Difference between revisions of "Hyeongkyu Kim"
(Created page with "'''Research interst''' of Hyeongkyu Kim (MS-Ph.D. candidate in Professor Tae-eun Park laboratory)<br/> <br/> ''''Choroid plexus on chip''''<br/> Choroid plexus is a extre...") |
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| − | '''Research interst''' of Hyeongkyu Kim (MS-Ph.D. candidate in Professor Tae-eun Park laboratory)<br/> <br/> ''''Choroid plexus on chip''''<br/> Choroid plexus is a extremely understudied tissue. To advance our understanding, in vitro modeling of choroid plexus is needed.<br/> Considering the native structure of choroid plexus, it is better to be recapitulated in microfluidic system rather than organoid.<br/> <br/> '''[single cell RNA sequencing]'''<br/> Among choroid plexus epithelial cells, there are undefined subtypes. To identify these unknown subtypes, lab-grown choroid plexus tissue will be analyzed by scRNAseq.<br/> There many problems to use human brain tissue<br/> <br/> '''[Proteomics]'''<br/> Choroid plexus produce cerebrospinal fluid. It contains numerous neurotrophic factor that can rejuvenate adult brain.<br/> To validate 'choroid plexus on chip' that it can produce authentic CSF, the chip-derived CSF will be analyzed by proteomics and be compared with patient-derived CSF.<br/> <br/> '''Reference'''<br/> Pellegrini. ''et al.,'' "Human CNS barrier-forming organoids with cerebrospinal fluid production.", ''Science,'' (2020) | + | |
| + | '''Research interst''' of Hyeongkyu Kim (MS-Ph.D. candidate in Professor Tae-eun Park laboratory)<br/> <br/> ''''Choroid plexus on chip''''<br/> Choroid plexus is a extremely understudied tissue. To advance our understanding, in vitro modeling of choroid plexus is needed.<br/> Considering the native structure of choroid plexus, it is better to be recapitulated in microfluidic system rather than organoid.<br/> <br/> '''[single cell RNA sequencing]'''<br/> Among choroid plexus epithelial cells, there are undefined subtypes. To identify these unknown subtypes, lab-grown choroid plexus tissue will be analyzed by scRNAseq.<br/> There many problems to use human brain tissue<br/> <br/> '''[Proteomics]'''<br/> Choroid plexus produce cerebrospinal fluid. It contains numerous neurotrophic factor that can rejuvenate adult brain.<br/> To validate 'choroid plexus on chip' that it can produce authentic CSF, the chip-derived CSF will be analyzed by proteomics and be compared with patient-derived CSF.<br/> <br/> '''Reference'''<br/> Pellegrini. ''et al.,'' "Human CNS barrier-forming organoids with cerebrospinal fluid production.", ''Science,'' (2020)<br/> | ||
Latest revision as of 15:50, 1 December 2023
Research interst of Hyeongkyu Kim (MS-Ph.D. candidate in Professor Tae-eun Park laboratory)
'Choroid plexus on chip'
Choroid plexus is a extremely understudied tissue. To advance our understanding, in vitro modeling of choroid plexus is needed.
Considering the native structure of choroid plexus, it is better to be recapitulated in microfluidic system rather than organoid.
[single cell RNA sequencing]
Among choroid plexus epithelial cells, there are undefined subtypes. To identify these unknown subtypes, lab-grown choroid plexus tissue will be analyzed by scRNAseq.
There many problems to use human brain tissue
[Proteomics]
Choroid plexus produce cerebrospinal fluid. It contains numerous neurotrophic factor that can rejuvenate adult brain.
To validate 'choroid plexus on chip' that it can produce authentic CSF, the chip-derived CSF will be analyzed by proteomics and be compared with patient-derived CSF.
Reference
Pellegrini. et al., "Human CNS barrier-forming organoids with cerebrospinal fluid production.", Science, (2020)
