ABOUT THE THREE BLOOMS OF NARCISSUS ba nu. thuy? tie^n...


In her private world -- the world of a self-taught artist, the three blooms of narcissus reminded her of three Vietnamese school girls before 1975, sweet and innocent. All in pastel colors, like that touch of nostalgia...Trong thế giới riêng tư của cô — thế giới tự học, có ba đóa tiểu thủy tiên (narcissus). Đây là loài hoa tôi rất ưa thích vì cái mộc mạc dịu dàng và nhỏ bé của nó. Ba bông thủy tiên này...Những bông hoa thanh tao bé nhỏ này làm cô nhớ đến hình ảnh ba nữ sinh Việt Nam quấn quýt bên nhau trước 1975. Màu trắng tinh khiết ẩn chút xanh xanh mơ màng hắt lên từ lá, nhụy hoa màu vàng anh tươi mà nhã, xen giữa những cọng lá dài và xanh — có cọng vươn thẳng đầy nhựa sống, có cọng ẻo lả nghich ngợm. Tất cả là màu sắc mềm của phấn tiên...

Monday, October 29, 2012

DAVID A. WHEELER, Ph.D., GENETICS SCIENCES

CONTRIBUTORS' BIOGRAPHIES (Tiểu sử tác giả)

DAVID A. WHEELER, Ph.D., GENETICS

Dr. David A. Wheeler is an associate professor in Baylor College of Medicine's Human Genome Sequencing Center (HGSC).  He  joined the HBSC in 2001, where he guided the finishing of the D. melanogaster chromosome 3 and X genome sequence in 2002, followed by the human genome sequence, chromosomes 3, and 12, in 2003.

Currently, Dr. Wheeler is director of cancer genomics and assistant director of the HGSC. He leads the development of methods for discovery of genome variation in human and animal populations using DNA sequencing technologies with the goal of relating polymorphism to human disease.

Wheeler received his bachelor of science degrees in biochemistry and zoology from the University of Maryland and a master of science in biochemistry from the George Washington University. He earned his Ph.D. in genetics from the George Washington University, and conducted postdoctoral research in behavioral genetics at Brandeis University.


He successfully transferred the courtship song rhythm of D. simulans to D. melanogaster by creating transgenic melanogaster carrying the simulans gene. Through this effort, he became interested in the new field of bioinformatics. He joined the laboratory of Charles Lawrence in 1991 at Baylor College of Medicine, in order to develop computational tools for moloecular biology. He also directed the Molecular Biology Computation Resource at Baylor College of Medicine for 10 years before joining the HGSC.

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