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Journal Publications

2024.

그림15_Passive flow-Review.jpg

23. G.Jin1, D.Kim1, S.Mun1, S.Bang*,

“PASSIVE-FLOW-BASED MPS: EMERGING PHYSIOLOGICAL FLOW-MIMETIC PLATFORMS FOR STUDYING EFFECTS OF FLOW ON SINGLE TISSUES AND INTER-TISSUE INTERACTIONS",

BioChip Journal, 18(2) (2024.06.) [Link]

     impact factor (2023): 5.5

     JCR ranking: 8.8 % (@ Biochemical Research Methods, 2023)

2023.

그림14_Photoreceptor neurospheroid.jpg

22. B.Park1, S.Bang1, K.S.Hwang1, Y.K.Cha1, J.Kwak, N.L.Tran, H.S.Kim, S.Park, S.J.Oh, M.Im, S.Chung, J.Kim, T.H.Park, H.S.Song*, H.N.Kim*, J.H.Kim*,

“EYE-MIMICKED NEURAL NETWORK COMPOSED OF PHOTOSENSITIVE NEURAL SPHEROIDS WITH HUMAN OPSIN PROTEINS",

Advanced Materials, 35(35) (2023.09.) [Link]

     impact factor (2022): 29.4

     JCR ranking: 2.2 % (@ Materials Science, Multidisciplinary, 2022)

21. .G.Nocera, A.Vaquie, N.Hertzog, K.Steil, S.L.C.Duque, J.M.Miedema, C.Bagin, M.Tevosian, B.Lutz, A.Sharifi-Aghili, K.Hegner, D.Vollmer, S.Bang, S.R.Lee, N.L.Jeon, S.M.Keyse, S.R.Lopez, C.Jacob*,

“REPAIR OLIGODENDROCYTES DEMYELINATING AND DISINTEGRATING DAMAGED AXONS AFTER INJURY”,

BioRxiv, (preprint) (2023.05.) [Link]

그림13_Neural network with microchannels.jpg

20. S.Jeong1, H.W.Kang1, S.H.Kim1, G.S.Hong, M.H.Nam, J.Seong, E.S.Yoon, I.J.Cho, S.Chung*, S.Bang*, H.N.Kim*, N.Choi*,

“INTEGRATION OF RECONFIGURABLE MICROCHANNELS INTO ALIGNED THREE-DIMENSIONAL NEURAL NETWORKS FOR SPATIALLY CONTROLLABLE NEUROMODULATION”,

Science Advances, 9(10) (2023.03.) [Link]

     impact factor (2022): 13.6

     JCR ranking: 8.9 % (@ Multidisciplinary Sciences, 2022)

19. S.Han, S.Bang, H.N.Kim, N.Choi, S.H.Kim*,

“MODULATING AND MONITORING THE FUNCTIONALITY OF CORTICOSTRIATAL CIRCUITS USING AN ELECTROSTIMULABLE MICROFLUIDIC DEVICE”,

Molecular Brain, 16 (2023.01.) [Link]

그림12_Brain organoid chip-Perspective.jpg

18. J.Song, S.Bang*, H.N.Kim*, N.Choi*,

“BRAIN ORGANOID-ON-A-CHIP: A NEXT-GENERATION HUMAN BRAIN AVATAR FOR RECAPITULATING HUMAN BRAIN PHYSIOLOGY AND PATHOLOGY”,

Biomicrofluidics, 16(6) (2022.12.) [Link]

     impact factor (2021): 3.258

     JCR ranking: 33.824 % (@ Physics, Fluids & Plasma, 2021)

17. B.H.Lee, S.Bang, S.R.Lee, N.L.Jeon, H.Y.Park*,

“DYNAMICS OF AXONAL β-ACTIN mRNA IN LIVE HIPPOCAMPAL NEURONS”,

Traffic, 23(10) (2022.10.) [Link]

~ 2022.08.

그림10_3D axon injury.jpg

16. S.Bang1, S.Lee1, K.S.Hwang, J.Kim, N.Choi*, H.N.Kim*,

“THREE-DIMENSIONAL AXOTOMY AND REGENERATION ON OPEN-ACCESS MICROFLUIDIC PLATFORM”,

IEEE Transactions on NanoBioscience, 21(3) (2022.07.) [Link]

     impact factor (2021): 3.206

     JCR ranking: 55.063 % (@ Biochemical Research Methods, 2021)

그림11_Brain physiome-Review.jpg

15. Y.Seo1, S.Bang1, J.Son, S.B.Paik, Y.Jeong, P.Kim, D.Kim, J.Yang, J.H.Eom, N.Choi*, H.N.Kim*,

“BRAIN PHYSIOME: A BRIDGE FOR TRANSLATING IN VITRO 3D BRAIN MODELS TO IN SILICO MODELS”,

Bioactive Materials, 13 (2022.07.) [Link]

     impact factor (2021): 16.874

     JCR ranking: 1.11 % (@ Materials Science, Biomaterials, 2021)

그림09_Scale up MPS.jpg

14. S.Bang1, D.Tahk1, Y.H.Choi1, S.Lee, J.Lim, S.R.Lee, B.S.Kim, H.N.Kim*, N.S.Hwang*, N.L.Jeon*,

“3D MPS-INSPIRED SCALE-UP VASCULARIZED TISSUE CONSTRUCT FOR REGENERATIVE MEDICINE”,

Advanced Functional Materials, 32(1) (2022.01.) [Link]

     impact factor (2021): 19.924

     JCR ranking: 4.658 % (@ Physics, Applied, 2021)

     (featured as Front Cover [Link])

그림08_Engineered neural circuits-Review.jpg

13. S.Bang1, K.S.Hwang1, S.Jeong, I.J.Cho, N.Choi*, J.Kim*, H.N.Kim*,

“ENGINEERED NEURAL CIRCUITS FOR MODELING BRAIN PHYSIOLOGY AND NEUROPATHOLOGY”,

Acta Biomaterialia, 132 (2021.09.) [Link]

     impact factor (2020): 8.947

     JCR ranking: 10.674 % (@ Engineering, Biomedical, 2020)

그림07_Neurodegenerative diseases-Review.jpg

12. S.Bang1, S.Lee1, N.Choi*, H.N.Kim*,

“EMERGING BRAIN-PATHOLOGY-MIMETIC PLATFORMS FOR STUDYING NEURODEGENERATIVE DISEASES: BRAIN ORGANOID AND BRAIN-ON-A-CHIP”,

Advanced Healthcare Materials, 10(12) (2021.06.) [Link]

     impact factor (2020): 9.933

     JCR ranking: 8.427 % (@ Engineering, Biomedical, 2020)

그림06_UV curable polymer.jpg

11. D.Tahk1*, S.Bang1, S.Hyung, J.Lim, J.Yu, J.Kim, N.L.Jeon*, H.N.Kim*,

“SELF-DETACHABLE UV-CURABLE POLYMERS FOR OPEN-ACCESS MICROFLUIDIC PLATFORMS”,

Lab on a Chip, 20(22) (2020.11.) [Link]

     impact factor (2019): 6.799

     JCR ranking: 3.906 % (@ Instruments & Instrumentation, 2019)

10. S.Hyung*, S.R.Lee, Y.J.Kim, S.Bang, D.Tahk, J.C.Park, J.K.F.Suh, N.L.Jeon*,

“OPTOGENETIC NEURONAL STIMULATION PROMOTES AXON OUTGROWTH AND MYELINATION OF MOTOR NEURONS IN A THREE-DIMENSIONAL MOTOR NEURON-SCHWANN CELL COCULTURE MODEL ON A MICROFLUIDIC BIOCHIP”,

Biotechnology and Bioengineering, 116(10) (2019.10.) [Link]

