Rashti and Mitchell is a law firm specializing in the areas of commercial and residential real estate, shopping center law, general business law and franchising. Rashti and Mitchell primarily practices in the state and federal courts of Dallas and Houston, as well as bankruptcy courts nationwide. The firm also specializes in litigation concerning commercial properties (including evictions and rent collection), limited liability company law, minority business law, buying and selling of businesses, partnership law, commercial collections, and landlord and tenant issues.
Members Of Firm:
Donna Kaye Rashti, admitted to the bar, 1986, Texas; 1990, U.S. District Court, Northern District of Texas; 1996, U.S. Court of Appeals, Fifth Circuit. Education: University of Denver (B.B.A., Marketing, 1982); University of Houston Law Center (J.D., 1985). Member, International Council of Shopping Centers, 1989-2007. Licensed Real Estate Broker, Texas, 2002-2007. Member: State Bar of Texas. Reported Cases: Leasehold Expense Recovery v. Mothers Work, 331 F.3d 452 (5th Cir. 2003). Practice Areas: Shopping Center Law; Commercial Real Estate; Commercial Real Estate Litigation; Residential Real Estate; Business Litigation; Business Law; Contracts; Breach of Contract.
Timothy T. Mitchell, admitted to bar, 1985, Texas; 1988, U.S. District Court, Northern District of Texas; 1993, U.S. Court of Appeals, Fifth Circuit; 1994, U.S. Supreme Court. Education: Mississippi State University (B.B.A., Banking and Finance, 1982); University of Houston Law Center (J.D., 1984). Phi Delta Phi Honorary Fraternity. Member, International Council of Shopping Centers, 1988-2007. Licensed Real Estate Salesman, Texas, 1995-2007. Member: State Bar of Texas. (Board Certified Commercial Real Estate Law, Texas Board of Legal Specialization). Reported Cases: Leasehold Expense Recovery v. Mothers Work, 331 F.3d 452 (5th Cir. 2003). Practice Areas: Shopping Center Law; Commercial Real Estate; Commercial Real Estate Litigation; Residential Real Estate; Business Litigation.