Atomic Energy Council-institute of Nuclear Energy Research

Institute of Nuclear Energy Research, Atomic Energy Council, Executive Yuan

Institute of Nuclear Energy Research, Atomic Energy Council, Executive Yuan, R.o.c

Atomic Energy Council

Kuan-Yin Chen

Chia-Chieh Chen

Wuu-Jyh Lin

Lie-Hang Shen

Wen-Song Hwang

Ying-Kai Fu

Ming-Chao Kuo

Bin Lin

Yean-Chang Chen

Meng-Chou Lee

Hsueh-Hsuan Liu

Meng-Jun Fu

Ming-Cheng Chang

Tsai-Yueh Luo

Shiou-Shiow Farn

Cheng-Liang Peng

Chin-Yan Tsai

Ping-Hung Yu

Hung-Wen Yu

Yun-Sheng Lin

Tsung-Yu Shih

Wei-His Chen

Ying-Kai c/o Atomic Energy Council Fu

Te-Hsing Wu

Structural design of cranial nerve degeneration contrast agent precursor, the cranial nerve degeneration contrast agent prepared using the cranial nerve degeneration contrast agent precursor can be used for positron radiation tomography to detect alpha-synuclein. Since the cranial nerve degeneration contrast agent has better affinity and specificity for α-synuclein, it is helpful for more efficient early diagnosis of Parkinson's disease.

Structural design of a cranial nerve degeneration contrast agent precursors

The present invention provides an ophthalmic gel and a preparation method thereof. The ophthalmic gel comprises: an antibiotic; a nanocarrier, wherein the nanocarrier is used to load the antibiotic; and a biodegradable matrix, wherein the biodegradable matrix is compatible with the nanocarrier to carry the nanocarrier. When the ophthalmic gel of the present invention is applied to the surface of the cornea and conjunctiva of the eyes, the biodegradable matrix is automatically degraded and the nanocarrier carried by the biodegradable matrix will slowly release the antibiotic, loaded in the nanocarrier, at an appropriate rate to overcome the high-frequency use of general ophthalmic drugs and easily caused blurred vision; the present invention further comprises an ophthalmic gel preparation method.

Ophthalmic gel and preparation method thereof

A method for using a multi-welled micro-plate in radioimmunoassay ('RIA') is disclosed to improve the performance of RIA. At first, there is provided a multi-welled micro-plate that can be dismantled and divided into multiple wells. Then, samples are filled into the wells of the multi-welled micro-plate for incubation. Washing, tracer-adding, incubation, and washing are executed. At a final step, the multi-welled micro-plate is separated into wells, and each of to the wells is put into a test tube for gamma counting by a gamma counter.

Radioimmunoassay with a 96-welled micro-plate

Disclosed is a method for quantitatively analyzing a functional group on the surface of a solid material. The functional group is carboxylic group while the solid material is carbon nano-tubes. The carboxylic group reacts with sodium hydrogen carbonate, thus turning the carboxylic groups into sodium carboxylate while consuming the sodium ions in the solution. The carbon nano-tubes are separated from the sodium hydrogen carbonate solution. The number of the sodium ions before and after the reaction is analyzed. Moreover, the sodium carboxylate carried on the reacted carbon nano-tubes with reacts with hydrochloric acid solution, thus dissolving the sodium ions in the hydrochloric acid solution. The carbon nanotubes are separated from from the hydrochloric acid solution. The amount of the sodium ions is analyzed before and after the reaction in the hydrochloric acid solution.

Quantitative analysis of a function group on the surface of a solid material

Through a low-dose irradiation, a seaweed's growth becomes fast and its production is improved as well. By doing so, a material for biomass energy is provided.

Method of hormesis for seaweed through irradiation

A wild seaweed, like sea lettuce, is picked and germ cells are released from the seaweed. The germ cells then obtain adherence and are sprouted into youngs of the seaweed so that the seaweed can be cultivated artificially and productively and can be supplied as a material for biomass energy.

Method for cultivating seaweed having adherence

Growing community of inventors

Taoyuan, Taiwan

Kuan-Yin Chen