https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb MissionGO and MediGO have innovated the transportation of organs for transplant not accompanied by man en-us 2022-06-10 14:00:30 UTC 2022-06-13 04:58:03 UTC hello@padlet.com https://padlet-uploads.storage.googleapis.com/1726155221/b403358ed37d0b65be92d9ae87a6f307/MissionGO_Nevada_Image_9_scaled_1024x731_1.png taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218248603 1.) Lower cost compared to manned flights 
2.) Faster, more efficient transportation 
3.) Decreased emissions
4.) Increased recipient outcomes due to fast transplantation 

]]> 2022-06-11 18:05:56 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218248603 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218672735 MissionGo is an organization that provides unmanned aircrafts that offer the ability to transport vital organs for transplantation. This process is in the beginning stages, however MissionGo has successfully flown a set of corneas as well as a research kidney. These organs/tissues had a short commute, the longest being 10.6 miles. With two successful trials, there is hope within the medical community that this innovation will advance and be able to serve a vast number of patients. 
These aircrafts resemble that of a drone, and are controlled by an aviation pilot from the ground. By decreasing the amount of man power, the goal is to increase the efficiency and decrease the cost and carbon footprint associated with current organ transport.  (Ferng, 2020)]]> 2022-06-12 17:07:04 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218672735 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218674886 1.) Technological difficulties 
2.) Will require educating the sending and receiving medical centers 
3.) Involvement/ approval from FAA 
4.) Repairs to machinery 
5.)High level of coordination and logistics 
6.)Temperature control, preservation of organs 
7.)Distance ]]> 2022-06-12 17:10:49 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218674886 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218675246 2022-06-12 17:11:32 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218675246 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218675521 2022-06-12 17:12:06 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218675521 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218730289 I support the innovation of unmanned aviation to assist in the transportation of organs. This process sheds light on the possible enhancements being developed that hope to increase quick and reliable transport of bodily organs to their new recipients. As with many new innovations, of course,  there will be obstacles to overcome such as technical difficulties, cost, and flight distance. Currently there have been two successful transports completed, however the longest transit was 10.6. miles (Ferng 2020). Overtime, I am confident that the flight distance will increase as further information presents itself. In addition to distance, there is also the challenge of not knowing the viability or long term effects of organs who have traveled via an Unmanned Aircraft System (UAS). 
Despite these obstacles, as well as others, it is apparent of the possible benefits that this innovation can bring to the world of medicine and organ transplantation. Being able to transport vital organs to their recipients while saving time and resources is the forward progress the organ procurement field needs. In addition to being able to transport organs, Dr. Scalea proposes this can be used to fly blood and medications as well (Scalea, 2020). 
Overall, I support the efforts in place to implement UAS with organ transplants and acknowledge the trials that will accompany rolling out this new technology. ]]> 2022-06-12 19:21:34 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2218730289 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219041946 *Restorative- This strength can be beneficial in a working group because it's member enjoys the breakdown of finding a solution. Restorative members can also bring expertise  to the group from past experiences. 
*Responsibility- Responsibility can play a vital role in group collaborations. Being responsible as a group member strengthens group dynamics because these members are able to commit and complete tasks. Reliable members. 
*Learner- Having a learner in a group can be helpful by they way they are interested in seeking new information and applying it to assignments. 
*Harmony- Harmony encourages good communication and interaction amongst group members. 
*Achiever- Being an achiever can be challenging, but helpful in a group setting. Achievers run off of drive and like to be successful. ]]> 2022-06-13 03:59:51 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219041946 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219051958 *Randall (responsible)- Chosen due to his ability to take ownership of projects and complete tasks on time. 
*Angelica (analytical)- Can offer different view points or solutions for problems. 
*Carter (communication)- Communication in a group is vital to the group's success. Carter encourages ideas and feedback to be shared freely. 
*Faith (futuristic)- Can provide ideas that are changing with the times. This allows for more ideas that may have support innovation. 
*Fernando (focus)- Having a strong sense of focus can be helpful in group setting. This trait helps reign in the group's attention. ]]> 2022-06-13 04:15:29 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219051958 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219064121 Ferng, A. (2020). MissionGO and MediGO Complete Successful Organ Deliveries in Unmanned Flights. Medgadget.

Scalea, J. R. (2020). Using unmanned aircraft to save lives. JAMA Surgery, 155(4), 355. https://doi.org/10.1001/jamasurg.2019.4925 ]]> 2022-06-13 04:31:55 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219064121 taylorweathers903 https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219066875 medgadget.com 
Alice Ferng]]> 2022-06-13 04:35:34 UTC https://padlet.com/taylorweathers903/zhz4y4afhcsft2pb/wish/2219066875