thechenglab.org valuation and analysis

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Title The Cheng Lab | Baylor College of Medicine| Computational
Description Welcome to the Cheng Home People Publications Software Contact Us Home People Publications Software Contact Us Welcome to the Cheng Lab Computational Biology and Bioinformatic
Keywords N/A
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WebSite thechenglab faviconthechenglab.org
Host IP 107.180.12.177
Location United States
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thechenglab.org Valuation
US$621,955
Last updated: 2023-05-07 12:42:54

thechenglab.org has Semrush global rank of 17,017,801. thechenglab.org has an estimated worth of US$ 621,955, based on its estimated Ads revenue. thechenglab.org receives approximately 71,765 unique visitors each day. Its web server is located in United States, with IP address 107.180.12.177. According to SiteAdvisor, thechenglab.org is safe to visit.

Traffic & Worth Estimates
Purchase/Sale Value US$621,955
Daily Ads Revenue US$575
Monthly Ads Revenue US$17,224
Yearly Ads Revenue US$206,681
Daily Unique Visitors 4,785
Note: All traffic and earnings values are estimates.
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Host Type TTL Data
thechenglab.org. A 7199 IP: 107.180.12.177
thechenglab.org. NS 3600 NS Record: ns26.domaincontrol.com.
thechenglab.org. NS 3600 NS Record: ns25.domaincontrol.com.
thechenglab.org. MX 3600 MX Record: 0 thechenglab-org.mail.protection.outlook.com.
thechenglab.org. TXT 3600 TXT Record: v=spf1 include:spf.protection.outlook.com -all
thechenglab.org. TXT 3600 TXT Record: NETORGFT4521898.onmicrosoft.com
HtmlToTextCheckTime:2023-05-07 12:42:54
Home People Publications Software Contact Us Home People Publications Software Contact Us Welcome to the Cheng Lab Computational Biology and Bioinformatics Baylor College of Medicine Our Publications or Join Our Lab Overview T he interest of our lab is genetics, genomics and human diseases. We focus on developing computational methods to better understand transcriptional regulation underlying biological processes and human diseases. To facilitate method development, we choose three levels of models- cell cycle regulation for pathway level, stem cell for cell level, and breast cancer for disease level. --> W e are interested in understanding the intersection of genetics, genomics and human disease, with a focus on cancer. By leveraging large datasets and utilizing different computational methods we are better able to investigate the biology underlying cancer and other diseases. Research Interests Regulatory Networks Biological processes are precisely regulated by TFs, miRNAs and
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