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Title | Audhya Lab - Membrane Trafficking Program at the University of Wisconsin-Madison Department of |
Description | Home Research Personnel Teaching and Training Resources Publications News Gallery Contact Useful Links Donate Regulatory mechanisms that control vesicle b |
Keywords | N/A |
WebSite | audhyalab.org |
Host IP | 192.185.90.3 |
Location | United States |
Site | Rank |
US$1,084,175
Last updated: 2022-11-05 23:11:23
audhyalab.org has Semrush global rank of 9,762,549. audhyalab.org has an estimated worth of US$ 1,084,175, based on its estimated Ads revenue. audhyalab.org receives approximately 125,098 unique visitors each day. Its web server is located in United States, with IP address 192.185.90.3. According to SiteAdvisor, audhyalab.org is safe to visit. |
Purchase/Sale Value | US$1,084,175 |
Daily Ads Revenue | US$1,001 |
Monthly Ads Revenue | US$30,024 |
Yearly Ads Revenue | US$360,280 |
Daily Unique Visitors | 8,340 |
Note: All traffic and earnings values are estimates. |
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audhyalab.org. | A | 7199 | IP: 192.185.90.3 |
audhyalab.org. | NS | 21600 | NS Record: ns1.altoclefproductions.com. |
audhyalab.org. | NS | 21600 | NS Record: ns2.altoclefproductions.com. |
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Home Research Personnel Teaching and Training Resources Publications News Gallery Contact Useful Links Donate Regulatory mechanisms that control vesicle biogenesis Our laboratory is committed to understanding the fundamental mechanisms by which membrane proteins, lipids, and other macromolecules are transported throughout eukaryotic cells. To do so, we take advantage of numerous interdisciplinary approaches, including biochemistry, structural biology, biophysics, genetics, molecular biology and high-resolution fluorescence and electron microscopy. Additionally, we use a variety of experimental systems, ranging from simple animal models (e.g. Caenorhabditis elegans) to human induced pluripotent stem cells (iPSCs). We also aim to recapitulate individual steps of membrane transport in vitro, using recombinant proteins and chemically defined lipids. Our ultimate goal is to identify the regulatory pathways that control membrane deformation, which enable vesicle formation in the endosomal |
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