QuanMed AI

Building With Sound Waves Researchers from Concordia University have developed a new 3D printing method called - holographic direct sound printing, or HDSP for short. It can form complex objects in a single step by using sound waves - transforming fields like body tissue engineering & internal medical printing. QuanMed can assist in HDSP by integrating that data into its quantum-based AI models to optimize on designs of biological structures & tailor materials to patient-specific body tissues or organs, delivering more precise healthcare solutions.

GPUs to Speed Up Drug Discovery A recent paper by Moderna & Yale talked about fast-tracking drug development by utilizing quantum algorithms via NVIDIA’s CUDA-Q platform. CUDA-Q combines quantum processors with classical GPUs - to swiftly run simulations & computations. By replicating complex molecular structures faster, scientists will be able to predict how drugs interact with the human body more efficiently - accelerating pharmaceutical research. At QuanMed, we already knew the possibilities of employing quantum techniques & artificial intelligence. QuanMed AI applies quantum mapping to real-life data uploaded from wearable devices, pre-existing decentralized data & its own state-of-the-art AI models to precisely diagnose for medical treatments, including drug customization.

Manifesting TNA Scientists at UC Irvine engineered a new enzyme that can create a synthetic genetic material called threose nucleic acid, known as TNA. TNA turns out to be way more stable than DNA, which will make targeting specific disease molecules much easier, allowing for longer lasting treatments & reduce possible side effects . Imagine the scope of precision QuanMed could bring to healthcare solutions by leveraging this synthetic genetic material within its quantum-based AI models. This amazing new development unlocks numerous opportunities for QuanMed AI to step in & help improve on cancer treatments, autoimmune disorder management, drug design, genetic therapies, diagnostic tools & so much more.

Democratizing Access to Healthcare India’s National Health Authority & Institute of Technology in Kanpur are on a mission to develop a platform that will be verifying AI models for disease diagnoses using the Ayushman Bharat Digital Mission (ABDM) database. Just another example of the healthcare industry looking to grasp a better hold on the medical data & its security. This kind of storage & research can be found here! QuanMed AI leverages blockchain tech to store our patients’ info, encrypt it & then use it for treatment diagnoses by comparing with other decentralized data. Users also hold full control of their data release & private keys.

A Surgical Succession The University of Washington Harborview was able to successfully complete 50 surgeries using Proprio’s AI-powered surgical system, called Paradigm. How does it work? It tracks & guides surgeons through live procedures using infrared cameras & no radiation - meanwhile adapting to the patient’s anatomy & recording it, delivering 20% more precision. Now, let’s imagine the impact from combining real-world data like that with QuanMed AI’s quantum techniques! Discover all of the QuanMed AI labs which work together to: ?? Store & encrypt your medical data ?? Build & simulate digital clone models ?? Analyze & diagnose for personalized treatments using decentralized data, AI & quantum mapping.

Digitizing Medical Imaging South Korea is in the middle of creating a system where patients can share their medical images like MRI & CT scans to reduce repeated testing, support community care & improve overall convenience. On the larger spectrum - the aim is to help hospitals utilize health data more effectively & support the growth of AI in technologies like therapeutics or surgical robots. As the medical industry realizes the need for AI intervention, secure storage has never been so important. QuanMed AI already got it covered! It uses blockchain technology to store & encrypt our patients’ data while giving them full control over its release - allowing for future monetization opportunities.

QMD: Don’t Skip Another Heartbeat Once live, QuanMed is going to be able to integrate all sorts of monitoring tools into its database - beyond just wearables! By applying our quantum mapping techniques to real-life data from implantable devices such as pacemakers, QuanMed AI could help transform every heart - into a healthy heart. Now, let’s go into some key benefits this ecosystem can bring to cardiac care: ?? Developing new or more accurate algorithms to detect arrhythmias & etc. ?? Improving long-term management of chronic heart conditions. ?? Identifying patterns to predict incoming complications. ?? Refining & driving designs of all the future gadgets containing physiological sensors. Stay close by as we go further down this list & let us know in the comments of any other options QuanMed AI can explore!

First cancer database goes live in India! After 15 years, the Indian Cancer Genome Atlas or ICGA, has finally launched their comprehensive multi-omics database. This information is now freely available to the global research community under the PRIDE guidelines. As the demand for all types of medical studies skyrockets, centralized storage systems will only continue becoming more vulnerable to breaches & unauthorized access. QuanMed AI can solve that problem by implementing blockchain technology to anonymize & encrypt our patients’ info. But that’s not all it does! QuanMed uses decentralized data & AI to diagnose for the most viable choice in healthcare treatment by employing quantum mapping techniques.

QuanMed AI: Hacking Recuperation on the Quantum Level This week, we will be exploring the subject of recovery & all the transformative, AI-driven solutions QuanMed utilizes to support different stages of recuperation. Using decentralized medical data & key strategies like the Enhanced Recovery After Surgery protocol, also known as ERAS - QuanMed AI is able help patients shorten their hospital stays, encourage early mobility & minimize drug use. ?? Effective Wound Care. QuanMed AI is ideal for maintaining proper care of the surgical site to help reduce infections & speed up rehabilitation. ?? Education & Regular Follow-Ups. QuanMed AI is ideal for informing patients about emerging issues, recovery progress & in-home care suggestions, to maintain only the best treatment outcomes. ?? Nutritional Support. QuanMed AI is ideal for healing & bolstering immune responses during the recuperation phase, by providing specific-to-body dietary requirements. ?? Multimodal Pain Management. QuanMed AI is ideal for helping with pain relief using less invasive solutions like analgesics & adjuvant therapies - hastening mobilization. ?? Early Monitoring. QuanMed AI is ideal for preventing further complications by identifying & addressing infections, thrombosis or respiratory issues - for quick, early intervention. ?? Personalized Rehabilitation. QuanMed AI is ideal for tailoring physical therapy programs to help restore strength & function sooner.

Quantum Sensing Meets AI The Novo Nordisk Foundation & Cleveland Clinic are launching a $6.2mil program to fund future research in quantum sensing & AI-driven diagnostics. As part of the IBM Discovery Accelerator, this new alliance will support early-stage studies like genomics, drug discovery & precision medicine. What is the difference? Quantum sensing measures small physical quantities like time or magnetic fields which require high accuracy. Quantum mapping, on the other hand simulates molecular structures & spacial environments to solve much more complex problems. QuanMed AI utilizes the mapping methods in its Fermion & Electron Labs - to provide digital clone simulations of patients, predict optimal treatment plans & assist with reverse engineering!