Most Popular
Newsletter
Choosing a Transfection Method to Improve Knockout Cell Line Generation Efficiency
Aug 05, 2021
when using the CRISPR-Pro strategy in the construction of gene knockout (KO) cell lines, researchers might be troubled about choosing the specific model generation method from plasmid-based, viral delivery, and ribonucleoprotein (RNP) transfection. Read More >
Newsletter
FAQ: Cell Line Verification
Jul 30, 2021
Cell lines verification is of the utmost importance. Skipping the verification step can lead to invalid research data, leading to lost time and money and retractions of publication. Herein, we have collected the Frequently Asked Questions on cell lines verification, hoping to provide research tips on cell line verification. Read More >
Newsletter
FAQ: Knockout Cell Line Generation
Jul 30, 2021
Gene knockout (KO) cell lines enable researchers to study the role of specific genes by comparing the phenotypic differences among the knockout and wildtype cells. Herein, we have collected the Frequently Asked Questions on knockout cell line generation, hoping to help researchers gain a proper understanding of how knockout cell lines are developed and used. Read More >
Newsletter
FAQ: Cell Line Generation Basics
Jul 27, 2021
It is well known that cell lines play an important role in gene function studies, drug screening, and the production of recombinant proteins and antibodies. Herein, we have collected the Frequently Asked Questions on cell line generation, hoping to help researchers gain a proper understanding of how cell lines are developed and used. Read More >
Newsletter
How to Find the Best Immunodeficient Mice Model for Your Research?
Jul 27, 2021
The lack of appropriate animal models often limits the study of human pathologies. Infectious diseases in humans are primarily studied using mice. However, many human-specific infectious agents do not affect mice. Immune-deficient laboratory mice are genetically engineered to express human genes or transplanted with human tissues or stem cells. Human genes, organs, pathologies, and drugs intended for human use can be studied using these mice. Read More >
Newsletter
Comprehensive Introduction of Apoe Knockout Mice
Jul 02, 2021
Apoe knockout mice can be used to study the function of APOE in lipid metabolism, atherosclerosis, and nerve damage; It also helps to study interventional therapies that can change the atherosclerotic process. Read More >
Newsletter
Examples of Gene Therapy Treatments for Rare Diseases
Jun 18, 2021
This article will introduce the current research progress and case analysis of gene therapies for rare diseases. Read More >
Newsletter
CGT
What are the Strategies for Gene Therapy?
Jun 18, 2021
Gene therapy refers to the introduction of exogenous (normal) genes into target cells to correct or compensate for the diseases caused by defects and abnormal genes, to achieve the purpose of disease treatment. Read More >
Newsletter
What is Gene Therapy? An Introduction to the Research
Jun 18, 2021
Gene therapy is designed to treat diseases by introducing exogenous DNA or RNA into human target cells, which may be achieved by a few different methods. Read More >
Newsletter
What are Knockout Cell Lines Used For?
Jun 17, 2021
As an easy-to-use and powerful gene-editing tool, CRISPR-Pro has been widely used in applications ranging from basic research to the treatment of genetic diseases. The development of this technology has made the generation of knockout (KO) cell line models more accessible. Why use knockout cell lines? In this article, we review the various applications of the knockout cell lines, hoping to bring some inspiration for your research. Read More >