Showing posts with label health robots. Show all posts
Showing posts with label health robots. Show all posts

Monday, 3 November 2008

AI 126 The Robotic FreeHand wins a Prestigious Award


FreeHand®, Prosurgics’ is the next generation robotic camera holder and has been selected by the Society of Laparoendoscopic Surgeons (SLS) as their Innovations of the Year, 2008.

The FreeHand laparoscopic camera holder is the first of Prosurgics’ new generation of affordable robotics, and is designed to bring the benefits of crystal-clear visualization and direct camera control within the reach of surgeons in every laparoscopic surgical unit.

BillPerry, President of Prosurgics’ newly formed US organisation, is delighted that the benefits of FreeHand have been recognised by the SLS:

“FreeHand is an important innovation because it has been designed to solve problems experienced by every laparoscopic surgeon, such as poor visualisation and variable levels of surgical procedure assistance. FreeHand’s numerous benefits and its affordability explain why we expect FreeHand to become an everyday necessity in operating rooms across the world in the coming year .”

Wednesday, 20 August 2008

AI 49: Smart Medical Devices Supported by the Cloud


Zuni is a smart pill alert system connected to the Cloud that sends patients reminders to take their medications and records their compliance, which users and, if they choose, their doctors can track.

The Zuri's maker, Zume Life Inc., a San Jose, Calif., start-up, and has started beta tests.

Zuri downloads from the Health Cloud the medication schedule on into the device. The device beeps when medication needs to be taken and by pressing a button, the user can confirm whether or not they have taken the pill.

Zume Life's product is one of a number of "self-care" tools that companies including Intel Corp. and Microsoft Corp. are developing to help people monitor their own health and receive feedback from caregivers.
Uses include supporting preoperative care and the management of chronic conditions.

The Market is Huge

Over 125 million Americans had at least one chronic disease, such as diabetes or high blood pressure, and by 2020 the figure is expected to reach almost 160 million, according to research by the Johns Hopkins Bloomberg School of Public Health.

The medical costs for chronic diseases in the USA is already in excess of $500 billion and by 2020 it is expected to top $1 trillion.

These technologies have the potential to lower health-care costs by making the delivery of services more efficient and by empowering consumers to take a more-active role in their own care.

Intel Health Device Services

"With more people living with chronic diseases, we believe care can be increasingly moved outside of the hospital to the home," said Louis Burns, vice president and general manager of Intel's Digital Health Group.

The Intel in-home patient device collects readings from specific models of wired and wireless medical devices, such as blood-pressure monitors and glucose meters. It then displays the data for the patient on a touch screen and sends the readings to a secure host server, where health-care professionals can review the information and provide feedback via video conferencing and email.

Patients also can monitor their health status, communicate with care teams and learn about their medical conditions, according to Intel.

Intel is launching these services in 2009 in the U.S. and U.K.

Microsoft Health Device Services

Microsoft is working with 3rd parties to integrate vital-signs data into HealthVault, an online service the software company recently launched that allow consumers to store and manage and selectively share medical data.

HealthVault account holders can add data from 50 devices, including heart-rate monitors and blood-pressure machines from nine manufacturers, to their personal health records.

Users can then share the data with several applications, such as the American Heart Association's blood-pressure manager.

"We're looking to add more device categories, such as fitness equipment, and finding new applications to support the data from the devices," said Bert Van Hoof, director of partner development at the Microsoft Health Solutions Group.

As predicted, robotic health services will be linked to Cloud Services and set a foundation for artificial intelligence (please refer to AI 4).

Wednesday, 2 July 2008

A14: Robots being used for complex surgery


Robots surgeons are rapidly being accepted in the operating theatre.

neuroArm has been used to remove a tumour from a young woman's brain under the supervision of Garnette Sutherland, University of Calgary Faculty of Medicine. The key hole precision is so small it is less invasive and accelerates the time for recovery.

There are more than 800 da Vinci robots from Intuitive Surgical, a Californian company, being used in hospitals around the world for inserting heart valves and cutting out cancers.

MIRO which is a robotic-surgery system is being developed by Germany's DLR Institute of Robotics and Mechatronics and could well operate directly on a beating heart.

Maybe some of robotic capability will be upgraded to the robotic nurses designed to support patients at home (refer to blog reference AI 4).