guselab.de valuation and analysis

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Title Guse Lab | Molecular Basis of Coral
Description Molecular Basis of Coral
Keywords Annika Guse, Aiptasia, COS
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WebSite guselab faviconguselab.de
Host IP 5.175.14.111
Location Germany
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guselab.de Valuation
US$502,260
Last updated: 2022-10-30 15:37:50

guselab.de has Semrush global rank of 21,073,387. guselab.de has an estimated worth of US$ 502,260, based on its estimated Ads revenue. guselab.de receives approximately 57,953 unique visitors each day. Its web server is located in Germany, with IP address 5.175.14.111. According to SiteAdvisor, guselab.de is safe to visit.

Traffic & Worth Estimates
Purchase/Sale Value US$502,260
Daily Ads Revenue US$464
Monthly Ads Revenue US$13,909
Yearly Ads Revenue US$166,905
Daily Unique Visitors 3,864
Note: All traffic and earnings values are estimates.
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Host Type TTL Data
guselab.de. A 598 IP: 5.175.14.111
guselab.de. AAAA 598 IPV6: 2a01:488:42:1000:50ed:826f:ffd2:88e
guselab.de. NS 3600 NS Record: ns65.domaincontrol.com.
guselab.de. NS 3600 NS Record: ns66.domaincontrol.com.
guselab.de. MX 600 MX Record: 50 mx0.guselab.de.
guselab.de. TXT 600 TXT Record: google-site-verification=0h7KHV3_6QTLZwayoT1a82DcCVuHK24_L9yFUpccigI
HtmlToTextCheckTime:2022-10-30 15:37:50
Guse Lab Molecular Basis of Coral Symbiosis Home Research Aiptasia Molecular toolbox Fieldwork Team Team Join us Publications Links News Guse_Lab Symbiotic associations enable organisms to adopt new ecological roles. Using the anemone model Aiptasia, we dissect the mechanisms, ecology and evolution underlying coral-algal endosymbiosis to learn how molecular interactions between distinct species lead to stable and complex ecosystems, which have co-evolved over millions of years. Symbiotic associations occur in all domains of life and are key drivers of adaption and evolutionary diversification. A prime example is the endosymbiosis between corals and eukaryotic, photosynthetic dinoflagellates which transfer critical nutrients to their coral host. Here, two very distinct cells, an animal host and a dinoflagellate symbiont cell, coordinate their functions to drive the productivity and biodiversity of a whole ecosystem. This highlights the need for cell biology of endosymbiosis. This is
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