The shirt has an ultra-fine and flexible sensor that can monitor posture, heart rate, and calories consumed and burned.
Smart Shirt That Knows When You're Tired, Excited or Unwell Created
A new smart shirt that would know when you're tired, excited or unwell has been created by a small French startup company.
A new smart shirt that would know when you're tired, excited or unwell has been created by a small French startup company.
‘When the smart shirt is connected to the smartphone, it provides suggestions to improve health based on the information collected.’
Data is collected through the electrically conductive fiber of the shirt and is wirelessly transmitted to a smartphone, where the user can view the information using a specific app. The idea is for the app to provide, based on the information collected, suggestions on improving health or workout performance to the users.
Gunze is scheduled to launch the "smart" shirt, which still does not have a definitive commercial name, this year at its gymnasiums in western Japan and is also contemplating the possibility of renting them out on a monthly basis to their clients in the gyms, the spokesperson added.
Researchers Develop Smart Bandage That Glows to Indicate Healing
Researchers developed a paint-on, see-through, smart bandage that glows to indicate a wound's tissue oxygenation concentration.
Researchers developed a paint-on, see-through, smart bandage that glows to indicate a wound's tissue oxygenation concentration.
Smart Bandage Promotes and Guides Growth of Blood Vessels
A new smart bandage, called the 'microvascular stamp' promotes angiogenesis while guiding exactly where the vessels should go.
A new smart bandage, called the 'microvascular stamp' promotes angiogenesis while guiding exactly where the vessels should go.
�Smart Bandage�s Accelerates Wound Healing Process, Prevents Infection
Smart bandage is made up of nanofibers that are smaller than a bacteria that gets attached to the fibres coated with allylamine bacteria.
Smart bandage is made up of nanofibers that are smaller than a bacteria that gets attached to the fibres coated with allylamine bacteria.
