Download

Welcome to the Q-Sense Download Center. Below you will find all QCM-D material that you can download in one place. You are always welcome to contact us if you cannot find the answers you seek on our website.


Application overviews
QCM-D studies of Nanoparticles
Polymer studies by QCM-D
QCM-D for Drug Discovery
Studies of bacteria using QCM-D
Biomaterial research

Technology notes
Quartz Crystal Microbalance with Dissipation (QCM-D)
Electrochemistry QCM-D technology note
Ellipsometry QCM-D technology note
Lipid bilayer formation using the Q-Sense Open module 

QCM-D Instrument Brochures
Q-Sense Omega Auto
Q-Sense E4
Q-Sense E1

Q-Sense Modules
All Q-Sense Modules including the Q-Sense Electrochemistry, Ellipsometry, Flow, Humidity, Open, PTFE Flow, Window Modules and the Q-Sense High Temperature Chamber and the Q-Sense Vacuum Holder

Q-Sense Sensors
Q-Sense Sensors 
Q-Sense Cellulose Sensor
Q-Sense Biotin Sensor
Q-Sense His-tag Capturing Sensor

Application notes

32 Using the QCM-D technology to characterize membrane water permeability for print  for web
31 Improving dye-sensitized solar cells with the QCM-D technology for print for web
30 QCM-D in drug formulation and storage for print for web
29 Improved understanding of lipid membranes through combined QCM-D and EIS measurements for print for web
28 QCM-D to study dissolution mechanisms in photoresist polymers for print for web
27 Analyzing fuel cell corrosion by electrochemical QCM-D for print for web
26 Enzymatic hydrolysis of cellulose for print for web
25 Asphaltenes and crude oil adsorption for print for web
24 QCM-D for nanotoxicology assessments for print for web
23 Polyelectrolyte multilayer and crosslinking for print for web
22 QCM-D as screening tool for protein adsorption on container systems for print for web
21 Ab-Ag interaction studies on Q-Sense biotin sensor for print for web
20 Ellipsometry and QCM-D on the same surface for print for web
19 Analyzing cleaning processes using QCM-D for print for web
18 Analyzing humidity effects using QCM-D for print for web
17 Enzymatic activity measured on functionalized surfaces for print for web
16 Protein viscosity analysis using QCM-D for print for web
15 Molecular conformational effects on protein-DNA interactions for print for web
14 Protein fibrillation studied with QCM-D for print for web
13 QCM-D and microscopy monitoring of cell adhesion for print for web
12 Hemocompatibility of Hydroxyapatite for print for web
11 Swelling kinetics of a cellulose model film for print for web
10 Studying nucleation kinetics of bioceramics for print for web
9 Low molecular weight surfactant adsorption to a gold surface for print for web
8 Functionalised lipid bilayer for specific protein interaction studies for print for web
7 Study of viscoelastic model and the Sauerbrey relation for print for web
6 Lipid bilayer formation; a comparison between QCM-D, SPR and AFM for print for web
5 Early detection of biofilm formation on steel surfaces for print for web
4 Specificity of DNA hybridisation on a functionalised lipid bilayer for print for web
3 Analyzing surface induced complement activation for print for web
2 Structural change of adsorbed protein layer for print for web
1 Enzymatic degradation of lipid films caused by lipase for print for web

Animations

Here you can watch animations as flash files or download files in mp4 format by clicking on the icons to the right.

Watch the Q-Sense QCM-D full animation including introduction, measurement principle and output data possible to obtain with QCM-D. The animation also highlights common application areas and shows the set-up and how the instrument is operated. Download the animation.

Q-Sense QCM-D animation, short version; including introduction, measurement principle and output data possible to obtain with QCM-D. The animation also shows three application areas and shows the set-up and how the instrument is operated.

Watch individual measurement examples
Adsorption of two different proteins to the surface. The animation shows how QCM-D measures changes in mass and structure (rigidity of the different layers) of the layers as they adsorb to the surface.
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Cell adhesion to two different surfaces measured with QCM-D and with microscopy. The animation show that microscopy alone cannot detect the difference in surface attachment that is detected with QCM-D.
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Cross-linking
of a molecular layer induced by an environmental factor (e.g. pH or salt change in the fluid flushed over the sensor). The animation shows how the thickness and structure of the layer is measured when the molecules cross-link and collapse on the sensor.
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Degradation
of a lipid film/stain by for example a detergent, enzyme, or single surfactant. The animation shows how QCM-D can be used to measure desorption rates, swelling, and degradation of films on the sensor.
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Molecular surface interactions
This example shows how QCM-D is used as a biosensor to measure specificity of binding on a functionalized sensor surface such as a biotinylated surface.
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Multilayer build-up
the thickness and structural changes of each layer are measured as the polyelectrolyte multilayer is growing.
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Swelling
measuring rigidity, thickness, and water content of a polymer film as it swells due to changes in the surrounding medium.
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User downloads
Please click here to log in and download user information such as instrument manuals, cleaning protocols and software updates.