Putative functions and functional efficiency of ordered cuticular nanoarrays on insect wings (2008)
Watson, Gregory Shaun, Myhra, Sverre, Cribb, Bronwen W., Watson, Jolanta Anna
The putative function(s) and functional efficiencies of periodic nano-structures on the surface of cicada wings have been investigated by atomic force microscopy (AFM) used as a tool for imaging,...
Putative functions and functional efficiency of ordered cuticular nanoarrays on insect wings (2008)
Watson, Gregory Shaun, Myhra, Sverre, Cribb, Bronwen W., Watson, Jolanta Anna
The putative function(s) and functional efficiencies of periodic nano-structures on the surface of cicada wings have been investigated by atomic force microscopy (AFM) used as a tool for imaging,...
Morphology, Mechanical Properties and Manipulation of Living Cells: Atomic Force Microscopy (2007)
Watson, Gregory Shaun, Watson, Jolanta Anna, Myhra, Sverre
Yes
Morphology, Mechanical Properties and Manipulation of Living Cells: Atomic Force Microscopy (2007)
Watson, Gregory Shaun, Watson, Jolanta Anna, Myhra, Sverre, Elena P. Ivanova
Yes
Creating Diamond-Like-Carbon (DLC) Templates Using Atomic Force Microscopy (2006)
Watson, Gregory Shaun, Myhra, Sverre, Watson, Jolanta Anna
No
Tunable Natural Nano-Arrays: Controlling Surface Properties and Light Reflectance (2006)
Watson, Jolanta Anna, Myhra, Sverre, Watson, Gregory Shaun
Yes
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun, M Welland
It has been demonstrated that it is possible to create laterally differentiated frictional patterning and three-dimensional structures using the Atomic Force Microscope (AFM) probe on the surface of...
Lithography of diamond-like-carbon (DLC) films for use as masters in soft-lithography (2006)
Watson, Gregory Shaun, Myhra, Sverre, Watson, Jolanta Anna
Yes
Polymeric Surface Alteration via Scanning Probe Microscopy (2006)
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
Yes
'Patterning' frictional differentiation to a polymer surface by atomic force microscopy (2006)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Roch, Nicolas C., Hu, Simon, Watson, Jolanta Anna, ...
Yes
Polymeric Surface Alteration via Scanning Probe Microscopy (2006)
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
Yes
'Patterning' frictional differentiation to a polymer surface by atomic force microscopy (2006)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Roch, Nicolas C., Hu, Simon, Watson, Jolanta Anna
Yes
Tunable Natural Nano-Arrays: Controlling Surface Properties and Light Reflectance (2006)
Watson, Jolanta Anna, Myhra, Sverre, Watson, Gregory Shaun
Yes
Creating Diamond-Like-Carbon (DLC) Templates Using Atomic Force Microscopy (2006)
Watson, Gregory Shaun, Myhra, Sverre, Watson, Jolanta Anna
No
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
It has been demonstrated that it is possible to create laterally differentiated frictional patterning and three-dimensional structures using the Atomic Force Microscope (AFM) probe on the surface of...
Lithography of diamond-like-carbon (DLC) films for use as masters in soft-lithography (2006)
Watson, Gregory Shaun, Myhra, Sverre, Watson, Jolanta Anna
Yes
Polymeric Surface Alteration via Scanning Probe Microscopy (2006)
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
'Patterning' frictional differentiation to a polymer surface by atomic force microscopy (2006)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Roch, Nicolas C., Hu, Simon, Watson, Jolanta Anna
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
It has been demonstrated that it is possible to create laterally differentiated frictional patterning and three-dimensional structures using the Atomic Force Microscope (AFM) probe on the surface of...
Sawant, P., Watson, Gregory S., Nicolau, Dan Jr, Myhra, Sverre, Nicolau, Dan V.
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
Proteing folding and unfolding by force microscopy - a novel 'inverse' methodology (2005)
Watson, Gregory Shaun, Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Chee Yee Kwok; Vijay K. Varadan
It has been shown recently that it is possible to reverse-engineer the folding of complex proteins by an AFM-based force versus distance methodology. In essence, the protein is attached to a...
Watson, Jolanta Anna, Myhra, Sverre, Brown, Chris, Watson, Gregory Shaun
Silicone rubbers have steadily gained importance in industry since their introduction in the 1960's. Poly(dimethylsiloxane) (PDMS) is a relatively soft and optically clear, two-part elastomer with...
D, Sawant P, Watson, Gregory Shaun, Jr, D Nicolau, Myhra, Sverre, Nicolau, D V, H S Nalwa
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
Nm-Scale Diamond-like-Carbon (DLC) Templates for use in Soft Lithography (2005)
Watson, Gregory Shaun, Myhra, Sverre, Brown, Chris, Watson, Jolanta Anna, Dr Frank Bruhn
An emerging set of methods known collectively as soft lithography is now being utilised for a large variety of applications including micromolding, microfluidic networks and microcontact printing. In...
