User contributions for Yz473
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8 May 2025
- 21:1921:19, 8 May 2025 diff hist 0 RMM research meetings, May 2025 change Yan's meeting time Tag: Visual edit
28 April 2025
- 19:2819:28, 28 April 2025 diff hist −1 RMM research meetings, May 2025 No edit summary
21 January 2024
30 December 2023
- 02:0102:01, 30 December 2023 diff hist −2 SURF 2024: Making Purer PURE →Project Overview current
- 02:0002:00, 30 December 2023 diff hist −5 SURF 2024: Making Purer PURE No edit summary
- 02:0002:00, 30 December 2023 diff hist +1 SURF 2024: Making Purer PURE →References
- 02:0002:00, 30 December 2023 diff hist +3,326 N SURF 2024: Making Purer PURE Created page with "'''2024 SURF project description''' __NOTOC__ * Mentor: Richard Murray * Co-mentors: Yan Zhang and Zachary Martinez <b>Main Objective:</b> Reduce background contaminant of One-Pot PURE systems === Introduction === The PURE (Protein Synthesis Using Recombinant Enzymes) system uses a defined set of 36 enzymes necessary for transcription, translation, and energy cycling to create a minimal system to support protein expression. This minimal system allows fa..."
- 01:5601:56, 30 December 2023 diff hist +78 SURF 2024 →List of available projects
7 August 2023
- 20:4820:48, 7 August 2023 diff hist −4 Andras Gyorgy, Aug 2023 →Schedule current
3 August 2023
- 15:5815:58, 3 August 2023 diff hist +13 Andras Gyorgy, Aug 2023 →Schedule
24 January 2023
20 December 2022
- 19:4519:45, 20 December 2022 diff hist +48 SURF 2023: Lysate Optimization to Extend Cell-Free Reaction Lifetime No edit summary
- 07:2707:27, 20 December 2022 diff hist +3,935 N SURF 2023: Lysate Optimization to Extend Cell-Free Reaction Lifetime Created page with "Mentor: Richard Murray Co-mentor: Yan Zhang <b> Introduction: </b> Cell-free expression systems harness the transcriptional and translational machinery of living cells to enable in vitro functions that are usually only effective in vivo [1]. Cell-free reactions can be created from purified recombinant elements comprising the minimum set of necessary transcriptional and translational machinery (PURE systems) [2] or via crude cell lysate from cells [3]. Of which, the..."
