Achievements

  • home_icon HOME
  • Research
  • Achievements
  • Patent

Total 568, list per page:

Patent
  1. A Channel-like Structure of BP26X Complex and the Use of thereof

    Song, Ji-Joon;Oh, Byung-Ha / 10-2013-0050883 / 2013-05-06 / Patent pending / KIB > Human Microbiome Control

  2. Analysis Apparatus For Perfusion Rate And Method For The Same

    Choi, Chulhee / 10-0973183-0000 / 2010-07-26 / Patent approved / KIB > Brain Cognitive Function Control

  3. Angiogenesis inducing agent comprising the fractions from the extracts of Patrinia villosa Juss. as an active ingredient

    Choi, Chulhee / 10-2010-0041331 / 2010-05-03 / Patent pending / KIB > Brain Cognitive Function Control

  4. Anticancer supplement composition comprising OPA3 protein or polynucleotide encoding OPA3 as an effective ingredient

    Choi, Chulhee / 10-2010-0034722 / 2010-04-15 / Patent pending / KIB > Brain Cognitive Function Control

  5. Rotational PCR Chip, rotational RNA pretreatment chip and RNA pretreatment method using the same, rotational RT-PCR chip comprising the sames and RT-PCR method using the same

    / 10-2010-0028294 / 2010-03-30 / Patent pending /

  6. A method for manufacturing graphene-PEDOT composite films and free-standing graphene-PEDOT composite films, and graphene-PEDOT composite films and free-standing graphene-PEDOT composite films manufactured by the same

    / 10-2010-0033291 / 2010-04-12 / Patent pending /

  7. A method for manufacturing microfluidic channel, microfluidic channel manufactured by the same, and application using the same

    / 10-2010-0033294 / 2010-04-12 / Patent pending /

  8. Polymer template, manufacturing method for the same, and microfluidic channel using the same and manufacturing method for the microfluidic channel

    / 10-2010-0033293 / 2010-04-12 / Patent pending /

  9. Method for Preparing Volatile Fatty Acids from Biomass

    Lee, Sang Yup / 10-2010-0001719 / 2010-01-08 / Patent pending /

  10. High Molecular Weight Recombinant Silk or Silk-like Proteins and Micro or Nano-spider Silk or Silk-like Fibres Manufactured by Using the Same

    Lee, Sang Yup / 10-2010-0021934 / 2010-03-11 / Patent pending /

  11. Mutants Having a High Producing Ability of GABA and 1,4―Butanediol and Method for Preparing GABA and 1,4―Butanediol Using Thereof

    Lee, Sang Yup / 10-2010-0036070 / 2010-04-19 / Patent pending /

  12. Method for Inactivating a Target Gene in the Genus Ralstonia

    Lee, Sang Yup / 10-2010-0041955 / 2010-05-04 / Patent pending /

  13. Microorganism Variants Having Hydrocarbon Producing Ability and Method for Producing Hydrocarbon Using the Same

    Lee, Sang Yup / 10-2010-0054994 / 2010-06-10 / Patent pending /

  14. Recombinant Microorganisms Producing Butanol and Method for Preparing Butanol Using the Same

    Lee, Sang Yup / 10-2010-0055069 / 2010-06-10 / Patent pending /

  15. Mutants Having a High Producing Ability of 1,4―Butanediol, and

    Lee, Sang Yup / 10-2010-0055532 / 2010-06-11 / Patent pending /

  16. Method for Preparing Fatty Acid Alkylester Using a Microorganism Capable of Producing Oil

    Lee, Sang Yup / 10-2010-0069404 / 2010-07-19 / Patent pending /

  17. Varient Microorganism Having Cadaverine Producing Ability and Method for Preparing Cadaverine Using the Same

    Lee, Sang Yup / 10-2010-0075066 / 2010-08-03 / Patent pending /

  18. Novel Engineered Microorganism Producing Succinic Acid with High Yield by Utilizing Both Sucrose and Glycerol at the Same Time and Method for Preparing Succinic Acid Using the Same

    Lee, Sang Yup / 10-2010-0084327 / 2010-08-30 / Patent pending /

  19. Enhanced Butanol Producing Recombinant Microorganisms and Method for Preparing Butanol Using the Same

    Lee, Sang Yup / 10-2010-0087550 / 2010-09-07 / Patent pending /

  20. Method for Predicting Drug Targets in Microbial Pathogen and Method for Screening Antibacterial Compounds Using Metabolite Essentiality Approach

    Lee, Sang Yup / 10-2010-0092052 / 2010-09-17 / Patent pending /

KAIST 291 Daehak-ro, Yuseong-gu, Daejeon (34141)
T : +82-42-350-2381~2384
F : +82-42-350-2080
Copyright (C) 2015. KAIST Institute