Frictional patterning of a soft elastic polymer surface (2005)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Hu, Simon, Roch, Nicolas C., Watson, Jolanta Anna, ...
In this study we show controlled patterning of a soft elastic polymer surface (polydimethylsiloxane (PDMS)) using Atomic Force Microscopy (AFM). PDMS has a broad range of applications, such as...
Tunable natural nano-arrays: Controlling surface properties and light reflectance (2005)
Watson, Jolanta Anna, Myhra, Sverre, Cribb, Bronwen W., Hope, Gregory Alan, Watson, Gregory Shaun, Dr Frank Bruhn
In this study we report on natural nano-array structures we have found on certain species of cicada wings. We demonstrate that the reflective/transmission properties of these nano-structures can be...
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun, Dr Frank Bruhn
This study investigates controlled micro/nano manipulation of PDMS using scanning probe microscopy (SPM). Lithographic results revealed stick-slip phenomena in both the fast and slow scan directions,...
Proteing folding and unfolding by force microscopy - a novel 'inverse' methodology (2005)
Watson, Gregory Shaun, Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre
It has been shown recently that it is possible to reverse-engineer the folding of complex proteins by an AFM-based force versus distance methodology. In essence, the protein is attached to a...
Watson, Jolanta Anna, Myhra, Sverre, Brown, Chris, Watson, Gregory Shaun
Silicone rubbers have steadily gained importance in industry since their introduction in the 1960's. Poly(dimethylsiloxane) (PDMS) is a relatively soft and optically clear, two-part elastomer with...
D, Sawant P, Watson, Gregory Shaun, Jr, D Nicolau, Myhra, Sverre, Nicolau, D V
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
Nm-Scale Diamond-like-Carbon (DLC) Templates for use in Soft Lithography (2005)
Watson, Gregory Shaun, Myhra, Sverre, Brown, Chris, Watson, Jolanta Anna
An emerging set of methods known collectively as soft lithography is now being utilised for a large variety of applications including micromolding, microfluidic networks and microcontact printing. In...
Frictional patterning of a soft elastic polymer surface (2005)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Hu, Simon, Roch, Nicolas C., Watson, Jolanta Anna
In this study we show controlled patterning of a soft elastic polymer surface (polydimethylsiloxane (PDMS)) using Atomic Force Microscopy (AFM). PDMS has a broad range of applications, such as...
Tunable natural nano-arrays: Controlling surface properties and light reflectance (2005)
Watson, Jolanta Anna, Myhra, Sverre, Cribb, Bronwen W., Hope, Gregory Alan, Watson, Gregory Shaun
In this study we report on natural nano-array structures we have found on certain species of cicada wings. We demonstrate that the reflective/transmission properties of these nano-structures can be...
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
This study investigates controlled micro/nano manipulation of PDMS using scanning probe microscopy (SPM). Lithographic results revealed stick-slip phenomena in both the fast and slow scan directions,...
Proteing folding and unfolding by force microscopy - a novel 'inverse' methodology (2005)
Watson, Gregory Shaun, Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre
It has been shown recently that it is possible to reverse-engineer the folding of complex proteins by an AFM-based force versus distance methodology. In essence, the protein is attached to a...
Watson, Jolanta Anna, Myhra, Sverre, Brown, Chris, Watson, Gregory Shaun
Silicone rubbers have steadily gained importance in industry since their introduction in the 1960's. Poly(dimethylsiloxane) (PDMS) is a relatively soft and optically clear, two-part elastomer with...
D, Sawant P, Watson, Gregory Shaun, Jr, D Nicolau, Myhra, Sverre, Nicolau, D V
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
Nm-Scale Diamond-like-Carbon (DLC) Templates for use in Soft Lithography (2005)
Watson, Gregory Shaun, Myhra, Sverre, Brown, Chris, Watson, Jolanta Anna
An emerging set of methods known collectively as soft lithography is now being utilised for a large variety of applications including micromolding, microfluidic networks and microcontact printing. In...
Frictional patterning of a soft elastic polymer surface (2005)
Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, Hu, Simon, Roch, Nicolas C., Watson, Jolanta Anna
In this study we show controlled patterning of a soft elastic polymer surface (polydimethylsiloxane (PDMS)) using Atomic Force Microscopy (AFM). PDMS has a broad range of applications, such as...
Tunable natural nano-arrays: Controlling surface properties and light reflectance (2005)
Watson, Jolanta Anna, Myhra, Sverre, Cribb, Bronwen W., Hope, Gregory Alan, Watson, Gregory Shaun
In this study we report on natural nano-array structures we have found on certain species of cicada wings. We demonstrate that the reflective/transmission properties of these nano-structures can be...
