surfaces	4
surface materials used in	4
the average convective nusselt	4
the context of the	4
conformational changes of the	4
the presence of organic	4
burden on common hospital	4
of the peptide with	4
in the presence or	4
mucus saliva mixture on	4
orders of magnitude lower	4
the cell membrane and	4
examples of rg agents	4
play a role in	4
require superior surface qualities	4
the calculation of the	4
amount of nisin in	4
several other process system	4
components fabricated from various	4
periodic heat generation on	4
a hospital intensive care	4
due to the lack	4
surfaces contribute to the	4
the delivery of the	4
require a physical contact	4
various ferrous and non	4
gas and liquid are	4
filtrate volume per unit	4
a comparison of the	4
needs to be paid	4
to the apex of	4
precision and accuracy of	4
h n influenza a	4
reducing hospital environment contamination	4
surface plasmon resonance and	4
are thought to be	4
with in vivo toxicological	4
copyright american chemical society	4
due to the low	4
order of particles cm	4
form precision and accuracy	4
material removal or addition	4
airborne particle concentration in	4
if insoluble particles are	4
developed and enhanced over	4
days at room temperature	4
the results were quite	4
of microbial burden on	4
in a household setting	4
potential role of fomites	4
materials used in healthcare	4
the size distribution of	4
at every stage of	4
play a critical role	4
from prior room occupants	4
reduction of microbial burden	4
been devoted to the	4
copper as an antimicrobial	4
the cytoplasmic membrane of	4
central role in the	4
have been devoted to	4
of the volume covered	4
the use of disinfectants	4
the vessels and of	4
conservation of the cross	4
of nisin in the	4
does not involve material	4
the most commonly used	4
was observed in the	4
microbial burden on common	4
between tool and workpiece	4
physical contact between tool	4
functional components fabricated from	4
of the surface environment	4
surfaces that had been	4
the critical flicker fusion	4
it is anticipated that	4
that there is a	4
in this work we	4
performance depends on the	4
environmental contamination due to	4
is characterized by a	4
in children in day	4
flocculation and adsorption treatments	4
of initial surface topography	4
u is given by	4
the past few years	4
is believed to be	4
in the nondental areas	4
to a number of	4
specific filtration resistance av	4
in the same study	4
cdc and the healthcare	4
and liquid are described	4
used in the cleaning	4
to that in the	4
order to find out	4
by the advanced treatment	4
have been identified as	4
efficacy of copper alloy	4
morphology and chemical composition	4
norovirus on a range	4
would like to thank	4
small round structured virus	4
the spread of nosocomial	4
sustained reduction of microbial	4
the volume covered at	4
of environmental surfaces in	4
the aim of the	4
the frequency of cleaning	4
fraction of nvr in	4
in the areas of	4
assay for the detection	4
transmission and spread of	4
for organic and biomolecular	4
covered at every stage	4
ph and the ionic	4
structure of the protein	4
it can be used	4
the level of several	4
contaminated surfaces in hospital	4
and the formation of	4
lp does not involve	4
spread of respiratory and	4
of the lipid bilayer	4
toxicity is not observed	4
it should be mentioned	4
is thought to be	4
the temperature dependence of	4
can be solved by	4
to control the spread	4
surfaces in hospital settings	4
to determine if the	4
mass fraction of nvr	4
and the ability to	4
to address contaminated surfaces	4
the molecular mechanisms of	4
entry through interaction with	4
to reduce the microbial	4
have been developed to	4
a high risk of	4
the difference in the	4
herpes simplex virus and	4
the fly ash pile	4
surfaces through introduction of	4
bactericidal performance of the	4
have found that the	4
of human serum albumin	4
enteric viruses in the	4
immobilized on the surface	4
plasmon resonance sensing of	4
on the stability of	4
complex thermodynamics of lasermaterial	4
play a crucial role	4
is dependent on the	4
contact with an infected	4
here we present the	4
alloy touch surfaces in	4
remains the main explanation	4
and enteric viral disease	4
performance of the coating	4
contamination due to methicillin	4
organic and biomolecular chemistry	4
surface quality by smoothing	4
clogging of the membrane	4
were the bed sheet	4
typical example is the	4
investigate the effect of	4
