Researchers at UCLA have discovered a small molecule that is highly effective in inhibiting attachment, invasion and motility of apicomplexan parasites. This molecule functions by blocking lipid fusion events, indicating that this small molecule...
Topics: Latest Additions, latest inventions, parasites, small molecule, therapeutic, ucla

{"title":"Novel Small Molecule Antiparasitic Effective Against Apicomplexan Parasites","post_url":"http:\/\/uclatech2.terapad.com\/index.cfm?fa=contentNews.newsDetails&newsID=113512&from=list","feed_url":"http:\/\/feeds.feedburner.com\/UclaTECHS2","author":"Nidever","date":"2009-08-10 15:12:00","summary":"Researchers at UCLA have discovered a small molecule that is highly effective in inhibiting attachment, invasion and motility of apicomplexan parasites. This molecule functions by blocking lipid fusion events, indicating that this small molecule..."}

UCLA scientists have developed a system of nanogels that may greatly improve protein delivery efficiency and long-term effect in protein therapy. Experiments have demonstrated that nanogels are safe, efficient in protein delivery, stable and active...
Topics: Drug delivery, healthcare, Latest Additions, latest inventions, Long-term bioactivity, Nanogel, nanotechnology, Protein delivery, Protein therapy, Therapeutic, ucla

{"title":"Protein Nanogels for Long-term Protein Delivery into Cells","post_url":"http:\/\/uclatech2.terapad.com\/index.cfm?fa=contentNews.newsDetails&newsID=88816&from=list","feed_url":"http:\/\/feeds.feedburner.com\/UclaTECHS2","author":"Nidever","date":"2009-02-25 13:47:00","summary":"UCLA scientists have developed a system of nanogels that may greatly improve protein delivery efficiency and long-term effect in protein therapy. Experiments have demonstrated that nanogels are safe, efficient in protein delivery, stable and active..."}

UCLA investigators have derived six human supporting cell lines that can be used in differentiation strategies to generate gametes from pluripotent stem cells. Pluripotent stem cells refer to any cell type that is capable of self-renewal and...
Topics: cell line, healthcare, Latest Additions, latest inventions, patent, stem cell, therapeutics, ucla

{"title":"Supporting Cell Lines that Improve Gamete Production from Human Pluripotent Cells","post_url":"http:\/\/uclatech2.terapad.com\/index.cfm?fa=contentNews.newsDetails&newsID=83370&from=list","feed_url":"http:\/\/feeds.feedburner.com\/UclaTECHS2","author":"Nidever","date":"2009-01-28 16:27:00","summary":"UCLA investigators have derived six human supporting cell lines that can be used in differentiation strategies to generate gametes from pluripotent stem cells. Pluripotent stem cells refer to any cell type that is capable of self-renewal and..."}

UCLA scientists have developed a novel method for healthcare providers to accurately and easily visualize and track in real-time a needle in relation to surrounding tissue for improved accuracy, efficacy, and safety of needle-based medical procedures. ...
Topics: device, healthcare, Latest Additions, latest inventions, patent, saftey, ucla

{"title":"Novel Method for Enhanced Needle Localization During Image-guided Interventions","post_url":"http:\/\/uclatech2.terapad.com\/index.cfm?fa=contentNews.newsDetails&newsID=79134&from=list","feed_url":"http:\/\/feeds.feedburner.com\/UclaTECHS2","author":"Nidever","date":"2008-12-15 16:23:00","summary":"UCLA scientists have developed a novel method for healthcare providers to accurately and easily visualize and track in real-time a needle in relation to surrounding tissue for improved accuracy, efficacy, and safety of needle-based medical procedures. ..."}

UCLA investigators have identified an effective and accurate algorithm for calculating the volume and surface of irregularly shaped 3D structures from points selected on an image. This method can be used to calculate geometric information for a wide...
Topics: algorithm, imaging, Latest Additions, medical, patent, software, ucla

{"title":"Volumetric Analysis of Multi-demensional Images","post_url":"http:\/\/uclatech2.terapad.com\/index.cfm?fa=contentNews.newsDetails&newsID=75075&from=list","feed_url":"http:\/\/feeds.feedburner.com\/UclaTECHS2","author":"Nidever","date":"2008-11-25 14:21:00","summary":"UCLA investigators have identified an effective and accurate algorithm for calculating the volume and surface of irregularly shaped 3D structures from points selected on an image. This method can be used to calculate geometric information for a wide..."}