Strain-promoted azide–alkyne cycloaddition reactions are combined with a dopamine functional species to generate a highly efficient method for surface modification. The resulting conjugate containing 4-dibenzocyclooctynol (DIBO) and dopamine results in a versatile surface labeling technology that can replicate patterns generated from photolithography and microcontact printing techniques
In this article we present a fast and efficient methodology for biochemical surface patterning under...
This Article describes the generation of a patterned surface that can be postpolymerization modified...
The preparation of well-defined molecular monolayers and their patterning on the microscale and nano...
Clicks without Cu: There is a growing demand for reproducible site-specific functionalization of sur...
Clicks without Cu: There is a growing demand for reproducible site-specific functionalization of sur...
Copper-free “click” chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
© 2015 Elsevier Ltd. All rights reserved. Convenient and general method for live cell surface labeli...
© 2015 Elsevier Ltd. All rights reserved. Convenient and general method for live cell surface labeli...
Dopamine surface chemistry has been of great interest because of its universal coating property and ...
In this article we present a fast and efficient methodology for biochemical surface patterning under...
In this article we present a fast and efficient methodology for biochemical surface patterning under...
This Article describes the generation of a patterned surface that can be postpolymerization modified...
The preparation of well-defined molecular monolayers and their patterning on the microscale and nano...
Clicks without Cu: There is a growing demand for reproducible site-specific functionalization of sur...
Clicks without Cu: There is a growing demand for reproducible site-specific functionalization of sur...
Copper-free “click” chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
Copper-free "click" chemistry on appropriately modified surfaces and photolithography were explored ...
© 2015 Elsevier Ltd. All rights reserved. Convenient and general method for live cell surface labeli...
© 2015 Elsevier Ltd. All rights reserved. Convenient and general method for live cell surface labeli...
Dopamine surface chemistry has been of great interest because of its universal coating property and ...
In this article we present a fast and efficient methodology for biochemical surface patterning under...
In this article we present a fast and efficient methodology for biochemical surface patterning under...
This Article describes the generation of a patterned surface that can be postpolymerization modified...
The preparation of well-defined molecular monolayers and their patterning on the microscale and nano...