年間契約型情報サービス

Industrial Bioprocessing

Industrial Bioprocessing Alert

発行 Technical Insights (Frost & Sullivan) 商品コード 7773
出版日 年間契約型情報サービス ページ情報 英文
価格
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Industrial Bioprocessing Industrial Bioprocessing Alert
出版日: 年間契約型情報サービス ページ情報: 英文
概要

Industrial Bioprocessing

競争の激化しているビジネス環境において、最先端技術情報を得、それが周知の事実となる前にライセンス化、投資、パートナーシップについて知ることは、成功のための要因と言えます。産業上のさまざまな問題に対してバイオプロセスソリューションを提案することによって、ビジネス上での地位を強調することになるでしょう。

最も進歩の激しい技術開発分野におけるさまざまな最先端技術情報を、特に役員、管理者向けに提供しているTechnical Insights, Inc.(本社:ニューヨーク)が発行する"Industrial Bioprocessing"では、産業分野でのバイオプロセス最新情報について述べています。

当ニューズレターは、市場、販売情報だけでなく、最新の研究開発情報、新規参入ベンチャー、企業の合併吸収についても述べています。また、月刊記事として市場予測、注目すべき企業、特許についての情報を提供しています。

主要掲載項目

  • 特殊化学物質開発の最新プロセス
  • 医薬品
  • 燃料
  • 化学食品

ニューズレター目次例

  • 市場予測 - 重要産業分野における市場の専門的予測、要求、成長率
  • 注目すべき企業 - 市場に強い影響を与えようとしているバイオテック企業のハイライト
  • 特許 - 知的財産においての主要特許の最新動向
  • 酵素は溶媒/水の界面で活発に反応
  • 生物化学の廃水工場の逆流による被害
  • 人工酵素を利用する安価な水素の製法
  • 酵素反応によるアロマティックポリカーボネイト
  • 廃棄物を飼料に変換のプロセス
  • 制御されたバッチ法によるフェノールの分解
  • 重要特許

目次

Industrial Bioprocessing provides you with the latest intelligence in the industrial bioprocessing field, including new processes to develop specialty chemicals, pharmaceuticals, alternative fuels, and chemical feedstocks. Each week, Industrial Bioprocessing presents you with the latest news on R&D, new business ventures, mergers and acquisitions, as well as marketing and sales initiatives. By subscribing you have an essential resource that allows you to gain and keep a competitive edge in this fast-paced field.

Throughout the emphasis is on opportunities for you to enhance your business position by applying bioprocessing solutions to industrial problems. Each briefing is followed with contact information to assist you in setting up licensing, partnering, joint venturing, and technology transfer arrangements.

Regular monthly features include:

* Market Forecast - looks at an important industrial sector with expert forecasts of markets, demand and growth rates.

* Company to Watch - highlights a biotech company on the brink of making a strong market impact.Patents - presents key patents to show the latest trends in intellectual property.


Sample Briefing

ENZYME IS ACTIVE AT SOLVENT/WATER INTERFACE

Along with the growing interest in enzymatic biosynthesis is the increased popularity of two-phase liquid reaction systems. These systems make it possible to optimize the culture of microorganisms in an aqueous environment while carrying out the reaction efficiently in an organic solvent in which the reactants and products are dissolved. While a great deal is known about enzyme adsorption at air/liquid and solid/liquid interfaces, much less is known about enzymatic behavior at the interfaces of two liquids. Harvey Blanch, C. J. Radke, and Andrea Hickel of the University of California, Berkeley, have done something to remedy this situation.

They investigated the activity of hydroxynitrile lyase at the interface between diisopropyl ether (DIPE) and water ("Biotechnol Bioeng" 65: 425-436). The enzyme comes from the almond tree, Prunus amygdalus. Chemical industry interest in hydroxynitrile lyase enzymes has increased recently because of their ability to transform chiral cyanohydrins.

However, industrial-scale use of the enzyme faces several difficulties. When used in the aqueous phase the enantiomerical purity of the product drops, the enzyme is unstable at low pH, and it isn't available in large quantities. A two-phase liquid system could be the solution to these problems.

The researchers designed a cylindrical glass recycle reactor to follow the change of the enzyme's activity in cleaving mandelonitrile to form benzaldehyde. The exact area of the liquid/liquid interface is known. Activity can be measured by product formation. Substrate and product are dissolved in the top, DIPE liquid layer. The enzyme is in the aqueous buffer solution that forms the lower layer. The DIPE layer is recycled through an optical cell where product can be measured by UV spectroscopy.

They found that the enzyme adsorbs at the interface and is extremely stable. It isn't denatured over a period of several hours, although the increase in surface pressure shows that the enzyme is penetrating the interface.

Investigation shows that the enzymatic reaction takes place at the interface and not in the aqueous bulk phase. So the most obvious practical knowledge that comes out of this very basic research is that to design an efficient reactor the area of the interface must be large.

Sample Weekly Table of Contents

* ENZYME IS ACTIVE AT SOLVENT/WATER INTERFACE

* BIOSCIENCE GETS DAMAGED WASTEWATER PLANT BACK UP

* CHEAPER HYDROGEN WITH SYNTHETIC ENZYME

* AROMATIC POLYCARBONATES BY ENZYMATIC REACTION

* NATIONAL STARCH AND EXCELSIOR PART WAYS

* PROCESS CONVERTS WASTE INTO FEED MATERIAL

* CONTROLLED FED-BATCH PROCESS DEGRADES PHENOL

* SOME IMPORTANT PATENTS FOR YOU TO CHECK

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