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Spotlights in Genomics
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December 2012
Volume 2 Issue 12 Spotlights in Genomics / News from BGI / Research Highlight
www.genomics.cn
Pig Genomes Provide Massive Amount of
Genomic Data for Human Health
The availability of a reference genome for a species is
extremely important in the deeper understanding of its
biology and evolution, and today marks the publication of
two studies involving researchers from the BGI on the
whole-genome sequencing, analysis and production of high
quality reference genomes for the pig in the journals
Nature and GigaScience (a BGI and BioMed Central
journal).. More
International Consortium Led By Chinese
Scientists Crack Pear Genome, Providing New
Insight into Breeding Improvement And
Evolutionary Trace Analysis
An international research team led by Nanjing Agricultural
University and BGI, has completed the first genomic
sequence of pear by an approach using the combination of
BAC-by-BAC strategy and next-gen sequencing. The pear
genome not only provides an invaluable new resource for
breeding improvement of this important crop, but also sheds
new light on the genome evolution and other genome-wide
comparative studies. The results were published online in
Genome Research. More
The Preparatory Meeting of Sino European Life
Science Association Successfully Conducted in
Copenhagen
Sino European Life Science Association (SELSA) successfully
held the preparatory meeting in Carlsberg Akademi,
Copenhagen, Denmark. At the conference, the association
announced that its launch was dedicated to strengthen the
scientific cooperation and innovation in life science between
China and European countries. This meeting represents a
kick-start of the establishment of SELSA. A formal inaugural
ceremony will be held in the early of 2013. More
Chinese Scientists Decode Watermelon
Genome, Possible Future Benefits for Crop
improvement
An international team led by Beijing Academy of Agriculture
and Forestry Sciences, BGI, and other institutes has completed
the genomic sequence of watermelon (Citrullus lanatus) and
the resequencing of 20 watermelon accessions. The genomic
data presented in this study will shape future efforts on
watermelon genetics and evolutionary research, and also
provide an invaluable resource for other plants research and
crop genetic improvement. The results were published online
in Nature Genetics. More
Big Genomics Data, Big Scientific Impact: New
Challenges for Further Development of Life
Science
BGI announced its latest advances in the analysis,
management and dissemination of “Big Genomics Data” at
their 3rd bioinformatics software and data release
conference. Released at the conference include new
bioinformatics analysis pipelines and software, including
SOAPhecate v2.5 and SOAPgaea, as well as an updated
version of EasyGenomics, one cloud-based bioinformatics
solution. Additionally, BGI’s big-data journal GigaScience
also provided an update on its integrated GigaDB database
and reported on plans for its data analysis platform based
on the Galaxy workflow system. More
BGI’s 7th International Conference on Genomics
and Bio-IT APAC 2012 Provides Updates on the
Latest Genomics Technologies to Advance Life
Science
The 7th International Conference on Genomics and Bio-IT
APAC 2012, organized by BG successfully concluded with
numerous updates on on-going research applying today's
latest sequencing and bioinformatics technologies to a new
paradigm of human diseases and to enhancing global
agriculture development. The three-day conference, held in
Hong Kong, also brought new insights into Bio-cloud and big
data management. More
BGI-Shenzhen Extends Tender Offer For
Complete Genomics, Inc.
BGI-Shenzhen ("BGI") announced that it, through its
wholly-owned subsidiary Beta Acquisition Corporation, has
extended its all cash tender offer (the "Offer") to purchase
all outstanding shares of common stock of Complete
Genomics, Inc. (GNOM) ("Complete") to 12:00 midnight
(New York City time) on Friday, December 14, 2012. The
Offer was previously scheduled to expire at 12:00 midnight
(New York City time) on Wednesday, November 21, 2012.
