Welcome
to VISION-BIOMODBASE, the Visual Interactive
On-line Navigation Biomodeling Data Base, an internet-accessible
biomodeling module to be included under the PIEallaMODE
umbrella, coupled with its analytical functionality,
and hosted on our Lab server. VISION's purpose
is to provide end-users with a visually-pleasing
and interactive means for facilely displaying,
documenting, and updating biomodels, in any and
all forms - cartoon, schematic, mathematical -
with ready-access to all embedded supportive data
and reference material, all in one place.
Modeling
software connectivity has been embedded
throughout the project. Users can directly access
VisSIMTM
and SAAM
II files and perform simulations right
on his/her own computing machine, aiding in real-time
studies of the model. The hallmark of this capability
is that users can alter parameter values and simulate
these customizations in real-time (VisSIMTM
Viewer does not allow saving of alterations to
models). See below for a free download
of VisSIMTM Viewer
(VISION is currently looking into a similar program
for SAAM II).
VisSIMTM simulation
files throughout this site can be simulated directly
on the user's machine via the VisSIMTM
Viewer, a FREE view-only version of the program.
A license is not required. Note that some
browsers may not work with VisSIMTM
Viewer and may require the user to download the
VisSIMTM simulation
file to the user's machine prior to simulation.
Download
the viewer here.
User
navigation is via graphical mappings
from the biosystem diagram (e.g. a cartoon or
schematic of cell-signal interactions or compartmentalizations),
and a menu that explains the linkages of the interactive
interface. It should be quite useful for teaching
as well as research. Users will be able to query
the online biomodel databases, and also store
new ones. Tools for building new biomodel databases
are being provided, currently in HTML, and later
in XML and other web-oriented authoring languages,
including Flash animation. We are in the process
of completing ver.1 of the first biomodel database,
currently being installed for our new PK/PD model
of mAb/FcRn/apoptosis dynamics. Navigation is
possible through three methods as outlined below: