What does AMPC mean in ASIAN

The Asian Mouse Phenotyping Consortium is an international collaboration aiming to collect phenotypic data and establish genetic resources for improving mouse health. It coordinates clinical screening of mouse models from diverse populations in multiple Asia-Pacific countries, including Japan, China, India, Australia, and Korea. AMPC also works to ensure that new knowledge acquired through research studies are shared across the world.

AMPC coordinates clinical screenings of mouse models from different backgrounds in various countries around the Asia-Pacific region. These screenings are used to collect valuable phenotypic data and establish reliable genetic resources. Additionally, AMPC facilitates an open exchange of information among its members for further research.

The AMPC consortium includes scientists from various institutions across Japan, China, India, Australia, and Korea. Additionally, there are partnerships with universities and biotechnology companies around the world who collaborate on the project’s goals.

Through their clinical screenings of mouse models from diverse backgrounds, AMPC collects detailed data on physical characteristics such as growth rate or changes over time in blood parameters like platelet count or body weight changes. This data can be used to better understand how genes influence animal development and disease resistance mechanisms.

The data collected by AMPC is available online through their publicly accessible database. This allows researchers worldwide access to comprehensive genotype-phenotype datasets to facilitate discovery research into gene function. Additionally a number of presentations and scientific publications discussing the activities of the consortium have been produced since its creation.

By collecting phenotypic and genotypic data from distinct mouse populations around the world, AMPC helps identify potential risk factors for certain diseases or disorders that may vary based on region or individual mutation profile. Through their database sharing system and publications they make this critical information available to researchers worldwide so they can better understand complex variations between human populations.

By 2021 the consortium had already analyzed >1 million samples across 50 mouse strains with plans for expansion going forward.

Mice are widely considered one of our most important model organisms because they share approximately 95% of human genes which makes them a great resource for studying inherited diseases directly applicable to humans.

Advancements in technology have enabled us access more accurate measurements at a much faster pace than ever before. For example high throughput sequencing makes it possible to determine family relationships between different mice with a single testand automated imaging systems allow researchers to run large numbersof experiments quickly while reducing errors dueto manual labor.