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  • 바이오코스메틱스 협동과정

교수소개 - 바이오코스메틱스 협동과정

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  • 교수 단백질공학
  • 권대혁 홈페이지 바로가기

[관심분야]

Development of chemical regulators of SNARE-driven membrane fusion, and development of Botox substitutes for cosmetic and therapeutic purposes. Development of nanoperforators of viral envelope for antivirals (e.g., anti-influenza drugs) Protein engineering of industrial enzymes for improved stability, solubility and activity Recombinant protein production technologies (protein expression control, purification, refolding and protein characterization through spectroscopies)

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  • 부교수 나노화학바이오
  • 김용호 홈페이지 바로가기

[관심분야]

Part. 1 Protein-based materials: Non-biodegradable, conductive and bio-compatible protein-based gel / Extracellular matrix-mimetic protein-based environment / Controlling gel properties for biosensor and drug delivery, Part. 2 Supramolecular self-assembly: Coiled-coil based self-assemble supramolecule modularization / Protein-directed self-assembly of a fullerene crystal, Part. 3 Cell behavior control using protein: Multi-functional Mussel Adhesive Protein (MAP) library / Regulating cell activity and morphology using functional proteins

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  • 교수 무기화학
  • 김지만 홈페이지 바로가기

[관심분야]

Research interests of our group are various aspects of science and technology, ranging from fundamental research to possible industrial applications. Our researches are focused on design and synthesis of noble nanoporous materials, especially mesoporous materials, and nanostructured materials such as nanoparticles and nanowires. The nanoporous materials have attracted much attention in the fields of nano-chemistry, nanotechnology, and supramolecular chemistry due to their ordered nano-porosity (1~30nm). Generally, the nanoporous materials are synthesized by self-assembly and polymerization between organic pore generator and inorganic framework precursors. We have been developing new synthetic strategies for the materials in order to give new structures and functionalities. Applications of the nanoporous materials as the catalytic, electronic and energy materials are also our main interests.

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  • 교수 분자독성학
  • 김형식 홈페이지 바로가기

[관심분야]

Sirtuins 기반 암세포 대사 조절 표적분자 발굴 및 기전연구: 암세포 대사과정에서 생성되는 유기산에 의한 저항성 획득 기전 및 전이에 미치는 영향를 통한 표적치료제 개발 오믹스 기반 동물모델을 이용한 표적분자 독성 예측 바이오마커 발굴 Histone deacetylase (HDAC) inhibitor의 항암활성 및 항암제 저항성 극복을 위한 기전연구

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  • 교수 식품생화학, 식품면역학
  • 박계원

[관심분야]

조골세포 분화에 관련된 유전자의 동정과 기능에 대한 이해연구 천연물질의 지방세포에 대한 활성및 기전연구 비만과 당뇨병 발병기작에서 신호전달의 역할 규명 연구

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  • 교수 기능성식품공학, 천연물화학
  • 박기문

[관심분야]

버섯 자실체의 영양성분 및 기능성 분석 연구 만성질환 유발 환경오염물질 해독 기능성 소재 개발 선인장 및 석류, 생약제 등을 이용한 기능성식품 개발

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  • 교수 분석화학
  • 손용근 홈페이지 바로가기

[관심분야]

Electrochemical biosensors based on conducting polymer microstructures Electrochemical ion separation with a conducting polymer modified porous membrane Study molecular insulation layer for molecular devices Development of recycling process of rare resources from discarding LCD Sensor materials detecting industrial hazard leaks inducing a fatal wound

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  • 부교수 분자생물 (발생생식학)
  • 오정수 홈페이지 바로가기
  • 031-290-7865
  • ohjs@skku.edu
  • 생명공학관62동 1층 62152호실

[관심분야]

Regulation of meiotic cell cycle: Cell division is a highly regulated process, driven by the action of cyclin-dependent kinases (Cdks) and their regulatory subunits, cyclins. Inappropriate activation of Cdk/cyclin complexes can drive unregulated cell division resulting in cell death or tumor formation. Cdk/cyclin complexes also play essential roles in a variety of cellular processes such as development and differentiation. Our lab is focused on the action of Cdk/cyclin complexes and all pathways that control or are controlled by Cdk/cyclin complexes during female meiosis. Homologous chromosome segregation and aneuploidy: Reduction of chromosome number during meiosis is essential for producing haploid gametes from diploid parental cells. This reduction is achieved by two successive rounds of chromosome segregation, meiosis I (MI) and meiosis II (MII), after a single round of DNA replication. Although MII resembles mitosis in that sister chromatids separate and segregate to different daughter cells, the pattern of chromosome segregation during MI is unique. During MI, homologous chromosomes pair and then segregate from each other. Defects in this process result in aneuploidy, leading to miscarriages, infertility and genetic disorders such as Down’s syndrome. Therefore, our lab studies the molecular mechanisms that control homologous chromosome segregation during meiosis. Control of oocyte quality: Mammalian oocytes are arrested at the prophase of the first meiosis. After LH surge, the oocytes resume meiosis. During these processes, the oocytes is subjected to various sources of damage-inducing factors, which may lead to a progressive deterioration of oocyte quality. Thus, the control of oocyte quality is critical to reproductive success and survival of a species; however, the precise mechanisms underlying this process remain elusive. Our lab is interesting in identifying the molecular mechanisms that control oocyte quality and eventually leading to identification of diagnostic markers that are predictive of oocyte quality in a clinical setting. Chromatin remodeling during fertilization: Fertilization leads to the transformation of two haploid gametes into a totipotent zygote. During this process, highly condensed chromatins are largely reorganized, preparing to initiate the transcription of embryonic genes which are essential for obtaining the pluripotency. Our lab is exploring the mechanisms of the chromatin remodeling upon fertilization and investigating the role of maternal factors in this process.

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  • 교수 신경발생∙줄기세포학
  • 윤기정 홈페이지 바로가기

[관심분야]

Regulation of neural stem cells and brain development Stem cell therapy using induced pluripotent stem cells Neuropathology of brain infections and cancers

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  • 부교수 나노입자소재
  • 이기라 홈페이지 바로가기

[관심분야]

나노입자 합성 및 응용 연구 (디스플레이, 에너지, 약물전달 및 치료제, 화장품)