Since the introduction of antibiotics, the bacteria they treat have been adapting and changing to become more resistant. These antibiotic-resistant bacteria are called superbugs, and they cause serious bacterial infections that are extremely difficult to treat. Learn more：New Solutions for Superbugs

Cells play an important role in both pathological studies of stroke and in the development of therapies. In pathological studies, on the one hand, we provide a preliminary understanding of the pathological mechanisms of stroke by establishing different stroke models based on brain cells. On the other hand, we elaborate the role of stroke on different cells through the study of different cells in in vivo models. In therapeutic development, stem cell-based stroke therapy has been shown to be effective in alleviating the damage caused by stroke. Ace Neuroscience provides different brain cells, stem cells, and other cells to meet the requirements of various studies.

Learn more：Stem cell therapy and stroke

Genetic manipulation, especially gene editing, has greatly facilitated the study of various mechanisms. Ace Infectious also uses genetic manipulation to help research H. pylori infection mechanisms, colonization mechanisms, immune evasion mechanisms, and survival-related mechanisms. We provide two H. pylori-related genetic manipulation services. One is the genetic manipulation of H. pylori and the other one is gene editing of gastric cells and experimental animals. An overview of our services and our advantages in H. pylori-related genetic manipulation are listed below.

Learn more：H. pylori Gene Services

Start Your Superbug Project Developing drugs against superbugs is a complex and challenging process. If you need to start and run your project smoothly, you may need our broad range of development capabilities.

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