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Synthesis technology of E-alkenes using new aluminum-based complexes [Saitama University]

Synthesis technology of E-alkenes using new aluminum-based complexes [Saitama University]

Synthesize E-type alkenes with high efficiency!

This technology is a method for synthesizing E-type alkenes in high yield through the selective reduction of alkynes. In conventional methods, the synthesis of E-type alkenes from alkynes had low yield and selectivity, making efficient synthesis difficult. This technology has achieved high-efficiency synthesis of E-type alkenes by developing a novel aluminum-based complex. It is a versatile and low-cost synthesis method that does not require hazardous reagents, gases, or expensive transition metals. Features of the technology: - High yield and high selectivity for synthesizing E-type alkenes from internal and terminal alkynes. - Diverse alkene derivatives can be developed starting from the synthesized substituted alkenes. - No need for safety-considerate equipment or facilities; reactions can be conducted using conventional equipment. *For more details, please download the PDF or feel free to contact us.*

  • Fine chemicals (compounds, derivatives, catalysts, etc.)
  • Synthesis Technology

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Areas of expertise and technical fields

Areas of expertise and technical fields

The technical field includes a wide variety of processes such as halogenation and esterification!

We would like to introduce the "areas of expertise and technical fields" of Chemical Soft Development Research Institute, Inc. Our areas of expertise include "bulk synthesis of alkyl lithium," "synthesis of acid halides under neutral conditions," and "reduction under neutral conditions," among others. Additionally, our technical fields involve the synthesis of organic compounds through a diverse range of reaction systems, including "halogenation," "esterification," and "coupling reactions." 【Areas of Expertise (Partial)】 ■ Bulk synthesis of alkyl lithium ■ Epoxidation of double bonds ■ Expansion of contract synthesis system for Suzuki coupling reactions ■ Synthesis of acid halides under neutral conditions ■ Reduction under neutral conditions *For more details, please refer to the PDF materials or feel free to contact us.

  • Chemicals
  • Synthesis Technology

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Glycan Synthesis Technology for Regenerative Medicine

Glycan Synthesis Technology for Regenerative Medicine

Support for cell scaffold formation through glycan modification of scaffold materials.

In the field of regenerative medicine, the quality of materials that serve as scaffolds for cells greatly influences therapeutic effects. In particular, the biocompatibility of scaffold materials is crucial for promoting cell adhesion and proliferation. Glycans play an important role in cell recognition and signal transduction, and by introducing glycans into scaffold materials, it may be possible to enhance scaffold formation by cells and improve the efficiency of regenerative medicine. Our glycan synthesis technology supports problem-solving in regenerative medicine through glycan modification of scaffold materials. 【Application Scenarios】 - Glycan modification of scaffold materials - Cell culture - Tissue regeneration 【Effects of Implementation】 - Improved cell adhesion - Promotion of cell proliferation - Increased efficiency of tissue regeneration

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Glycan synthesis technology for drug discovery

Glycan synthesis technology for drug discovery

Supporting drug discovery research from linear glycan chains to complex branched structures.

In the drug discovery industry, it is important to understand the interactions with target molecules and design effective drugs in the development of new medications. Glycans play a crucial role in cell recognition and signal transduction, and they are also gaining attention as drug discovery targets. Glycan synthesis technology is essential to accelerate research on these targets. Our company conducts glycan and glycan derivative synthesis at various scales, from a few milligrams for research purposes to process development aimed at future commercialization. 【Application Scenarios】 - Research on glycans as drug discovery targets - Development of novel drugs based on glycans - Enhancement of drug functionality through glycan modification 【Effects of Implementation】 - Acceleration of drug discovery research - Expansion of possibilities for new drug development - Deepening understanding of target molecules

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