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Website Analysis

img Nrcam.uchc.edu

Last Analyzed : 02.08.2020
Nrcam.uchc.edu recives any estimated n/a unique visitors and n/a unique page views per day. Revenue gained from these much visits may be n/a per day from various advertising sources. The estimated worth of site is n/a.
  • Website Age n/a
  • Alexa Rank no-data
  • Country imgUnited States
  • IP Address 155.37.254.142
META INFORMATION icon
Title
VCell- Modeling & Analysis Software – Virtual Cell Modeling & Analysis Software
Description
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1 viewport width=device-width, initial-scale=1
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Type Status
HTML 5 img
Responsive Website img
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Text / Code Ratio 12.30 %
nrcam.uchc.edu has a website text/code ratio of 12.30 %. Search engine crawlers tend to not pick up pages with inadequate content.
IMPORTANT HTML TAGS AND COUNTS icon
Titles icon
  • H13
  • H221
  • H36
  • H49
  • H51
  • H60
H1
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1 Vcell modeling & analysis software
2 Vcell
3 What our users say!
H2
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1 21st annual workshop
2 Vcell
3 Springsalad
4 Who are we?
5 Where are we?
6 News
7 Vcell partners
8 Copasi
9 Biopax
10 Sundials
SEE MORE
H3
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1 Ccam comp****tional cell biology workshop
2 Featuring vcell, copası and springsalad software
3 August 3-5, 2020
4 Vcell acknowledges our collaborative partners that enhance vcell capabilities
5 Collaborations currently in development
6 Software a***ociates
H4
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1 Please acknowledge the vcell resource in all publications. vcell is supported by nıh grant number r24 gm134211 from the national ınst**ute for general medical sciences. and please reference the appropriate citations.
2 Vcell model of plc/pkc signaling
3 New vcell model of pattern formation system
4 Vcell model of transport in plants
5 Vcell 7.2 released
6 20th annual vcell short course
7 Fınd out more
8 Sıte help
9 Publis***ng policies
H5
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1 Symmetry and scale orient min protein patterns in shaped bacterial sculptures. vcell spatial model of oscillating min proteins in bacteria sculpted into defined shapes based on experimental observations demonstrated that oscillation patterns directly capture the symmetry and scale of the cell boundary. wu, f., b.g. van schie, j.e. keymer, and c. dekker. nat nanotechnol 2015. 10:719-726. pmıd 26098227. pancreatic beta cell g-protein coupled receptors and second messenger interactions: a systems biology comp****tional analysis. vcell analysis coupling glucose metabolism, membrane potential, g-protein coupled receptors and cytosolic second messengers including calcium, camp and plc. the work demonstrates that studies of mutliple agonists and interacting pathways can help to predict pharmacological targets for modulating insulin secretion in beta cells. fridlyand, l.e., and l.h. philipson. plos one 2016. 11:e0152869. pmıd 27138453. synaptic activity regulates the abundance and binding of complexin. the flux of specific protein const**uents into and out of synaptic boutons in a living organism, caenorhabditis elegans, explored using a combination of fluorescence photoactivation imaging experiments coupled with vcell spatial modeling. wragg, r.t., g. gouzer, j. bai, g. arianna, t.a. ryan, and j.s. dittman. biophys j 2015. 108:1318-1329. pmıd 25809246. from start to fınısh: comp****tional analysis of cell cycle control in budding yeast. a new comprehensive mathematical model of cell cycle progression in yeast is reproduced in vcell. the model accounts for phenotypes of 257 mutant yeast strains and predicted 30 phenotypes of novel allele combinations. kraikivski, p., k.c. chen, t. laomettachit, t.m. murali, and j.j. tyson. npj systems biology and applications 2015. 1:15016. http://dx.doi.org/10.1038/npjsba.2015.16. dynamics of phosphoinositide-dependent signaling in sympathetic neurons. kruse, m., o. vivas, a. traynor-kaplan, and b. hille. a vcell model representing a quant**ative description of phosphoinositide metabolism in neurons. measurements coupled with modeling reveal that pıp2 synthesis is several fold faster in sympathetic neurons as compared to an electrically nonexcitable cell line. kruse, m., o. vivas, a. traynor-kaplan, and b. hille. j neurosci 2016. 36:1386-1400. pmıd 26818524. hysteresis-like binding of coagulation factors x/xa to procoagulant activated platelets and phospholipids results from multistep a***ociation and membrane-dependent multimerization. vcell models provide insight into how multi-step binding and dissociation “lock” coagulation factors on the membrane in the face of signficant flow. podoplelova, n.a., a.n. sveshnikova, j.h. kurasawa, a.g. sarafanov, h. chambost, s.a. vasil'ev, ı.a. demina, f.ı. ataullakhanov, m.c. alessi, and m.a. panteleev. 2016. biochim biophys acta 1858:1216-1227. pmıd 26874201.
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1 One-stop simulation shopping
2 Explicit network or graphically expressed rules
3 Free
4 Biology-based interface
5 Our remote servers
6 Geometries from 2D or 3D microscope images
7 Access
8 R24 GM134211
9 Grant Number R24 GM134211
WEBSITE SERVER INFORMATION icon
  • Service Provider (ISP)
  • Connecticut Education Network
  • Hosted IP Address
  • 155.37.254.142
  • Hosted Country
  • imgUnited States
  • Host Region
  • Connecticut , Farmington
  • Latitude and Longitude
  • 41.736 : -72.795
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