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Ca2+ sparks regular smooth muscle contractility by activating nearby clusters of big-conductance Ca2+-activated K+ (BK) channels and Ca2+ -activated CI-CI(Ca)) channels. (Zhuge lab)
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Reproducible AID-dependent double-strand break located at mouse Chr 2q, syntenic to human Chr 20p, which is amplified in 23% of Primary Mediastinal B-Cell and 6% of Germinal Center B Cell-Like Lymphomas. (Stavnezer lab)
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Site of new cell wall synthesis in myobacteria (green) are detected microscopically in mutant cells in which this process is dysregulated. (Sassetti lab)
News
- Top story: UMass Medical School researchers explain why cannabis may relieve intestinal inflammation
- UMMS researchers receive funding from Gilbert Family Foundation to develop NF1 therapeutic
- In celebration of Hanukkah
- Ronald Vale to deliver 19th Fred Fay lecture on Nov. 16
- Inaugural Williams Scholars announced at UMMS
- UMass Medical School researchers explain why cannabis may relieve intestinal inflammation
- Telegram & Gazette reports on diet for debilitating intestinal disorders
- The Lamar Soutter Library’s Artist in Residence Series invites you to view “Critters of Southern Africa”
- Michael Green and Allan Jacobson elected to American Academy of Arts and Sciences
- Erica Ollmann Saphire to deliver 18th Fred Fay Lecture on Jan. 30
