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So far acowan has created 67 blog entries.

VCell Archived Simulation Results temporarily unavailable

2020-09-16T16:03:40+00:00 September 15th, 2020|Alert, News|

Due to an unexpected failure, VCell model simulation results from 2019 and earlier cannot currently be accessed.  All other VCell  functions are unaffected, so saving new models and running simulations and storing results on our servers will function normally.  We expect the situation to be corrected within a few days, and all simulation results will once again be available from our archival storage.  Our apologies for any inconvenience.

2020 CompCellBio Workshop

2020-08-17T13:34:37+00:00 August 6th, 2020|News|

2020-08-05. The 2020 Computational Cell Biology Workshop was held as an online event Aug 3-5.  Find videos of the key presentations here.  Over 70 individuals participated overall; 16 individuals created models with VCell, COPASI and SpringSaLaD with help from CCAM team members in breakout rooms.  A screen shot of one the opening day presentations serves in place of our traditional group photo this year.

VCell model of PLC/PKC signaling

2020-08-17T13:30:37+00:00 April 7th, 2020|News|

2020-04-07. A new spatial model of the PLC/PKC pahtway created in VCell was used to explore chemotactic sensing in fibroblasts in a new publication by Nosbisch et al from the Haugh lab.   Visit our published models page for links to the paper and the VCell model.

Ding et al., 2020

2020-03-11T14:10:40+00:00 March 11th, 2020|publication, publication-2020|

Two MYB Proteins in a Self-Organizing Activator-Inhibitor System Produce Spotted Pigmentation Patterns.
Ding, B., E.L. Patterson, S.V. Holalu, J. Li, G.A. Johnson, L.E. Stanley, A.B. Greenlee, F. Peng, H.D. Bradshaw, M.L. Blinov, B.K. Blackman, and Y.-W. Yuan
Current Biology. 30:802-814.e8
VCell BioModels referenced in publication:
user: colreeze,   model name: Monkeyflower_pigmentation_v2

VCell model of transport in plants

2020-08-17T13:42:30+00:00 January 30th, 2020|News|

2020-01-30. A VCell model is used in a new paper by Dreyer and Michard to re-examine the concept of high- and low-affinity nutrient uptade systems in plants.   Visit our published models page for links to the paper.