More
China (Mainland)
BGI-Shenzhen, Beishan Industrial Zone, Yantian District, Shenzhen, 518083, China
Tel: 400-706-6615 +86-755-2527-3620 Email: tech@genomics.cn www.genomics.cn
Asia Pacific(Hong Kong)
BGI Hong Kong Co. Limited, 16th Dai Fu Street, Tai Po Industrial Estate, Tai Po, Hong Kong
Tel: +852-3610-3510 Email: bgihk.enquiry@genomics.org.cn www.bgisequence.com/hk
North America (Boston)
BGI Americas Corporation, One Broadway, 14th Floor, Cambridge, MA 02142, USA
Tel: +1-617-500-2741 Email: info@bgiamericas.com www.bgiamericas.com www.bgisequence.com/us
Europe (Copenhagen)
BGI Europe, Copenhagen Bio Science Park, Ole Maaløes Vej 3, 2200 Copenhagen, Denmark
Tel: (+45) 70260806 Email: bgieurope@genomics.cn www.bgisequence.com
Japan(Kobe)
BGI Japan, Kobe KIMEC Center BLDG. 8F, 1-5-2 Minatojima-minamimachi, Chuo-ku, KobeCity, Hyogo-pref. 650-0047, JAPAN
Tel: +81-78-599-6108 Email: bgijapan@genomics.cn www.bgisequence.com/jp/
Coming Up Events
Hosted by BGI
ISCB-Asia/SCCG 2012
December 17–December 19th, 2012, Shenzhen, China Learn More
The 6th AYRCOB 2012
December 20-December 21th, 2012, Shenzhen, China Learn More
PAG Asia 2013
March 17-19th, 2013, Singapore Learn More
HGM 2013 and 21st International Congress of Genetics
April 13-18th, 2013, Singapore Learn More
www.genomics.cnSubscribe / Unsubscribe
Watermelon Genome Decoded: Possible Future Benefits for Crop improvement
Image source: http://www.asianscientist.com/zh/content_20120709i/
Microbe
1. Epigenetics Armed German E. coli More
2. The Plastic Genome More
3. Key Pathological Mechanism Found in Plague Bacterium More
4. Genome of the Black Death Reveals Evidence for an Antique Bubonic Plague Pandemic More
5. Deciphering Bacterial Doomsday Decisions More
6. Rare Parasitic Fungi Could Have Anti-Flammatory Benefits More
7. Sources of E. coli are Not Always What They Seem More
Human Health & Medicine
1. Research Shows Iron's Importance in Infection, Suggests New Therapies More
2. Researchers Make Breakthrough in Arthritis Research More
3. Researchers Discover How the Deadly Malaria Parasite Evades the Immune System, Make Progress
Toward Developing a Cure More
4. Largest Coronary Artery Disease Study Shows Evidence of Link between Inflammation and Heart Disease More
5. Genome-Scale Study ID's Hundreds of Drug Targets for Huntington's More
6. Can Worms Alleviate Autism? More
7. Mechanism for the Transformation of Colon Polyps More
8. Possible Road Map for Improving Healthcare More
Pharma & Biotech
1. New Target for Alzheimer's Drug Development More
2. Prostate Cancer Drug Shows Promise in Triple-Negative and Estrogen-Positive Breast Cancer More
3. Lei Xie: Changing Approaches in Drug Development More
4. Common Diabetes Drug May Treat Ovarian Cancer More
5. Architecture Reveals Genome's Secrets More
6. Biobank Yields Results More
7. High on High Content More
8. New Guideline for DNA Sequences Could Prevent Erroneous Data More
Plants & Animals
1. No Sex Required More
2. Camel Genome More
3. Guineafowl May Spread, Not Halt, Fever-Bearing Ticks in Turkey More
4. For Some Feathered Dinosaurs, Bigger Not Always Better More
5. Corn: Many Active Genes -- High Yield More
6. Major Breakthrough in Deciphering Bread Wheat's Genetic Code More
7. Scientists Sniff out the Substances behind the Aroma in the 'King of Fruits' More
8. Upon Further Review, Giant Sequoia Tops a Neighbor More
Watermelon is an important cucurbit crop and one of the most important fruits. It is favored for the sweet, low
calorie, high fiber, and nutrient rich characters. However, cultivated watermelons have a very narrow genetic base,
which presents a major bottleneck to its breeding. Decoding the complete genome of the watermelon and
resequencing watermelons from different subspecies provided a wealth of information and toolkits to accelerate
watermelon breeding toward production of a more nutritious, tastier and more resistant fruit.
★
★
★
★
Comparative genomics analysis provided an evolutionary scenario for the origin of the eleven watermelon
chromosomes, derived from a seven-chromosome paleohexaploid eudicot ancestor.
Resequencing of 20 watermelon accessions representing three different C. lanatus subspecies produced
numerous haplotypes and revealed the extent of genetic diversity and population structure of watermelon
germplasm.
Integrative genomic and transcriptomic analyses yielded important insights into aspects of phloem-based
vascular signalling held in common between watermelon and cucumber, and identified genes critical to valuable
fruit quality traits, including sugar accumulation and citrulline metabolism.
Strong evidence to support the hypothesis that a large portion of disease resistance genes were lost in the
domestication of watermelon.
Highlighted Findings:
Shaogui Guo, Jianguo Zhang, et al. The draft genome of watermelon (Citrullus lanatus) and resequencing of 20
diverse accessions, Nature Genetics, 2012, doi:10.1038/ng.2470