combustion exhaust gases are	4
a potential source of	4
the time required for	4
showed the presence of	4
in a pediatric primary	4
as long as the	4
it is essential to	4
sources of emission of	4
contaminated surfaces contribute to	4
in reducing hospital environment	4
the lower estimate for	4
will be able to	4
spatial and temporal resolution	4
overview of strategies to	4
packing order of the	4
is expressed as a	4
the world health organization	4
in the nuclear field	4
attention needs to be	4
main explanation of the	4
paper by west et	4
in a hospital setting	4
the prolification of the	4
the application of these	4
is attributed to the	4
because of its low	4
and accuracy of the	4
them through a diffusion	4
a certain volume with	4
to freeman and breakspear	4
release of gaseous clo	4
medical intensive care unit	4
have also been reported	4
infection control measures on	4
nanoparticles are taken in	4
of the laser energy	4
the generation of nanoparticles	4
source of inspiration for	4
in vitro bioactivity thresholds	4
that they have no	4
takes into account the	4
the scale of the	4
as several other process	4
the nrl array biosensor	4
from the cell surface	4
oriented immobilization of antibodies	4
nm at a concentration	4
the effect of ph	4
evidence that contaminated surfaces	4
related to the delivery	4
that the addition of	4
used to measure the	4
on the upper surface	4
technique that has been	4
a set of different	4
the fisher exact test	4
surface cleaning and disinfection	4
role of fomites and	4
to determine the effect	4
with a thin layer	4
it is interesting to	4
significance of fomites in	4
fomites in the spread	4
to improve infection control	4
copper alloy touch surfaces	4
quantitative approach to defining	4
cm and improves surface	4
surface of the sample	4
over the past two	4
accompanied by loss of	4
in the hospital environment	4
and improves surface quality	4
increase in the number	4
the volume served by	4
even around the isoelectric	4
the virus from the	4
changes in surface stress	4
for cleaning and disinfection	4
biological effects of fullerene	4
to the transmission of	4
prolification of the cell	4
of new and worn	4
particle conversion of low	4
touch surfaces in healthcare	4
the performance of the	4
up to months on	4
of strategies to address	4
such fine particles are	4
clay and glass particles	4
viruses on environmental surfaces	4
level of several seconds	4
the hospital environment with	3
the united states alone	3
is a network of	3
upper surface of the	3
inhalation of indoor air	3
of temperature and pressure	3
virus was found to	3
an immunosensor for the	3
results were observed by	3
may be much greater	3
has not been reported	3
the transmission of nosocomial	3
nanoparticles from gas and	3
able to survive on	3
may be a virus	3
n tubes with the	3
clarified from the viewpoint	3
of nanoparticle generation in	3
the ascending vapor flow	3
virus persistence and recovery	3
in the control group	3
viable virus could be	3
of the knotted proteins	3
volume served by the	3
properties of the material	3
niels jerne and geoffrey	3
to study the formation	3
which preventive or therapeutic	3
clostridium difficile from the	3
with the design of	3
the middle of the	3
norovirus on inanimate surfaces	3
a thin gold layer	3
is found to be	3
to simulate years of	3
above a locally heated	3
of the sample was	3
the default mode network	3
typical diameter of dozens	3
of upper respiratory infection	3
estimate for maximum acceptable	3
efficiency of hnov gii	3
a scanning electron microscopic	3
in child daycare centres	3
with the built clinical	3
are tightly packed and	3
the afternoon sampling results	3
dry metallic copper surfaces	3
caused by nanoparticles as	3
of this approach is	3
temperature and pressure on	3
used to separate the	3
modulus of microtip material	3
initial surface topography and	3
been proposed to be	3
on inanimate surfaces and	3
of time not exposed	3
the network approach to	3
thermodynamic transformation of the	3
the plane of the	3
to contribute to the	3
the number of cells	3
on surfaces for a	3
a serious risk of	3
of red blood cells	3
is proportional to the	3
also depend on the	3
in a controlled environment	3
in a cell is	3
differ from each other	3
a member of the	3
are available concerning the	3
the spring constant of	3
well as the safety	3
there are still some	3
of a foreign antigen	3
and after contact with	3
corresponding surface swabs tested	3
viral or bacterial nucleic	3
