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Advanced Polymer-Based Bioink Technology for Printing Soft Biomaterials File

Lee, Kangseok , Cha, Chaenyung

Article Issue Date2020-07 View4

Comprehensive Examination of mechanical and diffusional effects on cell behavior using a decoupled 3D hydrogel system

Kim, Suntae , Sim, Sung Bo , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2018-04-05 View9

Comprehensive examination of mechanical and diffusional effects on cell behavior using a decoupled 3D hydrogel system

Kim, Suntae , Sim, Sungbo , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2017-10-19 View10

Comprehensive examination of mechanical and diffusional effects on cell behavior using a decoupled 3D hydrogel system

Kim, Suntae , Sim, Sung Bo , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2017-06-02 View4

Comprehensive Examination of Mechanical and Diffusional Effects on Cell Behavior Using a Decoupled 3D Hydrogel System File

Kim, Suntae , Sim, Sung Bo , Lee, Kangseok , Cha, Chaenyung

Article Issue Date2017-09 View10

Controlling thermoresponsive swelling/deswelling and drug release properties of poly(N-isopropylacrylamide) hydrogels using hydrophilic polymer crosslinkers

Kim, Suntae , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2016-10-07 View4

Dual Ionic Cross-linked Interpenetrating Network Of Alginate-Cellulose Beads With Enhanced Mechanical Properties For Biocompatible Encapsulation

Lee, Kangseok , Hong, Jisu , Roh, Hyunji , Kim, Soohyun , Lee, Hyunjung , Lee, Sung Kuk , Cha, Chaenyung

Conference Paper Issue Date2017-12-04 View5

Dual Ionic Cross-linked Interpenetrating Network Of Alginate-cellulose Beads With Enhanced Mechanical Properties For Biocompatible Encapsulation

Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2018-04-05 View9

Dual ionic crosslinked interpenetrating network of alginate-cellulose beads with enhanced mechanical properties for biocompatible encapsulation

Lee, Kangseok , Hong, Jiu , Kim, Kyungchul , Kim, Soo Hyun , Lee, Hyunjung , Lee, Sung Kuk , Cha, Chaenyung

Conference Paper Issue Date2017-10-20 View15

Dual ionic crosslinked interpenetrating network of alginate-cellulose beads with enhanced mechanical properties for biocompatible encapsulation File

Lee, Kangseok , Hong, Jisu , Roh, Hyun Ji , Kim, Soo Hyun , Lee, Hyunjung , Lee, Sung Kuk , Cha, Chaenyung

Article Issue Date2017-11 View1

Fluorescence Enhancement from Nitro-Compound-Sensitive Bacteria within Spherical Hydrogel Scaffolds File

Kim, Soohyun , Kim, Hyunji , Qiao, Tian , Cha, Chaenyung , Lee, Sung Kuk , Lee, Kangseok , Ro, Hyun Ji , Kim, Youngkyun , Lee, Wonmok , Lee, Hyunjung

Article Issue Date2019-04 View4

Implementation of combinatorial genetic and microenvironmental engineering to microbial-based field-deployable microbead biosensors for highly sensitive and remote chemical detection File

Lee, Kangseok , Choi, Sunho , Kim, Chuntae , Kang, Woo Seok , Son, Wonhak , Bae, Sung Chul , Oh, Jin-Woo , Lee, Sung Kuk , Cha, Chaenyung

Article Issue Date2019-10 View8

In situ facile-forming chitosan hydrogels with tunable physicomechanical and tissue adhesive properties by polymer graft architecture File

Kim, Mirae , Ahn, Yujin , Lee, Kangseok , Jung, Woonggyu , Cha, Chaenyung

Article Issue Date2020-02 View6

In situ forming elastin-like polypeptide hydrogel for injectable drug delivery applications

Lee, Kangseok , Noh, Yeongjin , Cha, Chaenyung

Conference Paper Issue Date2022-10-07 View5

Incorporation of nitro-sensitive fluorescent bacteria and nitro-capturing bacteriophages into alginate-cellulose beads as field-deployable biosensor for highly sensitive detection of nitro compounds

Lee, Kangseok , Ro, Hyun Ji , Lee, Sung Kuk , Cha, Chaenyung

Conference Paper Issue Date2019-03-29 View6

Incorporation of nitro-sensitive fluorescent bacteria and nitro-capturing bacteriophages into alginate-cellulose beads as field-deployable biosensor for highly sensitive detection of nitro compounds

Lee, Kangseok , Roh, Hyunji , Lee, Sung Kuk , Cha, Chaenyung

Conference Paper Issue Date2018-09-18 View10

Microfluidics-assisted fabrication of macrophage microtissues with tunable physical properties for developing in vitro multiplex tissue model

Lee, Dongjin , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2018-05-25 View5

Microfluidics-assisted fabrication of macrophage microtissues with tunable physical properties for developing in vitro multiplex tissue model

Lee, Dongjin , Lee, Kangseok , Cha, Chaenyung

Conference Paper Issue Date2018-10-12 View5

Microfluidics-assisted fabrication of microtissues with tunable physical properties for in vitro tissue model

Cha, Chaenyung , Lee, Dongjin , Lee, Kangseok

Conference Paper Issue Date2018-09-05 View3

Microfluidics‐Assisted Fabrication of Microtissues with Tunable Physical Properties for Developing an In Vitro Multiplex Tissue Model File

Lee, Dongjin , Lee, Kangseok , Cha, Chaenyung

Article Issue Date2018-12 View2

Refined Control Of Thermoresponsive Swelling/Deswelling And Drug Release Properties Of Poly(N-Isopropylacrylamide) Hydrogels Using Hydrophilic Polymer Crosslinkers

Lee, Kangseok , Kim, Suntae , Cha, Chaenyung

Conference Paper Issue Date2016-09-30 View11

Refined control of thermoresponsive swelling/deswelling and drug release properties of poly(N-isopropylacrylamide) hydrogels using hydrophilic polymer crosslinkers File

Kim, Suntae , Lee, Kangseok , Cha, Chaenyung

Article Issue Date2016-09 View5

Tunable Physicomechanical and Drug Release Properties of In Situ Forming Thermoresponsive Elastin-like Polypeptide Hydrogels File

Lee, Kangseok , Noh, Yeongjin , Bae, Yoonji , Kang, Sebyung , Cha, Chaenyung

Article Issue Date2022-12 View3

Tuning physico-mechanical properties of 3D hydrogel using multifunctional biopolymers File

Lee, Kangseok

Thesis Issue Date2022-02 View3

Wet-Responsive, Reconfigurable, and Biocompatible Hydrogel Adhesive Films for Transfer Printing of Nanomembranes File

Yi, Hoon , Seong, Minho , Sun, Kahyun , Hwang, Insol , Lee, Kangseok , Cha, Chaenyung , Kim, Tae-il , Jeong, Hoon Eui

Article Issue Date2018-05 View5

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