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.

Ace Infectious produces multiple strains of inactivated H. pylori as whole-cell vaccine antigens. The genome of H. pylori is highly variable, with significant allelic and sequence diversity even among well-characterized strains. Therefore, the isolation and collection of H. pylori strains is a huge project. Fortunately, based on our long-term efforts in H. pylori, we have accumulated a rich collection of H. pylori strains from Africa, Asia, Europe, and the Americas. We also offer a wide range of chemical and physical inactivation methods to inactivate H. pylori, including the use of formalin, chloroform, phenol, ammonium sulfate, heat, sonication, and lysis with sodium dodecyl sulfate (SDS) or sodium hydroxide at pH 9.5. For a specific request for an inactivated H. pylori strain or inactivation method, you can consult our technical support staff.

Stroke models are used as basic tools for stroke research. To a certain extent, they simulate the physiological and pathological processes of the body. Ace Neuroscience offers high-quality and professional services for the development of stroke models. We have established different cell banks. On the one hand, we guarantee the quality of our cell models, and on the other hand, we provide you with reliable and consistent quality cells for your research. We have established in vivo stroke models, in vitro stroke models, and blood brain barrier models to meet all aspects of stroke research. Our team has been conducting research in the field of stroke for decades, and we are constantly improving our expertise and skills to provide you with the best possible service.

Experiments using co-cultures of gastric cells and H. pylori can provide insight into the mechanisms of gastric cell adaptation triggered by H. pylori infection. These adaptive mechanisms may be exploited as pharmacological targets and are important for the development of new therapeutic approaches for non-invasive risk control of gastric diseases caused by H. pylori. Further, experiments using specially gene-edited gastric cells co-cultured with H. pylori can investigate these mechanisms in greater depth. To better assist in the study of the mechanisms of H. pylori infection in humans and to understand the interplay between H. pylori and gastric cells (especially GES-1), Ace Infectious provides specialized gastric cell gene editing services, including gene knockdown, gene overexpression and gene knockout of specific genes in gastric cells.

Phages offer a unique opportunity for superbug detection. Using the ability of phages to specifically target specific strains of bacteria, it may can be as superbug cell recognition elements. Phage particles are able to specifically recognize surface receptors on host bacterial cells and bind, leading to early and rapid detection and identification of drug-resistant pathogens. Given the unique cellular sensitivity characteristics of phages, they can be used to create an effective identification method for drug-resistant bacteria. We offer services for the development of reporter phage-based superbug detection systems that take advantage of their rapid and sensitive properties making them ideal tools for detecting drug-resistant bacteria.

For many years, researchers have been trying to identify diagnostic and prognostic biomarkers for psychiatric disorders, including schizophrenia, major (monophasic) depression and bipolar disorder. Identifying such biomarkers will help in the diagnosis of these disorders, as well as in the possible development of effective psychiatric drugs to treat them.

Stroke models are used as basic tools for stroke research. To a certain extent, they simulate the physiological and pathological processes of the body. Ace Neuroscience offers high-quality and professional services for the development of stroke models. We have established different cell banks. On the one hand, we guarantee the quality of our cell models, and on the other hand, we provide you with reliable and consistent quality cells for your research. We have established in vivo stroke models, in vitro stroke models, and blood brain barrier models to meet all aspects of stroke research. Our team has been conducting research in the field of stroke for decades, and we are constantly improving our expertise and skills to provide you with the best possible service.

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. One of the key challenges in the fight against superbugs is the detection of drug-resistant bacteria. We offer low-cost, rapid detection tools and services for currently known or unknown drug-resistant pathogens.