34. Trichromatic photography-computed spectrometry, Y.L. Kim, S.
Kwon, S.M. Park, and J.W. Leem, US63557566, 02/25/24.
33. Method for developing
tissue-specific color chart, Y.L. Km, S.M. Park, Y. Ji, S. Kwon, and
J.W. Leem, US663524318, 06/30/23.
32. Method for color
correction based on ground truth color chart, Y.L. Km, S.M. Park, Y.
Ji, S. Kwon, and J.W. Leem, US 63524352, 06/30/23.
31. Hyperspectral learning
for instantaneous spatiospectral imaging of
hemodynamics, Y.L. Km, Y. Ji, S.M. Park, S. Kwon, and J.W. Leem,
US63444522, 02/09/23.
30. Cyber-physical
watermarking with inkjet bioprinting, J.W. Leem, H.J. Jeon, Y. Ji, S.M.
Park, and Y.L. Kim, PCT/US22/53918, 12/23/22.
29. Method for recognizing
fluorescent silk matrix barcodes and device using the method, J.W.
Leem, H.J. Jeon, Y. Ji, S.M. Park, and Y.L. Kim, PCT/KR2023/004629,
05/04/2023.
28. Method for fabricating
matrix barcodes using fluorescent silk and matrix barcodes generated by the
method, J.W. Leem, H.J. Jeon, Y. Ji, S.M. Park, and Y.L. Kim,
PCT/KR2023/004628, 05/04/2023.
27. Light activated
photoreaction via genetic hybridization of far-red fluorescent protein and
silk I, J.W. Leem, S.H. Choi, and Y.L. Kim, US 11925117, issued 03/25/22.
26. Light activated
photoreaction via genetic hybridization of far-red fluorescent protein and
silk II, J.W. Leem, S.H. Choi, and Y.L. Kim, US 11925118, issued 03/25/22.
25. Cyber-physical
watermarking with inkjet bioprinting, H.J. Jeon, J.W. Leem, Y. Ji, S.M.
Park, and Y.L. Kim, US 63301426, 01/20/22.
24. Pearl-inspired hyperspectral
filter arrays, Y. Kwak and Y.L. Kim, US17518386, 11/03/21.
23. Antiviral and
antibacterial disinfection aero-solution using edible food dyes, H.J.
Jeon, J.W. Leem, Y. Ji, and Y.L. Kim, US17314908, 05/07/21.
22. Hyperspectral image
construction of biological tissue for blood hemoglobin analysis using a
smartphone, S.M. Park, M.M. Haque, and M.A. Visbal and Y.L. Kim,
US17779497, 05/24/22.
21. Virtual hyperspectral
imaging of biological tissue for blood hemoglobin analysis, S.M. Park,
M.M. Haque, M.A. Visbal, and Y.L. Kim, US17779492, 05/24/22.
20. Hyperspectral image
construction of biological tissue for blood hemoglobin analysis using a
smartphone, S.M. Park, M.M. Haque, M.A. Visbal, and Y.L. Kim,
PCT/US20/62027, 11/24/20.
19. Virtual hyperspectral
imaging of biological tissue for blood hemoglobin analysis, S.M. Park,
M.M. Haque, M.A. Visbal, and Y.L. Kim, PCT/US20/62016, 11/24/20.
18. Image processing and
authentication of edible unclonable functions, J.W. Leem and Y.L. Kim,
China 202204140P, 05/25/22.
17. Image processing and
authentication of edible unclonable functions, J.W. Leem and Y.L. Kim,
Europe 20877502.3, 04/13/22.
16. Image processing and
authentication of edible unclonable functions, J.W. Leem and Y.L. Kim,
US 17768293, 04/12/22.
15. Edible unclonable
functions, J.W. Leem and Y.L. Kim, China 202204139P, 05/25/22.
14. Edible unclonable
functions, J.W. Leem and Y.L. Kim, Europe 20875975.3, 04/13/22.
13. Edible unclonable
functions, J.W. Leem and Y.L. Kim, US 17768289, 04/12/22.
12. Fluorescent protein
activated silk used in photoelectric conversion, Y.L. Kim, J.W. Leem, and
S.H. Choi, US 11758810, issued, 01/18/18.
11. “Methods for identifying
refractive-index fluctuations of a target”, Canada Patent No: CA
2,660,563, issued data: 01/10/2017, inventors: V. Backman, Y. Liu, Y.L.
Kim, H.L. Roy, M. Goldberg, R. Brand, P. Pradhan, and H. Subramanian.
10. “Method of using the
detection of early increase in microvascular blood content to distinguish
between adenomatous and hyperplastic polyps”, US Patent No: 9,314,164,
issued date: 04/19/2016, inventors: Y.L. Kim, V. Backman, H.L. Roy, M.
Siegel, and V. Turzhitsky.
9. “Apparatuses of
low-coherence enhanced backscattering spectroscopy”, Canada Patent No:
CA 2,651,799, issued date: 07/11/2016, inventors: V. Backman, H. L. Roy,
Y.L. Kim, Y. Liu, V. Turzhitsky, and J.D. Rogers.
8. “Method and apparatus for
recognizing abnormal tissue using the detection of early increase in
microvascular blood content”, China Patent No: CN ZL200780026888.4,
issued date: 08/27/2014, inventors: V. Backman, Y. Liu, V. Turzhitsky, Y.
Kim, M. Siegel, and R.K. Wali.
7. “Method and apparatus for
recognizing abnormal tissue using the detection of early increase in
microvascular blood content”, Australian Patent No: 2007254086, issued
date: 07/04/2014, inventors: V. Backman, Y. Kim, Y. Liu, M. Siegel, V.
Turzhitsky, R. Wali, and H. Roy.
6. “Method for identifying
refractive-index fluctuations of a target”, Australian Patent No:
2007281932, issued data: 02/26/2014, inventors: Y. Liu, Y. Kim, M.
Goldberg, P. Pradhan, V. Backman, H. Roy, H. Subramanian, and R. Brand.
5. “Systems, Methods, and apparatuses
of low-coherence enhanced backscattering spectroscopy”, Australian
Patent No: 2007249858, issued date: 03/11/2014, inventors: Y. Liu, J.
Rogers, V. Backman, Y. Kim, V. Turzhitsky, and H. Roy.
4. “Method for identifying
refractive index fluctuations of a target”, European Patent No:
2054706, issued date: 06/27/2012, inventors: V. Backman, Y.L. Kim, Y. Liu,
P. Pradhan, H. Subramanian, H.L. Roy, M. Goldberg, and R. Brand.
3. “System for identifying
refractive-index fluctuations of a target”, U.S. Patent No: 7667832,
issue date: 02/23/2010, inventors: V. Backman, Y. Liu, and Y.L. Kim.
2. “Systems, methods, and
apparatuses of low-coherence enhanced backscattering spectroscopy”,
U.S. Patent No: 7652772, issue date: 01/26/2010, inventors: V. Backman, H.
Roy, Y.L. Kim, Y. Liu, V. Turzhitsky, and J. Rogers.
1. “Methods for identifying
refractive-index fluctuations of a target”, U.S. Patent No: 7800746,
issue date: 09/21/2010, inventors: V. Backman, Y. Liu, Y.L. Kim, P.
Pradhan, H. Subramanian, H. Roy, M. Goldberg, and R. Brand.