BK4 'Stress-Responding Biomolecules Center (SRBC)' Meeting 

* 11th BK4-SRBC Meeting (2022. 9. 29) R-404

- 송영진 (분자미생물학`생물막연구실, 박사과정) Inverse Relationship between the Degree of IscR Expression and the Cellular Levels of Ferrous Ions: Implication in the Pathogenic Interactions within Host Environments

-  총효진 (세포분화연구실, 석사과정) Extract of Angelica tenuissima, Polygala tenuifolia, and Dimocarpus longan improves skin wound healing in streptozotocin-induced diabetic mouse

* 12th BK4-SRBC Meeting (2022. 11. 24) R-404 

- 강건욱 (단백질생화학연구실, 박사과정) Discovery of regulatory function of photoreceptor for various transducers

- 이우호 (분자면역학연구실, 박사과정)  IRS1 suppresses Foxp3 expression and stability in Treg cells

* 13th BK4-SRBC Meeting (2023. 2. 23) R-404 

- 김희진 (식물유전자조절연구실, 박사과정) The mutation of tri-snRNP associated protein DOT2 functions as a sta1-1 suppressor by restoring protein-protein interaction in Arabidopsis

- 한솔 (식물분자생리생화학연구실, 석사과정) Role of KCS17 in the synthesis of VLCFAs in Arabidopsis

* 14th BK4-SRBC Meeting (2023. 4. 20) K-302

 - 서연하 (분자미생물학`생물막연구실, 석사과정) Identification of the Methyl-Accepting Chemotaxis Protein Sensing the Blood Serum by a Septicemia-Causing Pathogen

- 최윤식 (분자세포종양학연구실, 석사과정) Identification and characterization of deubiquitinases for the oncogenic transcription factor ETS2

* 15th BK4-SRBC Meeting (2023. 7. 20)  R-404 

- 김지현 (단백질생화학연구실, 박사과정) A natural light-driven cobalt pumping rhodopsin

- 조예진 (세포분화연구실, 석사과정) 3C3 interacts with cyclophilin A/B and alleviates atopic dermatitis-like phenotypes via suppression of calcineurin activation

* 16th BK4-SRBC Meeting (2023. 9. 21)  R-404 

- 이지현 (분자면역학연구실, 박사과정)  FAK regulates  the differentiation of Th17 cells

- 김재연 (식물유전자조절연구실, 석박통합과정) Genetic factors involved in the size recovery from the sagl1-1 mutants to wild-type levels

* 17th BK4-SRBC Meeting (2023. 11. 16)  R-404 

- Quang Ha Dang (식물분자생리생화학 연구실, 석박통합과정)  Regulation of cuticular wax biosynthesis in Arabidopsis via CER1 or FAR3-mediated post-transcriptional gene silencing  

- 이유리 (분자세포종양학연구실, 연구원) OTUD7B activates Wnt signaling pathway through the interaction with LEF1