-
Space Station Crewmember Discusses Space Medicine with Japanese Students
Aboard the International Space Station, Expedition 38 Flight Engineer Koichi Wakata of the Japan Aerospace Exploration Agency discussed the maintenance of cr...
-
Health and medicine in orbit - Space
The human body is a complex machine, perfectly adapted to life on Earth with its force of gravity and built-in protection from harmful space radiation. But w...
-
Space Medicine - OCR Physics Conference
How do astronauts stay healthy? In this video from OCR's Physics Conference - The Universe Stripped Bare, Kevin Fong explores space medicine and microgravity...
-
Lecture: Space Medicine - Challenges and Countermeasures
Lecture: Space Medicine - Challenges and Countermeasures Dr. Yuri Griko, Laboratory of Countermeasures Development, Life Sciences Division, NASA Ames Researc...
-
Rank List (Blank Space Parody) - Yale School of Medicine Class of 2015
"Rank List" was made by the Yale School of Medicine Class of 2015 for the Second Year Show on February 20-21, 2015.
DIRECTED & EDITED BY: Michael Chang
PRODUCED BY: Dippy Bhattacharya, Veronica Shi, Jia Liu, Pierre Martin
WRITTEN BY: Michael Chang, Jia Liu, Veronica Shi, Joan How, Pierre Martin
FEATURING: Veronica Shi, Ben MacDougall, Eve Overton, Bilal Siddiqui, Fry, Amanda Wallace, Mona Guo, J
-
Dr. Yuri Griko - The future of Space Medicine /BG Subs/
Interview on Space Medicine + BG Subs Dr. Yuri Griko - Space Biosciences, NASA Ames Research Centre.
-
Space Medicine #HISACHALLENGE
SPACE MEDICINE #BIOCAPSULE #HISACHALLENGE
This artwork was created as a submission to the Humans in Space Art Challenge supported by NASA and USRA.
The goal of this video is to showcase how a technology developed to mitigate the effects of radiation associated with interplanetary space travel has the potential to benefit all of humanity.
Plot:
Space. Deep, vast and beautiful - it is the final
-
Blank Space ft. Stony Brook University School of Medicine
A parody of "Blank Space" by Taylor Swift. This video was showcased at the 2015 annual Asian Extravaganza, hosted by the Stony Brook University chapter of APAMSA (Asian Pacific American Medical Student Association).
The original video (Blank Space - Taylor Swift) this is based on can be found here: https://www.youtube.com/watch?v=e-ORhEE9VVg
Written by Evan Austin, Saumya Bhutani, Olivia Cheng,
-
Bioastronautics & Space Medicine: "Life Sciences at the Manned Spacecraft Center" pt1-2 1973 NASA
more at http://scitech.quickfound.net/astro/nasa_news.html Explains research at the NASA Manned Spacecraft Center (Johnson Space Center) Life Sciences Direct...
-
Biosatellite Program: Between Atom and Star 1988 NASA Space Medicine Research
more at: http://scitech.quickfound.net
'NASA BIOSATELLITE PROGRAM: BETWEEN THE ATOM AND THE STAR (EPISODE 2) CMP 435 - (1988) - 28 Minutes
In this program, biologists explain the kinds of experiments to be done on the Earth-orbiting biosatellite. How the experiments were conducted, the importance for seeking information about weightless atmospheres for scientific research, and the human space fli
-
International Space Medicine Summit 2014 English 1
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
-
"Blank Stare" DGSOM c/o 2018 ("Blank Space" med school parody)
Parody of Taylor Swift's Blank Space by the David Geffen School of Medicine at UCLA Class of 2018
-
Space Debris - Medicine Men
Elephant Moon 2008.
-
Space Medicine - live improv, July 2011
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Serifa Markis - guitar
Doug Douglas - tubs
-
International Space Medicine Summit 2014 Russian 6
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
-
Космическая медицина: цель - Марс. Space Medicine: Destination - Mars.
В Москве прошел 17-й международный симпозиум «Человек в космосе», посвященный памяти основоположника отечественной космической медицины и космической биологи...
-
Space Medicine - "Footsteps" Live Improv @ Noble Kava, August 1 2014
Space Medicine is an ambient improv ensemble from Asheville, NC. Anthony Dorion - bass
Mary Sparks - hammered dulcimer
Michael Tao - guitar
visit us @ http://www.facebook.com/spacemedicine
-
From Space to Medical Practice – The Revolution of Medicine 1 of 3 Subtitles ENG
From Space to Medical Practice – The Revolution of Medicine
Prof. Dr. Dr. Enrico Edinger in an Interview with Michael Friedrich Vogt
Michael Friedrich Vogt:
“Methods used in conventional medicine work in a linear manner, like chemical equations, however the human body works with an infinite number of inter-dependent reactions which cannot be anticipated in advance. For this reason, solely academ
-
International Space Medicine Summit 2013 -- Tereshkova Video Presentation
May 17, 2013 Physicians and biomedical scientists gather to discuss space medicine research at this annual conference organized by the Baker Institute and Ba...
