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1 emonstrate the recognition interface via the biospecific affinity of lectin with sugarprotein.
2 roteins and also control experiments without biospecific analytes.
3 nce detection and electrochemical control of biospecific binding has been developed and investigated
4  the high binding avidity and selectivity of biospecific binding molecules together with highly sensi
5           The modified PEG hydrogels feature biospecific cell adhesion and cell-mediated proteolytic
6 tudies ranging from molecular electronics to biospecific cell-based assays and biomolecular microarra
7 erspective on the existing challenges within biospecific chemistry and discuss the potential avenues
8              However, recent advancements in biospecific chemistry have enabled the creation of speci
9          This Review traces the evolution of biospecific chemistry in proteins, emphasizing the role
10 les) and together competitively incubated on biospecific chitosan foam.
11 o neoantigens facilitates the development of biospecific drug discovery and the sarcoidosis-specific
12 ge and quantify biochemiluminescence coupled biospecific enzymatic reactions to detect analytes in bi
13 affinities using a surface plasmon resonance biospecific interaction (BIAcore) assay showed the wild-
14 amide, and lactosyl ceramide using real time biospecific interaction analysis (surface plasmon resona
15                The successful integration of biospecific interaction analysis based on surface plasmo
16 imple and convenient colorimetric method for biospecific interaction analysis.
17  by coupling a polymerization initiator to a biospecific interaction and inducing inline atom transfe
18 ify the GST enzyme concentration through its biospecific interaction with tripeptide reduced glutathi
19 ption, which could likely be used to promote biospecific interactions and/or to suppress nonspecific
20 c flexibility and utility of this method for biospecific interactions by installing aminooxy terminat
21 l to create a platform capable of monitoring biospecific interactions directly in liquid at very low
22                                    Real-time biospecific interactions of immunogens, measured via BIA
23                      Further confirmation of biospecific interactions was obtained with control exper
24 roscopy using BIAcore technology to evaluate biospecific interactions, demonstrating the increasing p
25                     TIRF was used to monitor biospecific interactions, while electrochemical polariza
26 n/ionization technique preserves noncovalent biospecific interactions.
27  layer, mass and viscosity variations of the biospecific layer can be detected by monitoring changes
28 system and the sensing area is coated with a biospecific layer.
29  and together competitively incubated on the biospecific MDEA ECC 5037-Pt|MGC|HCF|Hydrogel-NFO4 biotr
30      The paper demonstrates that polyvalent, biospecific, noncovalent interactions between a polymer
31 ne accessory and a minicartridge for hosting biospecific reactions.
32 ors are directly compared employing the same biospecific reagents and analytical formats.
33 magnetism, and a Janus coating that provides biospecific recognition and locomotive properties.
34 equipped with affinity purification tags and biospecific recognition domains usable as fluorescent la
35 s the Raman scatterer and an antibody as the biospecific recognition element.
36 es or functional nucleic acids (aptamers) as biospecific recognition elements and peroxidase or DNAzy
37                These effects require neither biospecific RNA-binding sites nor full-length proteins.
38 porter molecules that are coimmobilized with biospecific species on gold colloids.
39  triggered by Ca2+, polyethylene glycol, and biospecific tethering.