Watson, Jolanta Anna, Brown, Chris, Myhra, Sverre, Watson, Gregory Shaun
This study investigates controlled micro/nano manipulation of PDMS using scanning probe microscopy (SPM). Lithographic results revealed stick-slip phenomena in both the fast and slow scan directions,...
Sawant, P., Watson, Gregory S., Nicolau, Dan Jr, Myhra, Sverre, Nicolau, Dan V.
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
Sawant, P., Watson, Gregory S., Nicolau, Dan Jr, Myhra, Sverre, Nicolau, Dan V.
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
Sawant, P., Watson, Gregory S., Nicolau, Dan Jr, Myhra, Sverre, Nicolau, Dan V.
The atomic force microscopy has been used to analyze the immobilization of single stranded DNA on poly-L-lysine-coated glass and subsequent hybridization with complimentary DNA with the Z-threshold...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
AFM analysis of the formation of DNA aggregates on polymeric biochips (2005)
Myhra, Sverre, Nicolau, Dan V., Sawant, Prashant, Watson, Gregory S.
The demand for polymer-based DNA microarrays will increase because of their cost-effectiveness, biocompatibility and easy processing. However not all polymers are ideal substrates because of...
Watson, Gregory S., Blach, Jolanta A., Cahill, Colm, Nicolau, Dan V., Pham, Duy K., Wright, Jonathon P., ...
Biomolecules in a confined solution environment may be subject to electrostatic forces with a range up to 100 nm, while van der Waals interaction will account for shorter-range forces. The response...
A mechanistic approach to tip-induced nano-lithography of polymer surfaces (2004)
Blach, Jolanta A., Watson, Gregory S., Brown, Christopher L., Pham, Duy K., Wright, Jonathon P., Nicolau, Dan V., ...
Tip-induced lithography based on local probe methods is a contender for next-generation technologies that require spatially differentiated topographical andyor chemical manipulation of polymer...
Actin nanotracks for hybrid nanodevices based on linear protein molecular motors (2004)
Alekseeva, Yulia V., Alexeeva, Yulia V., Blach, Jolanta A., Cahill, Colm, Ivanova, Elena P., Myhra, Sverre, ...
Hybrid nano-devices based on linear protein molecular motors working on micro/nano-engineered surfaces that operate in a "cargo architecture", i.e. motor functionalized nano-objects running on...
Blach, Jolanta A., Cahill, Colm, Myhra, Sverre, Nicolau, Dan V., Watson, Gregory S.
We report on the fabrication of nanostructures built of actin using the Atomic Force Microscopy and molecularly organised substrata, i.e. HOPG and mica. We obtained both ‘paracrystalline rafts’...
Analysis of Human Fibroblasts by Atomic Force Microscopy (2004)
Bushell, Gillian Robin, Cahill, Colm, Myhra, Sverre, Watson, Gregory Shaun, Pier Carlo Braga And Davide Ricci
Yes
Characterization of Biological Materials on the Nano/Meso-Scale by Force Microscopy (2004)
Watson, Jolanta Anna, Watson, Gregory Shaun, Myhra, Sverre
Yes
Friction measurements using force versus distance friction loops in force microscopy (2004)
Watson, Gregory Shaun, Dinte, Bradley, Watson, Jolanta Anna, Myhra, Sverre, H. Kobayashi
The atomic force microscope (AFM) allows investigation of the properties of surfaces and interfaces at atomic scale resolution. However, several different operational modes (imaging, force versus...
Watson, Jolanta Anna, Watson, Gregory Shaun, Brown, Chris, Myhra, Sverre, H. Kobayashi
Self-assembled monolayers (SAMs) of alkanethiols on gold are ideal model systems for studying the emission processes of secondary ions from thin organic layers on metal substrates under keV ion...
Oxide on Si wafers can be manipulated by a scanning probe microscope (SPM) operated in the electrical conductivity mode (ECM), by several distinctly different mechanisms (i.e. anodic oxidation,...
A mechanistic approach to tip-induced nano-lithography of polymer surfaces (2004)
Watson, Jolanta Anna, Watson, Gregory Shaun, Brown, Chris, Pham, D.K., Wright, J., Nicolau, D. V., ...
Tip-induced lithography based on local probe methods is a contender for next-generation technologies that require spatially differentiated topographical and/or chemical manipulation of polymer...
Watson, Gregory Shaun, Watson, Jolanta Anna, Cahill, Colm, Nicolau, D. V., Pham, D.K., Wright, J., ...
Biomolecules in a confined solution environment may be subject to electrostatic forces with a range up to 100 nm, while van der Waals interaction will account for shorter-range forces. The response...