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14 applications found
Malignant Hyperthermia (MH) – A potentially lethal inherited disorder that can cause a severe reaction to certain anesthesia medicine. This condition can result in patients having hypoxemia, hypercapnia, tachycardia, muscular rigidity, acidosis, hyperkalemia, hyperthermia, and the overall inability to wake up after ...
ByTesis Biosciences based in Scottsdale, ARIZONA (USA)
Data from examining the immune repertoire of cancer patients can be used to identify patterns associated with positive outcomes and monitor the progress of immunotherapies in clinical trials. Single cell immune sequencing technologies provide an even more granular view of individual T cell or B cell populations following immunotherapy, providing unprecedented detail for informing cancer ...
ByiRepertoire, Inc. based in Huntsville, ALABAMA (USA)
Gene synthesis refers to the artificial synthesis of double-stranded DNA molecules in vitro. At present, the required target DNA fragments are mainly obtained and amplified through gene cloning. Gene cloning is a revolutionary research technology, which can be summarized as: dividing, cutting, connecting, transferring, and selecting. The ultimate goal is to introduce the target gene into the host cell through corresponding technical means, and the target gene is replicated in large numbers in the host cell. ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
Oligonucleotide refers to a very short single or double-stranded fragment of nucleic acid that can be joined together to form a single-stranded biopolymers. Oligo Pools are customizable genomic research products polymerized from various oligonucleotide fragments, playing an important role in gene synthesis, next-generation sequencing, library preparation, and so ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
The rapid emergence of the COVID-19 pandemic has thrust tools like next generation sequencing (NGS) applications to the forefront of the global public health response. NGS is a sensitive and specific tool that is being used to detect the presence of the SARS-CoV-2 virus from a variety of clinical and environmental samples. Tracking SARS-CoV-2 viral strain evolution is critical for monitoring new regional outbreaks, contact tracing, infection control and verifying the performance of front-line RT-PCR diagnostic ...
ByAccuGenomics, Inc. based in Wilmington, NORTH CAROLINA (USA)
Metagenomics is the study of all microbial genomes present in an environment, from the bottom of the sea to inside our own bodies. If you have shotgun NGS sequencing data, Partek provides powerful, easy-to-use analysis tools to characterize microbial ...
ByPartek Incorporated based in Chesterfield, MISSOURI (USA)
Cell-free DNA (cfDNA), found circulating in blood plasma, contains a wealth of clinically relevant biological information which can be recovered by minimally-invasive procedures. Next Generation Sequencing (NGS) data obtained from cfDNA, can be used to monitor prenatal health, organ transplant reception or rejection, cancer and other ...
ByClaret Bioscience based in Santa Cruz, CALIFORNIA (USA)
Copy number variation (CNV) is a type of structural variation and it encompasses duplication or deletion events that affect a considerable section of the genome. Those events may be mirrored by changes in gene expression levels and are consequently involved in pathogenesis. Partek tools enable you to start with raw data, detect amplified or deleted regions, and interpret or integrate the data with other assays such as gene expression. ...
ByPartek Incorporated based in Chesterfield, MISSOURI (USA)
DNA sequencing refers to the analysis of the base sequence of specific DNA fragments, namely the arrangement of adenine (A), thymine (T), cytosine (C) and guanine (G). The emergence of rapid DNA sequencing methods can greatly promote the research and discovery of biology and medicine. At present, the lowest-cost and high-throughput next-generation sequencing is the most widely used. Next-generation sequencing technology, also known as high-throughput sequencing technology, solves the problem that first-generation ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
Locus has built an automated, generalizable platform that is systematically unlocking the power of bacteriophage and CRISPR-Cas3 across multiple therapeutic ...
ByLocus Biosciences, Inc. based in Morrisville, NORTH CAROLINA (USA)
DNA-based drug development and production are playing an increasingly important role in modern medicine. The application of DNA-based therapy mainly includes DNA-encoded compound library for new drugs research, genetically engineered bacterias drugs, nuelic acid vaccines, recombinant antibodies, small nucleic acid drugs, and gene editing. Firstly, we can quickly promote the development of new drugs through the construction of DNA coding libraries. Secondly, we can realize the mass production of protein drugs, ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
With the development of society, people are becoming more and more concerned about appearance and body type. The medical beauty industry came into being and developed rapidly. The application of DNA technology in the medical beauty industry is becoming more and more common. Firstly, genetic testing related to skin conditions and obesity is more and more popular. According to the test results, the obesity type and skin condition can be known clearly, and the appearance and body shape problems can be solved in a ...
ByCD Biosciences - htDNA-chip® based in Shirley, NEW YORK (USA)
Tesis Biosciences offers both an individual connective tissue panel and a comprehensive panel. Inherited connective tissue disorders are frequently caused by an aberration in a gene involved in the structure or function of connective tissue. If no pathogenic aberrations are detected by NGS, deletion/duplication analysis is performed to identify partial or whole gene deletions and duplications in the associated ...
ByTesis Biosciences based in Scottsdale, ARIZONA (USA)
Sample preparation is a significant yet underappreciated step that allows for high quality sequencing and analysis, critical to achieving breakthroughs in medicine, agriculture, and other industries. NanoCellect’s microfluidic cell sorter, the WOLF, allow the cell’s integrity to be maintained for numerous sequencing and multi-omics techniques. The WOLF’s ability to flexibly fit into any genomic researcher’s lab, make it a key step to any cell sequencing analysis workflow. 10x Genomics ...
ByNanoCellect Biomedical, Inc. based in San Diego, CALIFORNIA (USA)