Research
Research On Neuro Disorders Patients
Neurological conditions are illnesses that target the central or peripheral nervous systems, negatively impacting brain
Research On Genetic Disorders Diseases
Disruptions in our genetic makeup can lead to various ailments – from single-gene,
Research On Cancer
Doctors and scientists have designed a range of research studies to provide more effective preventative, diagnostic, and treatment methods for cancer.
There are 37 trillion or so cells in our bodies that work together to give us life. But it may surprise you that we still haven’t put a good number on how many distinct cell types there are within those trillions of cells. Scientists have been working for more than 150 years to characterize the trillions of cells in our bodies.
In 2016, a team of researchers from around the globe launched a historic project called the Human Cell Atlas (HCA) consortium to identify and define the hundreds of presumed distinct cell types in our bodies. Knowing where each cell type resides in the body, and which genes each one turns on or off to create its own unique molecular identity, will revolutionize studies of human biology and medicine across the board.
Also in 2016 researchers launched Immune Cell Atlases, which are still first drafts, that already provide an invaluable resource toward designing new treatments to bolster immune responses, such as vaccines and anti-cancer treatments. They also may have implications for understanding what goes wrong in various autoimmune conditions, and provide an invaluable resource toward designing new treatments to bolster immune responses, such as vaccines and anti-cancer treatments. They also may have implications for understanding what goes wrong in various autoimmune conditions.
We would like to like to collectively explore critical biological questions with far-reaching implications for human health and disease, and collaborate with the historic Human Cell Atlas (HCA) Consortium. Such a collaboration will revolutionize studies of human biology and medicine across the board. A combination of technologies and sample pathways will have unique advantages that will collectively provide a powerful analytical capability very rapidly, which will enable us to identify diagnostic disease targets, develop associated assays, and develop research tools for the assessment, testing, and treatment of various Cancers, and various diseases and or health disorders, and will enable us to collectively research virtually any, and all pathogens, and or diseases.
