|
Menu
Subscribe to our
free mailing list to receive occasional emails with
news about our products and event information.
Member of
|
|
Analyze All Kinds of Multiplex Experiments
The new Delta2D supports electrophoresis technologies
that generate multiple images per gel. One of these is DIGE
(Fluorescence 2D Difference Gel Electrophoresis), where
multiple samples are labeled using different fluorescence
stains and then comigrating on a single gel. For DIGE
experiments, Delta2D supports all experimental setups,
including those using an internal standard.
Another application of Delta2D is analyzing images
generated using
Glycoprotein and
Phosphoprotein Gel Stains (Molecular
Probes, Eugene, Oregon).
Related Features and Benefits
|
|
|
Manage collections of gel images.
All relevant data are kept in a pool: images,
labels, spot data etc. You can group gels and
combine groups to projects. Analysis can be done gel
vs. gel or group vs. group. Delta2D's convenient
project table helps you organize it all. |
|
|
|
|
|
|
Compare many samples simultaneously
The Regions View displays the same region
of all samples in the same, freely choosable zoom
factor. All regions are kept in sync when you move
them around. |
|
|
|
|
|
|
Color spots according to their expression
profiles.
The larger an experimental design, the higher the
analytical complexity. Spot color coding
condenses whole experiment expression profiles by
using different colors in just one gel image. This
simplifies extraction of the really interesting
spots. |
|
|
|
|
|
|
Standardized Spot Shapes due to Spot Transfer
Spot boundaries detected on union fusion images
which contain the image information of a whole 2D
gel study can be transferred to every gel of your
experiment by using the Transfer Spots
procedure of Delta2D. This results in uniform spot
shapes over the whole experiment, generates complete
expression profiles and prevents for the classical
problems of multiple matches known from traditional
2D gel analysis packages. |
|
|
|
|
