A supramolecular assembly of phospholipid-polymerized diacetylene vesicles functionalized with glycolipid can provide a molecular recognition function. The Escherichia coli-glycolipid binding event leads to a visible color change from blue to red, readily seen with the naked eye and quantified by absorption spectroscopy. The biosensor signal is amplified through a suitable increase of phospholipid content in the mixed lipid vesicles and pH of aqueous solutions. (c) 2004 Elsevier Inc. All rights reserved.Chemistry, PhysicalSCI(E)EI33ARTICLE1114-11928
Background: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
BACKGROUND: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
Abstract -Polyacetylene vesicle has attracted attentions due to its unique chromatic properties, suc...
A multi-functional liposome has been developed that demonstrates reversible changes in color and flu...
Supramolecular assemblies of liposomes (vesicles) made of diacetylenic lipids and synthetic mannosid...
A synthetic membrane is an organized supramolecular membrane that encompasses molecular recognition ...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
The inadequate treatments given to the served waste water which are disposal to the rivers and sea c...
AbstractBackground: Sensitive and selective molecular recognition is important throughout biology. C...
The inadequate treatments given to the served waste water which are disposal to the rivers and sea c...
<div><h3>Background</h3><p>An aptamer based biosensor (aptasensor) was developed and evaluated for r...
We developed a new self-signaling sensory system built on phospholipid liposomes having H-aggregated...
Background: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
BACKGROUND: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
Abstract -Polyacetylene vesicle has attracted attentions due to its unique chromatic properties, suc...
A multi-functional liposome has been developed that demonstrates reversible changes in color and flu...
Supramolecular assemblies of liposomes (vesicles) made of diacetylenic lipids and synthetic mannosid...
A synthetic membrane is an organized supramolecular membrane that encompasses molecular recognition ...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
Mixed polydiacetylene (PDA) liposomes functionalized on their surface with a fluorescent pentalysine...
The inadequate treatments given to the served waste water which are disposal to the rivers and sea c...
AbstractBackground: Sensitive and selective molecular recognition is important throughout biology. C...
The inadequate treatments given to the served waste water which are disposal to the rivers and sea c...
<div><h3>Background</h3><p>An aptamer based biosensor (aptasensor) was developed and evaluated for r...
We developed a new self-signaling sensory system built on phospholipid liposomes having H-aggregated...
Background: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
BACKGROUND: An aptamer based biosensor (aptasensor) was developed and evaluated for rapid colorimetr...
Abstract -Polyacetylene vesicle has attracted attentions due to its unique chromatic properties, suc...