-
Space Medicine - Flight and Arrival (DnD Adventure)
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Lee Stanford - violin
Starring:
Jim Rosario - Roderick
Anthony Dorion - Farnsworth
Andrew Schatzberg - Grench
Jessica Foster - Princess
-
Frontiers of Nuclear: Space, Medicine and Beyond
Frontiers of Nuclear: Space, Medicine and Beyond. Third segment from the 2014 Nuclear Science Week Public Symposium in Seattle, Wash. Oct. 16-17.
-
Pilot Medical Exam and Aerospace Medicine at Mayo Clinic
Leigh Lewis, M.D., an internal medicine physician at Mayo Clinic in Florida, discusses pilot medical examinations. She outlines what to expect and how to pre...
-
Space Medicine Taster
Advances in space exploration have led to extended capabilities for longer, further-afield and more accessible space flights. With that come new challenges posed to the human physiology and new responsibilities to ensure crew safety. This lecture will focus on how advances in space medicine have addressed these challenges and the underlying changes to the human body in low-Earth orbit and long-dis
Space Station Crewmember Discusses Space Medicine with Japanese Students
Aboard the International Space Station, Expedition 38 Flight Engineer Koichi Wakata of the Japan Aerospace Exploration Agency discussed the maintenance of cr......
Aboard the International Space Station, Expedition 38 Flight Engineer Koichi Wakata of the Japan Aerospace Exploration Agency discussed the maintenance of cr...
wn.com/Space Station Crewmember Discusses Space Medicine With Japanese Students
Aboard the International Space Station, Expedition 38 Flight Engineer Koichi Wakata of the Japan Aerospace Exploration Agency discussed the maintenance of cr...
- published: 21 Jan 2014
- views: 8843
-
author: NASA
Health and medicine in orbit - Space
The human body is a complex machine, perfectly adapted to life on Earth with its force of gravity and built-in protection from harmful space radiation. But w......
The human body is a complex machine, perfectly adapted to life on Earth with its force of gravity and built-in protection from harmful space radiation. But w...
wn.com/Health And Medicine In Orbit Space
The human body is a complex machine, perfectly adapted to life on Earth with its force of gravity and built-in protection from harmful space radiation. But w...
Space Medicine - OCR Physics Conference
How do astronauts stay healthy? In this video from OCR's Physics Conference - The Universe Stripped Bare, Kevin Fong explores space medicine and microgravity......
How do astronauts stay healthy? In this video from OCR's Physics Conference - The Universe Stripped Bare, Kevin Fong explores space medicine and microgravity...
wn.com/Space Medicine Ocr Physics Conference
How do astronauts stay healthy? In this video from OCR's Physics Conference - The Universe Stripped Bare, Kevin Fong explores space medicine and microgravity...
Lecture: Space Medicine - Challenges and Countermeasures
Lecture: Space Medicine - Challenges and Countermeasures Dr. Yuri Griko, Laboratory of Countermeasures Development, Life Sciences Division, NASA Ames Researc......
Lecture: Space Medicine - Challenges and Countermeasures Dr. Yuri Griko, Laboratory of Countermeasures Development, Life Sciences Division, NASA Ames Researc...
wn.com/Lecture Space Medicine Challenges And Countermeasures
Lecture: Space Medicine - Challenges and Countermeasures Dr. Yuri Griko, Laboratory of Countermeasures Development, Life Sciences Division, NASA Ames Researc...
Rank List (Blank Space Parody) - Yale School of Medicine Class of 2015
"Rank List" was made by the Yale School of Medicine Class of 2015 for the Second Year Show on February 20-21, 2015.
DIRECTED & EDITED BY: Michael Chang
PRODUC...
"Rank List" was made by the Yale School of Medicine Class of 2015 for the Second Year Show on February 20-21, 2015.
