Digital Health for Space and Extreme Environments

ISfTeH Working Groups

The Digital Health for Space & Extreme Environments Working Group of the International Society for Telemedicine & eHealth is an initiative that promotes telehealth and its applications in space and other extreme environments.

Planned activities

Promotion of virtual events, such as webinars, panels and lectures regarding the theme of the WG.

Main
Motivating the involvement of international participants – speakers, researchers, professors, students.
Establishing and conducting research related to the application of digital health in space missions and other extreme environments.
Creation of a network of people involved in areas related to the theme of the WG.
Organization of a repository/archive of information regarding the theme of the WG, based on the activities and initiatives developed by the WG over the year.

Our aims

To create awareness of the contribution of digital health in the maintenance of the health and wellbeing of people in remote locations;

To develop a network of professionals and students under the theme of the WG.

Board of the WG

Chair

Vice-Chair

Publications, reports,
webinars and more

The impact of the hypogravity simulation of Mars and the Moon on Human Physiology with and without the use of virtual reality

Members involved = Juliana Herbert, Thais Russomano, João Castro, Rosirene Gessinger

Data Engineering on Cardiovascular Response to Microgravity Simulations

Members involved = Thais Russomano, Juliana Herbert and Raluca Papacocea – Human Twins in Space Research = Members involved = Thais Russomano, Juliana Herbert

Research Publications related to the theme of the WG

Members involved = Thais Russomano, Marlise dos Santos and Juliana Herbert

HARRIS, KATIE M.; ARYA, ROOPEN; ELIAS, ANTOINE; WEBER, TOBIAS; GREEN, DAVID A.; GREAVES, DANIELLE K. PETERSEN, LONNIE G.; ROBERTS, LARA; KAMINE, TOVY HABER; MAZZOLAI, LUCIA; BERGAUER, ANDREJ; KIM, DAVID S.; OLDE ENGBERINK, RIK H.; ZU EULENBERG, PETER; GRASSI, BRUNO; ZUCCARELLI, LUCREZIA; BALDASSARRE, GIOVANNI; TABURY, KEVIN; BAATOUT, SARAH; JORDAN, JENS; BLABER, ANDREW P.; CHOUKÉR, ALEXANDER; RUSSOMANO, THAIS; GOSWAMI, NANDU. Pathophysiology, risk, diagnosis, and management of venous thrombosis in space: where are we now?. NPJ Microgravity, v. 9, p. 17- 24, 2023.

SANTOS, MARLISE A DOS; HERBERT, JULIANA; CINELLI, ILARIA; BURMANN, JOSE ANTONIO L; SOARES, VINICIUS; RUSSOMANO, THAIS. Development of a Digital Platform: A Perspective To Advance Space Telepharmacy. Ieee Open Journal of Engineering In Medicine And Biology, v. 1, p. 1-6, 2023.

RUSSOMANO, THAIS. Health issues and medical emergencies in space – Gesundheitsprobleme und medizinische Notfälle im Weltraum. Notfall & Rettungsmedizin, v. 1, p. 1-2, 2023.

KRITTANAWONG, CHAYAKRIT; SINGH, NITIN KUMAR; SCHEURING, RICHARD A.; URQUIETA, EMMANUEL; BERSHAD, ERIC M.; MACAULAY, TIMOTHY R.; KAPLIN, SCOTT; DUNN, CARLY; KRY, STEPHEN F.; RUSSOMANO, THAIS; SHEPANEK, MARC; STOWE, RAYMOND P.; KIRKPATRICK, ANDREW W.; BRODERICK, TIMOTHY J ; SIBONGA, JEAN D.; LEE, ANDREW G.; CRUCIAN, BRIAN E. Human Health during Space Travel: State-of-the-Art Review. Cells, v. 12, p. 40, 2023.

EVETTS, SIMON; CLAPAM, N.; HEER, M.; ONBERGEN, A. V.; BROWN, K.; RUSSOMANO,T; WEBER, T; WINNARD, A. Space Physiology. In: Tommaso Sgobba. (Org.). Safety Design for Space Systems. 2ed.Oxford, UK: Elsevier, 2023, v. 1, Chapter 3, 3.1, p. 113-126.

EVETTS, SIMON; CLAPAM, N.; HEER, M.; ONBERGEN, A. V.; BROWN, K.; RUSSOMANO,T; WEBER, T; WINNARD, A. Physiological Effects of Space Missions and Space Analogs. In: Tommaso Sgobba. (Org.). Safety Design for Space Systems. 2ed.Oxford, UK: Elsevier, 2023, v. 1, Chapter 3, 3.2, p. 127-139.