Systems biology aims to study complex cellular systems by systematically stimulating them,
monitoring cellular responses, formulating mathematical and computational models to understand the data, and proposing new experiments to refine these models.
Not exact matches
We will evaluate the immunogenicity of vaccine candidates (provided by user) administered by systemic, transdermal or mucosal routes and will
monitor humoral
responses and
cellular responses.
We produce live and inactivated viruses in our BSL2 and BSL3 facilities, and perform immunogenicity and efficacy studies in pigs (influenza) and sheep (RSV) with a focus on skin vaccination and extended
monitoring of humoral and
cellular immune
responses in the blood and lung.
Live cell assays constructed with genetically encoded, fluorescent biosensors can provide significant advantages over endpoint assays measured in cell lysates because functional information about the timing and location of
cellular responses can be
monitored in cells that are relevant to disease.
Immunogenicity and efficacy studies in pig (influenza) and sheep (RSV) with a focus on skin vaccination and extended
monitoring of humoral and
cellular immune
responses in the blood and lung.
DHS official Christopher Krebs, the top official leading the NPPD, added in a separate letter accompanying his
response that such use «of IMSI catchers by malicious actors to track and
monitor cellular users is unlawful and threatens the security of communications, resulting in safety, economic and privacy risks.»
The DHS
response continues: [DHS] believes the use of these devices by malicious actors to track and
monitor cellular users would be unlawful and threaten the security of communications, resulting in safety, economic, and privacy risks.