그림05_Brain on a chip Persepctive.jpg

9. S.Bang1, S.Jeong1, N.Choi*, H.N.Kim*,

“BRAIN-ON-A-CHIP: A HISTORY OF DEVELOPMENT AND FUTURE PERSPECTIVE”,

Biomicrofluidics, 13(5) (2019.09.) [Link]

     impact factor (2018): 2.531

     JCR ranking: 32.812 % (@ Physics, Fluids & Plasma, 2018)

그림04_Injection-molded plastic device.jpg

8. S.R.Lee1, S.Hyung1, S.Bang1, Y.Lee, J.Ko, S.Lee, H.J.Kim, N.L.Jeon*,

“MODELING NEURAL CIRCUIT, BLOOD–BRAIN BARRIER, AND MYELINATION ON A MICROFLUIDIC 96 WELL PLATE”,

Biofabrication, 11(3) (2019.09.) [Link]

     impact factor (2018): 7.236

     JCR ranking: 4.687 % (@ Material Science, Biomaterials, 2018)

7. A.Vaquie, A.Sauvain, M.Duman, G.Nocera, B.Egger, F.Meyenhofer, L.Falquet, L.Bartesaghi, R.Chrast, C.M.Lamy, S.Bang, S.R.Lee, N.L.Jeon, S.Ruff, C.Jacob*,

“INJURED AXONS INSTRUCT SCHWANN CELLS TO BUILD CONSTRICTING ACTIN SPHERES TO ACCELERATE AXONAL DISINTEGRATION”,

Cell Reports, 27(11) (2019.06.) [Link]

그림03_Autapse on MEA.jpg

6. S.Bang1, B.J.Lee1, S.R.Lee1, S.Na, J.M.Jang, M.Kang, W.K.Ho, N.L.Jeon*,

“RELIABLE AUTAPSE FORMATION USING SINGLE-CELL PATTERNING METHOD”,

Biofabrication, 11(1) (2019.01.) [Link]

     impact factor (2018): 7.236

     JCR ranking: 4.687 % (@ Material Science, Biomaterials, 2018)

그림02_3D neurovascular unit.jpg

5. S.Bang, S.R.Lee, J.Ko, K.Son, D.Tahk, J.Ahn, C.Im, N.L.Jeon*,

“A LOW PERMEABILITY MICROFLUIDIC BLOOD-BRAIN BARRIER PLATFORM WITH DIRECT CONTACT BETWEEN PERFUSABLE VASCULAR NETWORK AND ASTROCYTES”,

Scientific Reports, 7 (2017.08.) [Link]

     impact factor (2016): 4.259

     JCR ranking: 14.844 % (@ Multidisciplinary Sciences, 2016)

4. D.Tahk, S.M.Paik, J.Lim, S.Bang, S.Oh, H.Ryu, N.L.Jeon*,

“RAPID LARGE AREA FABRICATION OF MULTISCALE THROUGH-HOLE MEMBRANES”,

Lab on a Chip, 17(10) (2017.05.) [Link]

 

3. M.S.Kim1, B.Lee1, H.N.Kim, S.Bang, H.S.Yang, S.M.Kang, K.Y.Suh, S.H.Park, N.L.Jeon*,

“3D TISSUE FORMATION BY STACKING DETACHABLE CELL SHEETS FORMED ON NANOFIBER MESH”,

Biofabrication, 9(1) (2017.03.) [Link]

 

2. S.Na1, M.Kang1, S.Bang, D.Park, J.Kim, S.J.Sim, S.Chang, N.L.Jeon*,

“MICROFLUIDIC NEURAL AXON DIODE”,

Technology, 4(4) (2016.12.) [Link]

그림01_3D aligned neural circuit.jpg

1. S.Bang1, S.Na1, J.M.Jang, J.Kim, N.L.Jeon*,

“ENGINEERING-ALIGNED 3D NEURAL CIRCUIT IN MICROFLUIDIC DEVICE”,

Advanced Healthcare Materials, 5(1) (2016.01.) [Link]

     impact factor (2015): 5.760

     JCR ranking: 4.605 % (@ Engineering, Biomedical, 2015)

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