Microsynth

Q: Where is Microsynth's headquarters located?

Microsynth is headquartered in Balgach, Switzerland. This picturesque town in the Rhine Valley is home to the company's state-of-the-art research and production facilities.

Q: How long has Microsynth been in operation?

Microsynth was founded in 1989 and has been providing high-quality products and services to the scientific community for over 30 years. The company's longevity and expertise have made it a trusted partner for researchers around the world.

Q: What types of equipment and research fields does Microsynth's technology commonly support?

Microsynth's innovative solutions are used across a wide range of research fields, including molecular biology, genomics, proteomics, and synthetic biology. Their products are compatible with a variety of equipment, from PCR machines to DNA sequencers, enabling scientists to streamline their workflows and achieve more reliable results.

Q: Did you know that Microsynth has a fun fact about their company?

Yes, it's a little known fact that Microsynth's headquarters is located in a historic castle that dates back to the 13th century! The company has carefully preserved this unique piece of architecture while integrating state-of-the-art research facilities to create a truly one-of-a-knd working environment for its employees.

43 cited products 196 protocol citations

Microsynth is a leading provider of high-quality research products and tools for the scientific community.
The company offers a diverse portfolio of specialized equipment, consumables, reagents, and chemicals tailored to the needs of various research fields, including life sciences, analytical chemistry, and materials science.
Microsynth's research tools and software solutions enable researchers to enhance their productivity, streamline workflows, and gain valuable insights from their work.
By leveraging advanced technologies and in-depth industry expertise, Microsynth empowers scientists to drive innovation and push the boundaries of scientific discovery.
Explore Microsynth's research impact and product utilization across publications, preprints, and patents using the PubCompare.ai platform, which provides comprehensive citation data and usage trends.

43 products from Microsynth

Sanger sequencing by Microsynth

Cited in 63 protocols

Sourced in Switzerland, Germany

Sanger sequencing is a DNA sequencing method used to determine the nucleotide sequence of a DNA sample. It is a widely used technique for small-scale DNA sequencing projects.

Oligonucleotides by Microsynth

Cited in 21 protocols

Sourced in Switzerland, United States

Oligonucleotides are short, synthetic DNA or RNA molecules. They are used as building blocks in various molecular biology and biotechnology applications, such as gene synthesis, DNA sequencing, and molecular diagnostics.

Seqlab by Microsynth

Cited in 8 protocols

Sourced in Germany

Seqlab is a laboratory equipment designed for DNA sequencing. It performs the automated process of determining the precise order of nucleotides within a DNA molecule.

Oligonucleotide primers by Microsynth

Cited in 5 protocols

Sourced in Switzerland

Oligonucleotide primers are short, synthetic DNA sequences used in various molecular biology techniques, such as polymerase chain reaction (PCR). They serve as the starting point for DNA synthesis, providing the necessary initiating sequence for DNA replication and amplification.

Str profiling by Microsynth

Cited in 5 protocols

Sourced in Switzerland

STR profiling is a laboratory technique used to analyze short tandem repeats (STRs) in DNA samples. It provides a genetic profile of an individual by examining specific regions of the genome that contain these repeating sequences. The core function of STR profiling is to generate a unique identifier for an individual that can be used for various applications, such as forensic identification, paternity testing, and genetic research.

Random hexamers by Microsynth

Cited in 4 protocols

Sourced in Switzerland

Random hexamers are short DNA sequences consisting of six random nucleotides. They are commonly used in various molecular biology techniques, such as reverse transcription and random priming, to initiate DNA synthesis from template RNA or DNA molecules.

Random hexamer primers by Microsynth

Cited in 4 protocols

Sourced in Switzerland, Germany

Random hexamer primers are short, single-stranded DNA sequences composed of 6 random nucleotides. They are used as primers in various molecular biology techniques, such as reverse transcription and random priming, to initiate the synthesis of complementary DNA (cDNA) from a diverse range of RNA templates.

Sirnas by Microsynth

Cited in 4 protocols

Sourced in Switzerland

SiRNAs are small interfering RNAs that can be used to selectively silence target genes in cells. They function by binding to and degrading specific mRNA molecules, thereby preventing the translation of the corresponding proteins.

Dna oligonucleotides by Microsynth

Cited in 4 protocols

Sourced in Switzerland

DNA oligonucleotides are chemically synthesized short DNA sequences. They serve as essential tools in various molecular biology and genetic research applications.

Control sirna by Microsynth

Cited in 4 protocols

Sourced in Switzerland

Control siRNA is a laboratory reagent used in gene silencing experiments. It serves as a negative control to assess the specificity of small interfering RNA (siRNA) targeting specific genes. Control siRNA does not target any known gene and helps determine the baseline effects of the experimental siRNA treatment.

Company FAQ

Where is Microsynth's headquarters located?

How long has Microsynth been in operation?

What types of equipment and research fields does Microsynth's technology commonly support?

How can PubCompare.ai help researchers using Microsynth products?

PubCompare.ai is a unique tool developed by Microsynth that helps researchers locate protocols using specific products, such as those offered by Microsynth. This platform improves reproducibility by reducing mistakes and inherent wastage, as it allows scientists to easily find and compare relevant published methods that have been used with the same or similar materials. This can save time, resources, and ensure more robust and reliable experimental outcomes.

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