Asbestos & Mesothelioma Personal Injury Products Liability Mesothelioma
Jurisdiction:
California (2000) 9th Circuit U.S. District Court, Eastern Districts of California U.S. District Court, Central Districts of California U.S. District Court, Northern Districts of California
Law School:
University of San Francisco School of Law - University of San Francisco
Education:
University of San Francisco School of Law - University of San Francisco, JD University of California - Santa Cruz, BA
Levin Simes LLP 353 Sacramento St Ste 2000, San Francisco, CA 94111 4154263133 (Office) Hersh & Hersh, A Professional Corporation 601 Van Ness Avenue Suite 2080, San Francisco, CA 94102 8775754529 (Office), 4159811270 (Fax)
Licenses:
California - Active 2000
Education:
University of San Francisco School of Law Degree - JD Graduated - 2000 University of California, Santa Cruz Graduated - 1995
Specialties:
Defective / Dangerous Products - 50% Personal Injury - 50%
Levin Simes Llp
Partner
Levin Simes Kaiser Gornick Llp Aug 2008 - Jan 2012
Attorney
Hersh & Hersh Sep 1998 - Aug 2008
Attorney
Education:
University of San Francisco 1998 - 2000
Doctor of Jurisprudence, Doctorates, Law
University of California, Santa Cruz 1991 - 1995
Skills:
Product Liability Personal Injury Civil Litigation Litigation Wrongful Death Trials Trial Practice Torts Legal Research Personal Injury Litigation Class Actions Mediation Public Liability Commercial Litigation Courts Toxic Tort Depositions Medical Malpractice Arbitration Legal Writing Appeals
Apr 2011 to Present Human Resource ManagerHuman Resource Coordinator Aug 2008 to Apr 2011RHODES ASSOCIATES New York, NY Mar 2008 to Jun 2008 Research Associate, Global Banking and MarketsFORTUNE PERSONNEL CONSULTANTS New York, NY Jun 2007 to Jan 2008 Executive RecruiterINTERIM HEALTHCARE Allentown, PA Jun 2006 to Jun 2007 Human Resource CoordinatorMACK TRUCKS, INC Allentown, PA Dec 2006 to Feb 2007 Human Resources InternBOSCOV'S DEPARTMENT STORE Allentown, PA May 2006 to Jul 2006 Human Resources Assistant/Interview CenterNEIMAN MARCUS King of Prussia, PA Jul 2004 to Jul 2005 Sales Associate
Dr. Abrams graduated from the University of California, San Francisco School of Medicine in 1996. She works in Santa Cruz, CA and specializes in Family Medicine and Holistic Medicine.
Us Patents
System, Methods And Computer Program Products For Offering Products Based On Extrapolation Of Inputs
Rachel Abrams - New York NY, US Robert Albert - New York NY, US Damon Tassone - New York NY, US Tracey Weber - New York NY, US David Yong - New York NY, US
International Classification:
G06F017/60
US Classification:
705006000
Abstract:
A computer system for extrapolating from relatively small amounts of information provided by a consumer to generate a wide range of travel options that are still associated with the information provided by the consumer. For example, the system includes processes for generating or finding travel packages with exactly matching travel dates and destinations supplied by the consumer. In addition, the system includes processes for varying the dates of travel by several days, or proximate weekends, and the destination of travel with nearby or regional destinations, so as to generate or find additional travel options. Further, the system can be configured to extract a theme of the consumer requested information and to use this theme to construct or find travel packages with similar or matching themes.
System And Method For Coordinating Travel Itineraries
Ladislav Lettovsky - Avon CO, US Saurabh Mehta - Irving TX, US Kyle Morris - Grand Prairie TX, US Richard Ratliff - Flowermound TX, US Rachel Abrams - New York NY, US Robert Albert - New York NY, US Sahil Gambhir - Tuckahoe NY, US Andy Kyle - Medford MA, US Richard Webby - West New York NJ, US Kurt Winkelman - Croton on Hudson NY, US David Yong - New York NY, US Gary Potter - Denton TX, US
International Classification:
G01C 21/34
US Classification:
705006000
Abstract:
A method for coordinating outbound and inbound itineraries for a plurality of travelers is provided. Such a method comprises receiving a destination location, a plurality of origin locations, and travel information, wherein each origin location is associated with at least one traveler. A set of suggested outbound and inbound itineraries between each origin location and the destination location is then determined, based upon the travel information, from a travel database comprising at least outbound and inbound itineraries between the origin locations and the destination location, wherein each suggested outbound and inbound itinerary comprises an arrival time and a departure time with respect to the destination location, and the set of suggested outbound and inbound itineraries collectively provides an optimal time together of the travelers at the destination location. Associated systems and methods are also provided.