Every year, more than a million deaths occur due to misdiagnosis.
Misdiagnosis is a resultant of bad decisions which occurs due to human assumptions based on incomplete data, resulting in death. As time is another important factor in the decision cycle, it is highly dangerous to work on probabilities of the causes, before arriving at the near accurate solution
Today, we have the technology and knowledge to derive accurate decisions by applying analytical models to a full-data set and arriving at various scenarios with probability weights
Quahog Life Sciences is building a technology platform, which can address decision related issues and time taken to arrive at the right solution. The platform uses a unified stack architecture to create individual patient records and synthesizes data with ready intelligence for personalized medicine for each individual
Project Taycay is an initiative of Quahog Prudent Labs, which aims to monitor and measure body functions regularly so as to keep the user notified of ab-normalization in body functions.
Most cases today is that, patients visit doctors only after a certain symptom bothers them and in so many cases, the patients have seen the doctor at a very critical stage. Keeping a regular monitor and control of the body functions will help in quickly understanding the changes in body functions and addressing them instantly
Quahog Prudent range of products aims to build devices for users which can help them monitor their body functions regularly using blood, urine and saliva
An excerpt from Manhattan Beach Project
In order to reverse the damages of aging, we most likely only have to mature the following technologies and sciences. Some current technologies are designed to extend your life. Longer-term projects are being developed to transform the elderly into youthful people and to keep them youthful and healthy.
Throughout history doctors have sought to help the human body repair itself. Over the years, many new procedures have been added to the physician’s toolkit – x-rays, anesthesia, antibiotics, surgery, and more recently, stem cells and genetic engineering. For the most part though, doctors still rely on the body’s own trusted healing abilities.
Nearly all sickness, injury, and stress can be traced to cellular malfunction, but physicians have not yet perfected technologies to replace or renew damaged cells. Today, tools do not exist that enable scientists to enter individual cells and make repairs at this molecular level.
Cryopreservation of people or large animals is not reversible with current technology. The stated rationale for cryonics is that people who are considered dead by current legal or medical definitions may not necessarily be dead according to the more stringent information-theoretic definition of death.
It is proposed that cryopreserved people might someday be recovered by using highly advanced technology. Those who believe that revival may someday be possible generally look toward advanced bioengineering, molecular nanotechnology, nanomedicine, or mind uploading as key technologies.
In June 2005 scientists at the University of Pittsburgh‘s Safar Center for Resuscitation Research announced they had managed to place dogs in suspended animation and bring them back to life, most of them without brain damage, by draining the blood out of the dogs’ bodies and injecting a low temperature solution into their circulatory systems, which in turn keeps the bodies alive in stasis. After three hours of being clinically dead, the dogs’ blood was returned to their circulatory systems, and the animals were revived by delivering an electric shock to their hearts. The heart started pumping the blood around the frozen body, and the dogs were brought back to life.
Read more about on Suspended Animation on Wikipedia