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Am J Med. Jun 15;(12) Cost-effectiveness of testing for hypercoagulability and effects on treatment strategies in patients with deep vein. As for affinity maturation, which is the process to increase their affinity for a particular antigen via their B cells during the course of an immune response.

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With cDNA as the template, the antibody gene will be extended with degenerate primer, then inserted into the phage vector.

CUSABIO Phage Display Service

Classification of Phage Coirs Systems Based on different phages, vectors or libraries, the phage display systems could be divided into various types, details as below.

Antibody humanization has played a fundamental role in the remarkable progress of antibodies as therapeutic reagents. Newsletters Get all the latest information on Events, Sales and Offers.

Screening antibodies that recognize toxicity or autoantigens. CUSABIO is mainly engaged in offering quality and personalized services of antibody library screening as well as peptide library screening to meet customers’ various demands. We sought to determine the cost-effectiveness of testing for these disorders, as well as which tests should be selected and how results should be used.

Testing for hypercoagulable disorders in patients with idiopathic deep vein thrombosis followed by 2 years of anticoagulation in affected patients is cost-effective. The phage display library technology refers to the clone and expression for variable region genes of all antibodies from a certain animal in a plasmid or phage, then screen clones carrying specific antibody genes via different antigens, thereby, to obtain corresponding specific antibodies or peptides.

As we known, since the advent of hybridoma technology, most monoclonal antibodies derive from rodent, such as mouse, rat, rabbit, hamster, etc. Your Good Partner in Biology Research. But most rodent antibodies have been shown a frenwt use as therapeutic agents because of a short serum half-life as well as they can not trigger human effector functions.

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Protocols References Download Center. Contact Us Distributors Worldwide. CUSABIO can construct antibody libraries as well as screen desired monoclonal antibodies with high specificity and affinity curs a wide range of species, such as human, alpaca, mouse, rabbit, chicken, dog, bovine, and so on. Quote You can also contact us via antibody3 cusabio.

With repeated processes of somatic hypermutation for B-cell receptors and subsequent clonal selection to the same antigen, a host will produce antibodies of successively greater affinities. Introduction of Phage Display Technology Phage display is the technology that inserts the DNA sequence of foreign protein or peptide into the appropriate position of phage coat protein structural fenet, so that the exogenous gene can be expressed along with the expression of phage coat protein itself.

Direct screening of human antibodies. As for affinity maturation, which is the process to increase their affinity for a particular antigen via their B cells during the course of an immune response.

On the other hand, in some cases, the affinity of a certain antibody deriving from phage library may not be high enough for used as therapeutic agents, then affinity maturation is urgently required to preserve the epitope specificity and functional activity of the antibody as well as boost potency to the desired level.

Among patients with deep vein thrombosis, hypercoagulable conditions impart a substantial risk of recurrent thrombosis. As we known, peptides are biological lf, consisting of short sequences of amino acids, so peptides are easy to be synthesized, show low toxicity and high efficiency. We don’t deal in spam. Most importantly, if targeting receptors or molecules that are specially expressed on cancer cells would significantly enhance cancer therapeutic effect and reduce cancer-related mortality as well.

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You can also contact us via antibody3 cusabio.

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Compared with the traditional hybridoma method, antibody phage display library has distinct advantages on selecting novel monoclonal antibodies and even the fully humanized antibody. All hypercoagulable conditions tested were common enough and associated with a sufficient risk of recurrence to justify inclusion in a test panel. Using a Markov state-transition model, strategies of testing or not testing for a hypercoagulable state followed by anticoagulation for 6 to 36 months were compared in a hypothetical cohort of patients with apparently idiopathic deep vein thrombosis who were followed for life.

What kind of services are you interested in? Strategies were compared based on lifetime costs, quality-adjusted life-years QALYsand marginal cost-effectiveness.

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CUSABIO could provide phage display technologies to customers that cover the broad scope of the technologies including key areas of library construction and screening as well as antibody modification and expression. A simpler approach of treating all patients with prolonged anticoagulation without testing is justified if data confirm the persistent risk of recurrent thrombosis.

Based on different phages, vectors or libraries, the phage display systems could be divided into various types, details as below.

We are confident that our phage display technologies could allow you have new opportunities in immunotherapy, drug discovery, and functional genomics.

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