American Planning Association Atlanta, GA Apr 2013 to Apr 2014 volunteerAmerican Planning Association Washington, DC Jan 2014 to Jan 2014 volunteerAmerican Planning Association Chicago, IL Apr 2013 to Apr 2013 volunteerDana Point Festival of Whales Dana Point, CA 2012 to 2012 Social Media InternHMC Newport Beach, CA 2011 to 2011 Marketing Assistant Intern
Education:
University of California, Irvine California 2012 to 2014 M.S. and M.A, Dual degree in Civil Engineering and Urban and Regional Planninguniversity of california, Irvine Irvine, CA 2011 to 2011 Accelerated Certificate Program in International Tourism and Hotel ManagementUniversity of California, Irvine Irvine, CA 2010 to 2010 Accelerated Certificate Program in marketingOcean University of China Qingdao, CN 2009 B.A. in International Economics and Trade
Skills:
Foreign Languages: Verbal, reading, and speaking fluency in Chinese (Mandarin)
Aldamisa Entertainment Encino, CA Feb 2014 to May 2014 Development InternShanghai New Culture Media Group
Sep 2011 to Dec 2012 Secretary of CEOShanghai Zendai Museum of Modern Art
Feb 2008 to Jun 2008 Part-time Curator Assistant InternShanghai Media Group
Sep 2006 to Jun 2007 Part-time Director Assistant, Stage Manager Assistant Intern
Education:
New York Film Academy Los Angeles, CA Dec 2013 MA in FilmShanghai Theatre Academy Jun 2012 MA in Film History and TheoryNew York University 2011 Film ProductionShanghai Conservatory of Music Jun 2009 BA in Arts AdministrationBeijing Film Academy Chinese
Li F. Chen - West Lafayette IN Cheng S. Gong - West Lafayette IN George T. Tsao - West Lafayette IN
Assignee:
Purdue Research Foundation - West Lafayette IN
International Classification:
C12P 706 C12P 102 C12N 1102 C12N 1112
US Classification:
435161
Abstract:
Spherical shaped mycelial pellets having a support core and which are suitable for biocatalytic conversion of organic compounds are produced by dissolving a cellulose derivative in a solvent to form a solution, mixing spores of a mycelial microorganism with the solution, precipitating the cellulose derivative to form porous beads containing the spores, and incubating the beads in a culture medium. Alternatively, the pellets may be produced by dissolving agar in water, mixing the agar solution with spores of a mycelial microorganism, precipitating the agar to form beads containing the spores and incubating the beads in a culture medium.
Li F. Chen - West Lafayette IN Cheng S. Gong - West Lafayette IN George T. Tsao - West Lafayette IN
Assignee:
Purdue Research Foundation - West Lafayette IN
International Classification:
C12P 706 C12P 102 C12N 1110 C12M 140
US Classification:
435161
Abstract:
Spherical shaped mycelial pellets suitable for use in the biocatalytic conversion of organic compounds are prepared having a rigid spherical core surrounded by a porous webbed layer of structural integrity of a mycelial microorganism. The webbed layer is preferably separated from the core by a substantial void space and is attached to the core by a portion of the mycelium of the microorganism. The core may be composed of a cellulose derivative or agar. The pellets are prepared by forming a solution of a cellulose derivative or agar, mixing spores of a mycelial microorganism with the solution, precipitating the celluose derivative or agar to form beads containing the spores and incubating the beads in a culture medium.