Tinzyme has honed its specialization in the development of RNase Inhibitor, providing a critical solution that is tailored to meet the specific needs of RNA-based research, from routine RNA extraction and RT-PCR to more complex applications like RNA sequencing and gene expression analysis.
Researchers need to keep RNA samples stable and undamaged in their research. This is possible through the use of a vital tool known as Tinzyme RNase Inhibitor. Our inhibitor blocks RNases effectively thus protecting the integrity of RNA during different experimental processes from sample collection to analysis.
Our product is necessary for any molecular biology lab since it is an effective way to protect against the degradation of ribonucleic acids by ribonucleases, but what sets tinzyme apart from other anti-RNase agents? It ensures that findings obtained through various types of research about ribonucleic acid become more exact and trustworthy; therefore, this reagent should be used universally.
Given that RNA therapy gains more popularity, the Tinzyme RNase Inhibitor becomes more important than ever before in its development. Therefore, the primary function of our inhibitor is to save genetic material from being destroyed; thus it should be used when creating and trying out new RNA medicines which will move this field forward.
Tinzyme RNase Inhibitor increases RNA stability for more confident experimentation by scientists. It has an intense anti-RNase activity so that RNA samples can be preserved under difficult situations to ensure better outcome in all subsequent applications.
Tinzyme Co., Limited was founded in 2015, is a professional molecular bio reagent Manufacturer in China. The key products are nucleic acid substances and the enzymes for molecular biology. We have many patents for the nucleic acid and the enzymes. And the monomers of the nucleic are all enzymatically synthesized using our proprietary unique technology. These dNTPs and NTPs are functionally approved for all PCR and related reactions including Real Time PCR, in vitro transcription assays and DNA sequencing in diagnostics and molecular biology. Also the enzymes such as Taq DNA polymerase, M-MLV Reverse Transcriptase, pfu DNA polymerase are all worked very well. The performance of our products is comparable to the top bio companies of the world.
At TINZYME, our Poly A RNA carriers excel in unmatched efficiency, ensuring swift and effective delivery of RNA molecules to their target destinations within cells. This efficiency is pivotal for maximizing therapeutic outcomes and minimizing potential side effects.
The superior stability of TINZYME Poly A RNA carriers is a cornerstone of their effectiveness. Our carriers protect RNA from degradation, extending its therapeutic window and enhancing the overall potency of RNA-based treatments.
TINZYME Poly A RNA carriers boast versatile compatibility, making them suitable for a wide array of RNA types and therapeutic applications. This adaptability empowers researchers and clinicians with a flexible platform for innovative RNA-based therapies.
RNase inhibitors are specialized proteins or chemicals designed to prevent the activity of ribonucleases (RNases), which are enzymes that catalyze the hydrolysis of RNA. By binding to RNases, RNase inhibitors block their ability to degrade RNA, thereby protecting RNA molecules from premature breakdown during various research and clinical applications.
RNase inhibitors function by binding tightly to the active sites of RNases, preventing them from interacting with RNA substrates. This binding is typically very specific and highly effective, ensuring that RNA remains stable and intact for extended periods.
There are several types of RNase inhibitors available, including protein-based inhibitors such as human placental RNase inhibitor (HPRI) and synthetic chemical inhibitors like Ribonuclease Inhibitor (RNH1). Each type has its unique properties and is suitable for different experimental conditions and requirements.
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