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Server:Microsoft-IIS/7.5...
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The main IP address: 147.188.20.91,Your server United Kingdom,Birmingham ISP:The University of Birmingham TLD:uk CountryCode:GB
The description :they offer different flash websites that has animation and sound. integrative genomics group home group members & research publication software partners & funding vacancies highlights phd oppo...
This report updates in 07-Jul-2018
Geo IP provides you such as latitude, longitude and ISP (Internet Service Provider) etc. informations. Our GeoIP service found where is host bip.bham.ac.uk. Currently, hosted in United Kingdom and its service provider is The University of Birmingham .
Latitude: | 52.481418609619 |
Longitude: | -1.8998299837112 |
Country: | United Kingdom (GB) |
City: | Birmingham |
Region: | England |
ISP: | The University of Birmingham |
HTTP Header information is a part of HTTP protocol that a user's browser sends to called Microsoft-IIS/7.5 containing the details of what the browser wants and will accept back from the web server.
Content-Length: | 12607 |
X-Powered-By: | ASP.NET |
Accept-Ranges: | bytes |
Server: | Microsoft-IIS/7.5 |
Last-Modified: | Mon, 07 Jun 2010 10:35:11 GMT |
ETag: | "47ab81b2d6cb1:0" |
Date: | Sat, 07 Jul 2018 03:56:51 GMT |
Content-Type: | text/html |
cname: | lesweb1.bham.ac.uk. |
ipv4: | IP:147.188.20.91 ASN:786 OWNER:JANET Jisc Services Limited, GB Country:GB |
they offer different flash websites that has animation and sound. integrative genomics group home group members & research publication software partners & funding vacancies highlights phd opportunities available phd positions in the group other opportunities experimental officer in bioinformatics (3 years of funding). contact info medical school ibr room no 403 email: f.falciani@ bham.ac.uk telephone: +44 (0)121 41 45896 how to find us group research interests our group is primarily interested in deciphering the complex biological processes underlying cancer and chronic inflammation. although apparently different, these two pathological processes share many characteristics and in many scenarios coexist in a pathological situation. we predominantly use a systems biology approach which starts from the identification of important molecular components and aims to infer the underlying structure of the molecular networks connecting these components. for this reason we are highly interdisciplinary group which develop and apply a wide range of computational and experimental approaches. the group include people with a theoretical physics, computer science, bioinformatics and biology backgrounds. we also have interest in a number of related research areas which we choose to maximize the benefits of the methods we develop. these are primarily environmental biology where we have pioneered the application of advanced statistical modelling and network inference techniques for the development of mechanistic biomarkers of environmental pollution. we are also actively involved in bacterial pathogenesis where we have developed models representative of stress response associated to host colonization. methodology development in systems biology our group has a strong interest in the development of novel computational methods to address open questions in systems biology. these primarily involve the development of statistical modelling techniques for the identification of important components linked to phenotypic outcome (ref), the development of network inference methods for the identification and simulation of underlying molecular networks from observational data and the identification of functional modules within complex biological networks. in statistical modelling we are developing advanced search procedure for the identification of molecular components potentially involved in determining phenotypic changes. we have successfully applied these methods at a number of biological problems integrating gene expression data, proteomics and metabolomics with physiology measurements. we have previously contributed at the development of network inference methods based on state space models and applied these to a number of biological problems. more recently, we have developed an ode based modelling platform that incorporates existing knowledge in the parameter fitting. complex networks tend to be organized in relatively independent functional units called modules. our group is interested in the development of computational methods that allow the identification of such modules by integrating multi-level functional data within the topology of a large molecular network. contact us
Whois is a protocol that is access to registering information. You can reach when the website was registered, when it will be expire, what is contact details of the site with the following informations. In a nutshell, it includes these informations;
No such domain ac.uk
REFERRER http://www.nominet.org.uk
REGISTRAR Nominet UK
SERVERS
SERVER ac.uk.whois-servers.net
ARGS ac.uk
PORT 43
TYPE domain
REGISTERED no
DOMAIN
NAME ac.uk
NSERVER
NS2.JA.NET 193.63.105.17
NS0.JA.NET 193.63.94.20
AUTH03.NS.UU.NET 198.6.1.83
NS1.SURFNET.NL 192.87.106.101
NS3.JA.NET 193.63.106.103
NS4.JA.NET 193.62.157.66
WS-FRA1.WIN-IP.DFN.DE 193.174.75.178
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