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Created page with "200px|thumb|right|Logo of AdUp Sense == Glasensor 2019 == Glasensor is a team from the Universioty of Glasgow competing in the SensUs 2019 event..."
[[File:Adup_sense_logo.PNG|200px|thumb|right|Logo of AdUp Sense]]
== Glasensor 2019 ==
Glasensor is a team from the Universioty of Glasgow competing in the SensUs 2019 event. For SensUs 2019, Glasensor investigated the possibilities for creating a biosensor which is able to measure the concentration of [[Adalimumab]]. The full TRD can be found [ via this link]
== Method ==
optimises a capture molecule (HCA204, Biorad) specific to adalimumab (ADL) conjugated to
a glass reaction surface.
Our primary sensing system is optical utilising a photodetector to detect the fluorescent thiol-dimane
conjugate that is produced once MBBr has alkylated the exposed thiol groups of ADL.
==Molecular Recognition ==
== Physical Transduction ==
== Cartridge ==
== Reader Instrument ==
== Glasensor 2019 ==
Glasensor is a team from the Universioty of Glasgow competing in the SensUs 2019 event. For SensUs 2019, Glasensor investigated the possibilities for creating a biosensor which is able to measure the concentration of [[Adalimumab]]. The full TRD can be found [ via this link]
== Method ==
optimises a capture molecule (HCA204, Biorad) specific to adalimumab (ADL) conjugated to
a glass reaction surface.
Our primary sensing system is optical utilising a photodetector to detect the fluorescent thiol-dimane
conjugate that is produced once MBBr has alkylated the exposed thiol groups of ADL.
==Molecular Recognition ==
== Physical Transduction ==
== Cartridge ==
== Reader Instrument ==
