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The Spectros T-Stat Model VLS 2.0 is a continuous tissue oximeter. This device detects early tissue ischemia. A white LED light is used to illuminate the tissue in the capillary bed, which then captures the tissue oxygenation rate on the monitor. The new 2.0 model was designed in 2020 to make it more durable, have improved data information, and to have a battery versus wall plug in for easier transportation.                                                         

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The Spectros T-Stat Model VLS 2.0 is a continuous tissue oximeter. This device detects early tissue ischemia. A white LED light is used to illuminate the tissue in the capillary bed, which then captures the tissue oxygenation rate on the monitor. The new 2.0 model was designed in 2020 to make it more durable, have improved data information, and to have a battery versus wall plug in for easier transportation.                                                         

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https://www.spectros.com/tstat

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T-Stat Tissue Oximeter 2.0 — Spectros - T-Stat 2 Tissue Oximeter

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https://www.spectros.com/tstat

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https://www.spectros.com/tstat

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T-Stat is a Tissue Oximeter that uses white visible light technology to detect low tissue oxygen levels. T-Stat is used intra operatively and post operatively as a bedside monitor. A variety of sensors allows for a variety of applications. Most commonly T-Stat is used in: Reconstructive Microsurgery (tissue flaps), Gastroenterology/Endoscopy and in Critical Care (NICU/PICU/ICU/CICU). Remote monitoring is available using our OnCall Remote Monitoring application. Users create a private account and can log in remotely to view in realtime what the monitor is reading bedside. OnCall by Spectros is HIPAA compliant. For more information contact info@spectros.com

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https://www.aaihealthcare.com/t-stat

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CONS: 1.) The T-Stat machine can be costly.         2.) The machine will need some sort of continuous power source. 3.) The new use of the t-stat machine in a facility will require staff education and resources.

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CONS: 1.) The T-Stat machine can be costly.         2.) The machine will need some sort of continuous power source. 3.) The new use of the t-stat machine in a facility will require staff education and resources.

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Please click on the chosen link to access the file.

T-Stat 2.0 Manual, PDF - User manual and operating instructions for T-Stat 2.0

T-Stat 2.0 Quick Reference Guide, PDF - T-Stat 2.0 IFU, Quick reference start up and operation

T-Stat Sensors User Guide, PDF - Sensors IFU, Instruction guide for using T-Stat sensors

Using OnCall, PDF - OnCall IFU, Application instructions for use

T-Stat Hospital Bulletin, PDF

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Resources - Spectros - T-Stat 2 Tissue Oximeter

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Please click on the chosen link to access the file.

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PROS: 1.) The T-Stat oximeter can monitor tissue perfusion without causing harm to a newly placed flap. 2.) Real-time oxygenation levels of the tissue is readily available. 3.) There is opportunity to have the oxygenation results from the machine sent directly to the surgeons phone to keep them informed on flap quality.

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PROS: 1.) The T-Stat oximeter can monitor tissue perfusion without causing harm to a newly placed flap. 2.) Real-time oxygenation levels of the tissue is readily available. 3.) There is opportunity to have the oxygenation results from the machine sent directly to the surgeons phone to keep them informed on flap quality.

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https://www.spectros.com/tstat

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https://www.spectros.com/tstat

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I choose to do my current innovation on the T-Stat machine because we currently use this machine at my job. We use the T-Stat oximeter for our DIEP flap breast patients. Patients come up to the floor from surgery with this machine being used, so their flap is being continuously monitored. We use the T-Stat Oximeter because of its accuracy, which leads to better patient outcomes. The T-Stat oximeter gives the staff and surgeon a good representation of flap quality.
(See Reference for Citation)

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Microsurgery information for surgeons, health care professionals and patients, with detailed procedure descritpions.

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As a nurse providing care for DIEP Flap patients, I have found the T-Stat oximeter so helpful with patient care. Being able to see the oxygenation rates of the flap in real time aids in the assessment of my patients. Surgeons also receive continuous updates on the oxygenation levels, which keeps them informed. An invention like this is so important because flaps can be rejected by the body. So early detection of ischemia in a flap is crucial for good patient outcomes.

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Andrew-Because he will get things done, and will put tasks into play.
Abraham- He will keep information organized, but will be okay if things need to be reorganized.
Izzy- She will collect and keep all the data together.
Sheila- She will help the group overcome any large obstacles or set backs.
Chelsea- Will be the leader of the project, and will be on top of the overall flow of the team.

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Teri (2021, January 15). Perfusion Monitor: Flap Monitoring in Microsurgical Breast Reconstruction. Retrieved September 24th, 2023 from https://diepcjourney.com/perfusion-monitor-flap-monitoring-in-microsurgical-breast-reconstruction

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My strengths are discipline, futuristic, relator, consistency and learner. I will use my discipline to make sure deadlines are met to get this device moved into the clinical setting. I will also use consistency to keep working on completing tasks. A project like this would require a lot of planning for the future, which I would gladly take on. I will also work well with my colleges and build good relationships. Lastly, I will be open to learning along the way.