蒲圻佳信亚服务有限公司
Kirchhausen Lab Manager个旧宝顺信贸易有限公司
西安多飞金有限公司
Hemsley and Lunadel Matthews retire after a combined 61 years of service - Nov 19, 2019佳木斯满和盈服务有限公司
Hemsley and Lunadel Matthews retire after a combined 61 years of service
After a combined 61 years of service, Hemsley and Lunadel Matthews are retiring from our department. This power couple has worked tirelessley over the last 30 years to ensure that albs are fully stocked to function on a daily basis. They have worked in our department longer than most of us can remember, and they will be sorely missed. We thank them for their service and wish them the best on their next chapter! Learn about their future plans ...Read more >>
Dr. John Flanagan receives Donald O'Hara Faculty Prize - Nov 06, 2019绍兴富旺万贸易有限公司
Dr. John Flanagan receives Donald O'Hara Faculty Prize
Warmest congratulations to Dr. John Flanagan for receiving a 2019 Donald O’Hara PhD Faculty Prize for Excellence in Teaching! Learn more about this prestigious recognition here. ...Read more >>
西昌浩利久科技有限公司
Protein structure from experimental evolution - Dec 17, 2019泰州祥全瑞服务有限公司
Protein structure from experimental evolution
The Sander lab has demonstrated that artificial evolution can provide sufficient information to correctly compute protein 3D structure. Proteins, which are made up of a sequence of amino acids, are fundamental units of biological function and evolution. The key to protein function lies in how these amino acids interact with one another to produce intricate protein 3D structure. In a recent paper published in the
Farese/Walther Lab sheds light on a "drop's props" - Nov 18, 2019余姚同满佳贸易有限公司
Farese/Walther Lab sheds light on a "drop's props"
Lipid droplets (LDs) store lipids for making cellular membranes and for metabolic energy, but it’s unclear exactly how they’re made. A team led by Robert Farese, Tobias Walther, and Jeeyun Chung (HMS/HSPH) discovered that a complex of lipid droplet assembly factor 1 in interaction with seipin, an endoplasmic reticulum (ER) protein, is the core protein machinery that drives the formation of LDs and determines where
...Read more >>Haigis Lab determines activated T cells need alanine - Sep 27, 2019泉州久满多贸易有限公司
Haigis Lab determines activated T cells need alanine
In order to properly respond to invading pathogens, T cells transition from a state of quiescence to a state of activation. This transition is metabolically challenging and to support their growth and functional demands, T cells rely on environmental nutrients. In their recent study published in Cell Reports, the Haigis