Increasing success rates in your drug discovery research

The search for bioactive molecules in early-stage drug discovery using rapid compound screening and fragment-based design should not be like looking for a needle in a haystack.

All batteries are made up of three major components: a negative electrode (Anode), a positive electrode (cathode), and an electrolyte, a substance that reacts chemically with the anode and cathode. Metals, metal oxides, and solvents are all essential in battery production. Thermo Fisher Scientific offers a range of quality products to support battery research and manufacturing.

High-purity reagents, acids, and solvents for oil and gas testing and analysis

5,000 chemicals produced in ISO 9001:2015-compliant facilities. Available in a range of purity grades

The Thermo Scientific portfolio of palladium products can be used in a wide range of applications, from emission control and electronics to dentistry and medicine. New applications are currently in development, including as a component in fuel cell technology and in the removal of toxins and carcinogens in groundwater.

Organometallics are among the most widely used compounds in modern organic chemistry. With diverse applications ranging from homogenous catalysts to stoichiometric reagents, they continue to play a vital role in today’s chemical research and industry.

The search for bioactive molecules in early-stage drug discovery using rapid compound screening and fragment-based design should not be like looking for a needle in a haystack. The collection is widely recognized for its market-leading diversity and quality. A highly diverse library of compounds that have the right chemical properties is much more likely to provide successful results than larger less diverse libraries with less suitable chemical properties.

Organosilanes are widely used in organic chemistry, particularly as protecting groups1,2, derivatization reagents3, reducing agents4, and synthetic intermediates. The extensive Thermo Scientific portfolio has been developed to facilitate all of these applications.

Organic photovoltaics (OPV) are solar cells based on organic semiconductors, which are thin, light, flexible and mechanically resistant. OPV research has progressed rapidly during the last decade, their performances rapidly closing the gap with conventional silicon technologies.

AcroSeal packaging
Your solution for air and moisture-sensitive reagents