result

field	Life sciences Information Communication Environment Nanotechnology / Materials Energy Manufacturing Technology Social Infrastructure Frontier
title
body
researcher's name
affiliation
posted	～
type of seeds	Technology seeds IP seeds

2018-1123-06

Life sciences

posted：2018/11/29

Chemo-enzymatic amide synthesis

KINO, Kuniki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

● A novel chemo-enzymatic reaction for the amide synthesis.　❍ Enzymatic reaction: activation of the carboxyl group of the substrate.　❍ Chemical reaction: nucleophilic substitution reaction to be various amides.

2016-0203-05

Nanotechnology / Materials

posted：2016/02/03

The new interface measuring device using new plasmon sensor and raman scattering spectroscopy

HOMMA, Takayuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

● Molecular configuration at buried interface, i.e. solid / liquid, Chemical structure change of the atomic level, are simply measured in nanometer scale.

2015-0303-04

Nanotechnology / Materials

posted：2015/03/03

Electroforming Technique using Self-assembled Monolayer(SAM) for Modified Nanopatterns

HOMMA, Takayuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

collaborative researchers：SAITO, Mikiko Senior Researcher

・Electroless NiP nanoimprinting mold replicated from Self-assembled Monolayer (SAM) modified Nanopatterns ・Elaborately manufactured in nano size and complicated form

2011-0427-01

Life sciences

posted：2014/05/21

The synthesis of high yield hydroxyaspartic acid and its use in antitumor drugs

KINO, Kuniki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

In this research seed we succeeded in synthesizing hydroxyaspartic acid, with 100% yield, through site-specific addition of hydroxyl groups to aspartic acid in few steps, by making use of the biological reactions of enzymes.

2011-0427-02

Life sciences

posted：2014/05/21

The emission of white light through enzyme hydration of 2-naphthoic acid

KINO, Kuniki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

Using cytochrome P450 (enzyme) on 2-naphthoic acid to add a hydroxyl group enables the easy, one-step synthesis of a compound that emits white light.We have also synthesized compounds that emit blue light, and there is the potential to synthesize compounds that emit a variety ...

2011-0427-03

Life sciences

posted：2014/05/21

A method of freely synthesizing hexapeptides from peptides

KINO, Kuniki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

For example, to synthesize amino acids A and B, a method of implementing biocatalysts (enzymes) enables the synthesis of specific structures only (e.g., when AA, AB, BA and BB combinations are possible, only AB may be selectively synthesized). The peptide too, gains one site-s...

1038

Manufacturing Technology

posted：2014/04/03

Mold manufacturing method and the molds formed using the method

HOMMA, Takayuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

This invention provides an electrolytic thick-film metal mold with the feature that the adhesive force between the electroless nickel (Ni) plated film formed on the self-assembled film and the inorganic thin film on the substrate is greater than 10MPa and less than 50MPa. Embe...

2014-0122-02

Nanotechnology / Materials

posted：2014/01/23

新規なプラズモンセンサ及びラマン分光法を用いた界面計測技術

HOMMA, Takayuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

・表面プラズモンセンサと表面増強ラマン散乱を応用したラマン分光法による界面計測技術・新規なナノ構造の「反射型プラズモンセンサ」を開発・測定物に対応した自由なセンサ部の設計が可能・固液界面を深さ分解能0.1nm以下、非破壊での観察を実現

2013-1022-06

Life sciences

posted：2013/10/25

クエン酸濃度の迅速測定法

KIRIMURA, Kotaro Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

・従来法（15分程）と異なり、数秒で測定可能・有機溶媒や高価な酵素を用いず、検出感度が高い

2013-1022-05

Life sciences

posted：2013/10/25

機能性ペプチドの合成法

KINO, Kuniki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Chemistry)

・非リボソーム型ペプチド合成酵素(NRPS)由来のモジュールやドメインを利用したジペプチド合成・特定アミノ酸に限定されないジペプチド合成技術

2515

Social Infrastructure

posted：2022/05/02

特許第7461664号

照射線量推定装置および照射線量推定方法

KATAOKA, Jun Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Physics)

2020-1012-05

Life sciences

posted：2020/10/27

High sensitivity DOI-PET detector

KATAOKA, Jun Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Physics)

● Resolution improvement for the PET scaner● 3D measurement of incident gamma rays 　● Novel optical sensor of the magnetic field resistant

1334

Environment Social Infrastructure

posted：2014/06/19

特許第5991519号

高感度コンプトンカメラ

KATAOKA, Jun Professor (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Physics)

高感度で容易に携帯可能なガンマ線撮影用のコンプトンカメラです。

203

Social Infrastructure

posted：2014/04/03

Distortion correction method

HASHIMOTO, Shuji Vice-President (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Physics) (retired)

In image measurement using digital cameras, this is a method for correcting distortion in camera lens, thereby enabling highly precise shape measurement.

204

Social Infrastructure

posted：2014/04/03

Method of measuring dimension and shape using digital camera

HASHIMOTO, Shuji Vice-President (Faculty of Science and Engineering School of Advanced Science and Engineering Department of Applied Physics) (retired)

In image measurement using digital cameras, this is a method for extracting the measurement points from data of images shot such as the corners of buildings, correcting lens distortion using those coordinate values, and measuring dimensions and shapes.