liposomal drug

Creative Biostructure is specialized in providing cost-effective contract services to both academia and biotech/pharmaceutical industries in the field of structural biology and membrane protein technologies. We have developed all-in-one, gene-to-structure pipelines for the structure determination of macromolecules of your interest. With a team of experienced professionals, Creative Biostructure is able to solve the structure of many challenging proteins including GPCRs, ion channels, transporters, enzymes and viral targets. We also provide a comprehensive list of products and other related services to facilitate your research in structural biology. liposomal drug https://ww w.creative-biostructure.co m/liposomes-in-drug-delivery-491.htm

Creative Biostructure is specialized in providing cost-effective contract services to both academia and biotech/pharmaceutical industries in the field of structural biology and membrane protein technologies. We have developed all-in-one, gene-to-structure pipelines for the structure determination of macromolecules of your interest. With a team of experienced professionals, Creative Biostructure is able to solve the structure of many challenging proteins including GPCRs, ion channels, transporters, enzymes and viral targets. We also provide a comprehensive list of products and other related services to facilitate your research in structural biology. Nanomaterial Structure Analysis https://w ww.creative-biostructure.c om/nanomaterial.htm

A number of computational methods have been used in various aspects of drug discovery and development. In recent decades, in silico ADMET (absorption, distribution, metabolism, excretion, and toxicity) modeling as a rational drug design tool has received extensive attention from pharmaceutical scientists and many ADMET-related prediction models have been developed. The low-cost and high-throughput characteristics of these models allow for a more simplified drug development process in which the drug accessibility of compounds can be predicted, and the identification of hits and structural optimization can be guided. Creative Biostructure is a trusted partner in the development of antiviral drugs for coronavirus infection, and we can support ADMET modeling and profiling. COVID-19 ADMET Modeling https://ww w.creative-biostructure.co m/coronavirus/admet-modeling-and-profiling-p32.htm

Virus-like particle (VLP) is a polymeric nanostructure assembled from natural viral structural proteins, but do not contain any genetic material. The VLP consists of high-density displays of viral surface proteins and is therefore a highly adaptable tool for a variety of applications, such as delivery system, antibody development, and membrane protein expression. During the coronavirus pandemic, Creative Biostructure rapidly integrated VLP-based vaccine development technologies and various in-house coronavirus-related VLP products to facilitate the development of methods for the prevention of this emerging infectious disease. VLP-based Vaccine Development for SARS-CoV-2 https://ww w.creative-biostructure.c om/coronavirus/vlp-based-vaccine-development-p33.htm

The process of looking for a new drug against a specific target for a certain disease commonly involves high-throughput screening (HTS), wherein large libraries of chemicals are tested for their ability to modulate the biological activity of the target. For instance, if the target is a novel GPCR, compounds will be screened for their ability to inhibit or stimulate the receptor; if the target is a protein kinase, the chemicals will be tested for their ability to inhibit the kinase. Creative Biostructure provides custom high-throughput screening services, and our biochemical/cell-based HTS technologies allow us to efficiently screen hits from a variety of compound libraries. high throughput screening http s://drug-discovery.creative-biostructure.co m/high-throughput-screening-hts-p31

Fragment-based screening (FBS) is a widely utilized strategy for the discovery of lead compounds. Especially in the development of drugs against unconventional targets such as protein-protein interactions (PPIs), FBS has proven to be a viable alternative to high-throughput screening (HTS). Leveraging advanced fragment-based drug design (FBDD) platform, Creative Biostructure provides FBS solutions for customers with hit identification needs, which involve various biophysical methods to determine the exact binding fragments. Fragment-based screening http s://drug-discovery.creative-biostructure.c om/fragment-based-screening-fbs-p41

With the improvement of medical level, the functional requirements of medical devices and the requirements of material inspection and analysis are becoming higher and higher. Electron microscopy, especially scanning electron microscopy (SEM), is quite popular in ophthalmology. SEM and other microscopies have been used to evaluate ophthalmic implants. Assess design, ergonomics, and safety of surgically-implanted medical devices at iEM Platform. Ophthalmic Implant Analysis http s://iem.creative-biostructure.co m/ophthalmic-implant-analysis-using-the-iem-platform.html

Due to their high strength, reliable properties, and processability, metals are widely used in various industries, including construction, automotive, aerospace, medical devices, energy generation, and so on. Metal alloys (consisting of two or more metals), such as steel, solder, brass, and bronze, have improved electrical, mechanical, or electrical properties compared to single metals, thus greatly expanding their range of applications. Metal Microstructure Characterization http s://iem.creative-biostructure.c om/metal-&-alloy-characterization-using-the-iem-platform.html