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NATO Science: Rapid skin wound healing

Publication date

30 Nov 2020 10:48

Country

Belgium

Themes

Science

Filming date

01 Dec 2019

Location

Brussels

Type

RAW

Format

16:9

Version

B-roll

An exciting new technology can reduce the time wounds take to heal from ten days to two.

Synopsis

NATO scientists have developed a special technology that not only speeds up the healing of a wound, but also monitors key indicators like temperature, pH level and chemical processes on a readable display. Working with the NATO Science for Peace and Security Programme, scientists from Belgium, Japan, Italy and Spain have developed the system, which has been picked up by the European Space Agency and NASA to test in zero gravity.

Footage includes images of Material Engineer, Vanja Mišković and colleagues working in on the Rapid Skin Wound Healing by Integrated Tissue Engineering and Sensing (RAWINTS) system at the Université libre de Bruxelles in Belgium. Please note that typical COVID-19 precautions are not displayed in the footage because filming took place prior to the coronavirus pandemic.

Transcript

(00:00) CLOSE UP THROUGH A MAGNIFYING LENS OF THE HANDS OF MATERIAL ENGINEER, VANJA MIŠKOVIČ PREPARING A HYDROGEL MEMBRANE AT THE UNIVERSITÉ LIBRE DE BRUXELLES IN BELGIUM
(00:11) VANJA MIŠKOVIČ LOOKING DOWN AT HER WORKBENCH
(00:17) CLOSE UP OF VANJA MIŠKOVIČ’S FACE AS SHE WORKS
(00:38) TILT SHOT FROM VANJA MIŠKOVIČ’S HAND TO HER FACE
(00:49) MOVING SLOW MOTION SHOT THROUGH LAB TOWARDS VANJA MIŠKOVIČ WORKING
(01:06) SLOW MOTION MOVING SHOT FROM VANJA MIŠKOVIČ FACE TO HER HANDS WHILE WEIGHING CHEMICALS
(01:21) SLOW MOTION OF VANJA MIŠKOVIČ’S HANDS WHILE SCREWING ON THE LID OF A SMALL JAR
(01:26) SLOW MOTION CLOSE UP OF VANJA MIŠKOVIČ SHAKING AND INSPECTING TWO JARS OF CHEMICALS
(01:37) MID SLOW MOTION SHOT OF VANJA MIŠKOVIČ WORKING
(01:57) SLOW MOTION TILT FROM VANJA MIŠKOVIČ HANDS TO HER FACE
(02:33) MID SHOT OF VANJA MIŠKOVIČ HANDING THE HYDROGEL MEMBRANE TO A COLLEAGUE
(02:38) HYDROGEL MEMBRANE IS PLACED ONTO A HEATING ELEMENT, WHICH IS LAID ON A TEST SUBJECT
(02:45) HYDROGEL MEMBRANE IS ADJUSTED
(02:52) SCIENTISTS AT THE UNIVERSITÉ LIBRE DE BRUXELLES USE A COLOUR DETECTING APP TO ASSESS THE PH INDICATOR OF THE HYDROGEL MEMBRANE
(03:04) SLOW MOTION - TWO SCIENTISTS DISCUSS AT A COMPUTER
(03:15) SLOW MOTION - SCIENTISTS GATHER ROUND A CLOSE UP IMAGE OF THE HYDROGEL MEMBRANE
(03:24) SLOW MOTION CLOSE UP IMAGE OF THE HYDROGEL MEMBRANE
(03:35) SLOW MOTION - A SCIENTIST DISCUSSES THE HYDROGEL MEMBRANE IMAGE WITH COLLEAGUES
(03:41) CLOSE UP - A SCIENTIST LOOKS THROUGH A MICROSCOPE
(03:38) MID SHOT - A SCIENTIST LOOKS THROUGH A MICROSCOPE WHILE HER COLLEAGUE LOOKS ON
(03:55) WIDE SHOT - A SCIENTIST LOOKS THROUGH A MICROSCOPE WHILE HER COLLEAGUE LOOKS ON
(04:02) VARIOUS CLOSE UP SHOTS OF THE MICROSCOPE
(04:19) CLOSE UP - A SCIENTIST LOOKS THROUGH A MICROSCOPE
(04:24) MOVING SHOT SLOW MOTION – A SCIENTIST LOOKS AT A CLOSE UP IMAGE OF THE HYDROGEL MEMBRANE

Find out more

https://www.nato.int/cps/en/natohq/179311.htm

Usage rights

This media asset is free for editorial broadcast, print, online and radio use. It is restricted for use for other purposes.

Reference

NATO826818

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NATO Science: Rapid skin wound healing

Synopsis

Transcript

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