11 research outputs found
Bridges to China 中文之桥: CD-ROM Version
Presents a comprehensive, interactive course in Modern Standard Chinese language and culture for intermediate level learners. The core instructional material is on the Course CD-Rom. There is also an audio CD comprising a set of independent listening exercises and passages for comprehension related to the instructional material of the Bridges to China course. The video CD-ROM comprises a set of independent, short exercises in articulation and conversation related to the instructional material of the Bridges to China course
The addition of chemotherapy to adjuvant therapy in patients with intermediate risk HNSCC may cause harm.
Number of nodal metastases associated with overall survival in HPV-negative head and neck cancer.
Multiple sulphur and iron isotope composition of detrital pyrite in Archaean sedimentary rocks: A new tool for provenance analysis
Nothing's Easy in the Big Easy: Reforming and Governing New Orleans after Hurricane Katrina
The Palade Symposium: Celebrating Cell Biology at Its Best
A symposium was held at the University of California, San Diego, to honor the contributions of Nobel Laureate, George Palade, to cell biology. The speakers included Günter Blobel, on the structure and function of nuclear pore complexes; Peter Walter, on the unfolded protein response in health and disease; Randy Schekman, on human disease-linked mutations in the COPII machinery; Scott Emr, on the regulation of plasma membrane composition by selective endocytosis; Roger Kornberg, on the structure and function of the transcription machinery; Peter Novick, on the regulation of rab GTPases along the secretory pathway; Jim Spudich, on the mechanism of the enigmatic myosin VI motor; and Joe Goldstein, on the function of the Niemann-Pick C (NPC)-linked gene products, NPC1 and NPC2, in cholesterol transport. Their work showcased the multidisciplinary nature, diversity, and vitality of cell biology. In the words of George Palade, their talks also illustrated “how cell biology could be used to understand disease and how disease could be used to discover normal cell biology.” An integrated understanding of the cellular machinery will be essential in tackling the plethora of questions and challenges posed by completion of the human genome and for understanding the molecular mechanisms underlying human disease