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The so-called ‘proof-of-principle’ approach, whereby ultra-high NP concentrations are used to ensure cytotoxicity, is evaluated on the basis of two considerations; firstly, from a scientific perspective, the concentrations used are in no way related to the actual doses required which, in many instances, discourages further vital investigations.
Secondly, these inaccurate results cast doubt on the science of nanomedicine and thus, quite dangerously, encourage unnecessary alarm in the public.
Evaluated/solved chip fabrication chemical process issues. University of California, Lawrence Livermore National Laboratory Research Chemist Hazards Control Department | 1982 – 1984 Since 1995, Mr. His technical expertise primarily focuses on computer hardware-, software-, and electrical engineering-related technologies. Cleveland’s practice focuses on intellectual property litigation. The Scripps Research Institute Research Associate | 2001 – 2002 Studies focused on the interaction of adenovirus with cellular factors involved in the host innate immune response in order to better design an adenoviral gene therapy vector.
Carraway has focused his practice exclusively on intellectual property litigation, representing such clients as Microsoft, SAP, e Bay, Linked In, and NBC in patent litigation in federal courts nationwide. Carraway has particular experience litigating patents involving computer software, computer hardware, video game technology, and e-commerce. She has extensive experience handling disputes for clients, from obtaining favorable results in early motion practice, to efficient management of cases through discovery, claim construction, summary judgment and trial. Cleveland has experience in several federal district courts, around the country, and has argued at the Federal Circuit. Cleveland has also served as the firm’s managing partner. office of Arnold & Porter where she worked on a variety of litigations including intellectual property, products liability, and civil and criminal antitrust. Connolly also performs prior art searches and assists in the preparation of patentability opinions. Connolly’s expertise includes many areas of biotechnology, including virology, immunology, vaccines, oncology, monoclonal antibodies, molecular biology, genetics, biochemistry, gene therapy, RNA interference, and antisense technology. Senior Patent Agent | 2003 – 2007 Responsibilities included managing patent portfolios in the field of antisense technology and preparing and prosecuting U. Vanderbilt University Medical Center Graduate Student and Postdoctoral Research Fellow | 1996 – 2001 Research focused on elucidating the mechanisms by which double-stranded RNA viruses induce cell death and identifying viral and cellular components that result in viral pathogenesis in host organisms. Cruzen’s practice focuses on intellectual property litigation, including actions for patent infringement, trademark infringement, copyright infringement, and trade secret misappropriation. Cruzen practiced appellate and intellectual property litigation at Howard Rice Nemerovski Canady Falk & Rabkin in San Francisco from 1999-20-2007 before joining Klarquist.
Her research interests cover areas of nanotoxicology and the utilization of nanoparticles for regenerative purposes as well as their clinical applications.
Bible’s practice focuses on the preparation and prosecution of both U. Maybridge PLC Scientist | 2001 – 2003 Team Leader | 1999 – 2001 Senior Chemist | 1995 – 1999 Chemist | 1992 – 1995 Designed and synthesized screening libraries, and synthetic intermediates, and managed custom synthesis projects. Caldwell practices all aspects of intellectual property law focusing on patent procurement, IP licensing and preparation of patent infringement/validity opinions.
His practice also involves counseling clients on patent infringement and validity issues. Bible’s practice emphasizes electrical-, computer-, and physics-related fields. Portland State University Research/Teaching Assistant | 2003 – 2008 Dissertation title: Design and synthesis of antimalarial drugs based on a chloroquine scaffold.
Their small size means that the animals are usually observed with either dissecting microscopes, which generally allow up to 100X magnification, or compound microscopes, which allow up to 1000X magnification.
The dissecting microscope is used to observe worms on Petri dishes (Figure 1, A and B) as they move, eat, develop, mate, and lay eggs (for movies showing these features, see