Uncategorized – BSMB https://bsmb.ucladev.pendari.com Sat, 23 May 2026 18:42:43 +0000 en-US hourly 1 https://wordpress.org/?v=7.0.2 https://bsmb.ucladev.pendari.com/wp-content/uploads/2026/05/apple-icon-144x144-1-80x80.png Uncategorized – BSMB https://bsmb.ucladev.pendari.com 32 32 Department Expands High-Containment Research Program for Emerging Infectious Diseases https://bsmb.ucladev.pendari.com/department-expands-high-containment-research-program-for-emerging-infectious-diseases/ Sat, 23 May 2026 18:42:43 +0000 https://bsmb.ucladev.pendari.com/?p=828 The Department of Biochemistry has expanded its research initiatives focused on emerging infectious diseases through new laboratory capabilities designed to support work involving high-containment biological environments. Researchers are investigating how infectious agents interact with cells at the molecular level and how biological systems respond during early stages of exposure.

Studies conducted within specialized containment facilities allow researchers to safely examine mechanisms related to viral entry, cellular signaling, and biochemical adaptation under controlled conditions. Work in these environments requires strict laboratory protocols and specialized protective equipment designed to support safe scientific investigation.

The expanded program will strengthen interdisciplinary collaboration across molecular biology, biochemistry, and computational analysis while creating new opportunities for graduate and postdoctoral researchers to participate in advanced laboratory training and translational research.

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Department Researchers Receive Grant to Advance Cellular Metabolism Studies https://bsmb.ucladev.pendari.com/department-researchers-receive-grant-to-advance-cellular-metabolism-studies/ Sat, 23 May 2026 18:41:27 +0000 https://bsmb.ucladev.pendari.com/?p=822 The Department of Biochemistry has received new research funding to support a multidisciplinary project focused on understanding how cells regulate energy production under changing environmental conditions. The initiative brings together faculty and student researchers across molecular biology, protein science, and computational analysis.

The project aims to generate new insights into metabolic adaptation and expand opportunities for student involvement in laboratory research. Undergraduate and graduate students will participate through research placements, data analysis, and collaborative publication efforts.

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