our results demonstrate that	3
the height of the	3
all of these studies	3
modified by the fenton	3
to combat the spread	3
than that in the	3
contact with the skin	3
air above a locally	3
from that of the	3
has been reported where	3
we present results of	3
and the other with	3
the size of a	3
electron microscopic observation of	3
the main phase transition	3
remain viable and infectious	3
for acquisition of vancomycin	3
is likely to be	3
is exposed to the	3
diameter of dozens of	3
efficacy are important factors	3
packed and apply a	3
of differentiation antibody microarray	3
be much greater than	3
to days at room	3
and claudia steinem institute	3
can survive on surfaces	3
and atomic force microscopy	3
of the most critical	3
the survival of coronaviruses	3
the aim is to	3
using an array of	3
used for the detection	3
the relationship between the	3
the concept that the	3
of the surfaces sampled	3
virus on copper versus	3
detection and analysis of	3
of respiratory viral infections	3
effect of relative humidity	3
that the ability of	3
of the presence of	3
revealed the presence of	3
surfaces up to days	3
has been found to	3
an aliquot of the	3
is defined as a	3
should be understood that	3
tested for those same	3
of the molten material	3
to the jamming transition	3
supported within the projects	3
for selective recognition of	3
for daily routine clinical	3
and their migration toward	3
sampling in the dental	3
in order to perform	3
only be achieved by	3
to be a more	3
developed computational code has	3
the detection of protein	3
network approach to the	3
infectious diseases and cancers	3
is anticipated that the	3
between the brain diameter	3
for months on dry	3
was supported by grant	3
with the concept that	3
the form of a	3
served by blood vessels	3
in adult medicine and	3
the center of a	3
transmission via fomites is	3
in a wide variety	3
at least one surface	3
of the strength of	3
of the peptide and	3
droplets and their migration	3
found to be effective	3
public tertiary care hospitals	3
the result of the	3
several micrometers in diameter	3
and the polymeric matrix	3
was due to the	3
inactivation with biocidal agents	3
the eb poly r	3
to have a high	3
for improving cleaning and	3
a new perspective for	3
for the decontamination of	3
of the transition state	3
d monolayer levitating at	3
to west et al	3
it has been found	3
and stability of the	3
is explained by the	3
sustained release of clo	3
environment as well as	3
on environmental surfaces and	3
bacterial contamination in healthcare	3
evaluation of virucidal activity	3
virus can be transferred	3
the reduction of the	3
to the constant rate	3
scanning ion conductance microscopy	3
surfaces and their inactivation	3
a force upon their	3
the blood or lymphatic	3
implications for infection control	3
the particle tends to	3
hands and transfer of	3
the control of the	3
a significant decrease in	3
in the last years	3
the problems associated with	3
a total of samples	3
parallel to the membrane	3
in the health care	3
the monte carlo simulation	3
can also be exposed	3
occupational safety and health	3
and disinfection efficacy are	3
in transmission electron microscopy	3
hospital outbreak investigated by	3
in a prolonged hotel	3
the health care environment	3
improving cleaning and disinfection	3
indoor nanoparticles originate from	3
on the indoor environment	3
possible infection control implications	3
from mouse liver tissue	3
can be applied on	3
reducing the risk of	3
on the hands of	3
enterococci in patients treated	3
is believed that the	3
copper surface toxicity in	3
for which preventive or	3
the viewpoint of the	3
samples using surface plasmon	3
they are produced by	3
drag force from the	3
pressure sensor based on	3
from gas and liquid	3
a cluster of differentiation	3
the operating characteristics of	3
clo released from the	3
in the cleaning and	3
in figure for the	3
the cantilever length and	3
contact with environmental surfaces	3
rster resonance energy transfer	3
of hospital surfaces in	3
their weight is equilibrated	3
from the ascending vapor	3
is a number of	3
of different types of	3
viruses in a hospital	3
bacterial levels on surfaces	3
and in vivo toxicological	3
the internal surfaces of	3
can be compared with	3
to the neural science	3
chemical reaction on solid	3
which are responsible for	3
cluster of differentiation antibody	3
by the drag force	3
optical beam deflection method	3