DIRECTED & EDITED BY: Michael Chang
PRODUCED BY: Dippy Bhattacharya, Veronica Shi, Jia Liu, Pierre Martin
WRITTEN BY: Michael Chang, Jia Liu, Veronica Shi, Joan How, Pierre Martin
FEATURING: Veronica Shi, Ben MacDougall, Eve Overton, Bilal Siddiqui, Fry, Amanda Wallace, Mona Guo, Jenny Yang, Michael Oh, Dippy Bhattacharya, Aditi Balakrishna, Sakil Chundydyal, Ben Lerner, Adele Ricciardi, Apoorva Tewari, Joan How, Jia Liu, Megan Rowlands, Jessica Becker, Matt Mikhail, Paul Guillod, Anton Safonov
TECHNICAL SUPPORT: Zack Bornstein
DEDICATED TO: The Yale Med Match Class of 2015
The content of these videos do not represent the views of the school or the political, professional, or personal views of the individuals portrayed or referenced. Original track is the property of Taylor Swift. No animals were harmed in the making of this video.
wn.com/Rank List (Blank Space Parody) Yale School Of Medicine Class Of 2015
"Rank List" was made by the Yale School of Medicine Class of 2015 for the Second Year Show on February 20-21, 2015.
DIRECTED & EDITED BY: Michael Chang
PRODUCED BY: Dippy Bhattacharya, Veronica Shi, Jia Liu, Pierre Martin
WRITTEN BY: Michael Chang, Jia Liu, Veronica Shi, Joan How, Pierre Martin
FEATURING: Veronica Shi, Ben MacDougall, Eve Overton, Bilal Siddiqui, Fry, Amanda Wallace, Mona Guo, Jenny Yang, Michael Oh, Dippy Bhattacharya, Aditi Balakrishna, Sakil Chundydyal, Ben Lerner, Adele Ricciardi, Apoorva Tewari, Joan How, Jia Liu, Megan Rowlands, Jessica Becker, Matt Mikhail, Paul Guillod, Anton Safonov
TECHNICAL SUPPORT: Zack Bornstein
DEDICATED TO: The Yale Med Match Class of 2015
The content of these videos do not represent the views of the school or the political, professional, or personal views of the individuals portrayed or referenced. Original track is the property of Taylor Swift. No animals were harmed in the making of this video.
- published: 22 Feb 2015
- views: 1895
Dr. Yuri Griko - The future of Space Medicine /BG Subs/
Interview on Space Medicine + BG Subs Dr. Yuri Griko - Space Biosciences, NASA Ames Research Centre....
Interview on Space Medicine + BG Subs Dr. Yuri Griko - Space Biosciences, NASA Ames Research Centre.
wn.com/Dr. Yuri Griko The Future Of Space Medicine Bg Subs
Interview on Space Medicine + BG Subs Dr. Yuri Griko - Space Biosciences, NASA Ames Research Centre.
Space Medicine #HISACHALLENGE
SPACE MEDICINE #BIOCAPSULE #HISACHALLENGE
This artwork was created as a submission to the Humans in Space Art Challenge supported by NASA and USRA.
The goal o...
SPACE MEDICINE #BIOCAPSULE #HISACHALLENGE
This artwork was created as a submission to the Humans in Space Art Challenge supported by NASA and USRA.
The goal of this video is to showcase how a technology developed to mitigate the effects of radiation associated with interplanetary space travel has the potential to benefit all of humanity.
Plot:
Space. Deep, vast and beautiful - it is the final frontier for humanity. The courageous explorers who wander deep into our solar system and beyond will not find any predators, but they will encounter many hidden dangers. This story begins on the ISS, in the year 2030 with a magnificent view of our Earth and the Sun. But all is not well. SOHO – the Solar and Heliospheric Observatory is actively tracking an SPE (Solar Particle Event). A CME (coronal mass ejection) occurs on the sun, unleashing deadly ionizing radiation at immense speed traveling in the general direction of Mars. Concurrently, astronauts in orbit around Mars are inspecting their shuttle after a long journey - their communication system is down. They have avoided exposure to extreme, sudden doses of radiation. Until now. As the radiation reaches our brave explorers, it unleashes an immunodestructive force throughout their bodies, wreaking havoc on their immune systems. But all is not lost. Upon exposure, medical biocapsules implanted underneath the skin of the astronauts are activated, releasing G-CSF (granulocyte colony stimulating factor) which will find its way to the bone marrow. Upon entering the bone marrow, G-CSF will trigger stem cells to finalize their form as neutrophils –an essential and common type of white blood cell, restoring the body's proper immune response and function over the course of several days. Timely immune-boosting treatment for radiation exposure is critical to the recovery process, and the G-CSF biocapsules are the best possible option for long term space travel.
But radiation treatment for astronauts is just the beginning. The biocapsule can be used to eliminate the need for insulin injections, since it can house islet cells that secrete insulin when it detects low blood sugar. Another potential use is targeted cancer therapy, or perhaps even offsetting anaphylaxis - a serious, potentially deadly allergic reaction to something as common as peanut oil.
Credits:
Video Created & Edited by Serge Berig
Song - Cinematic Trailer by Sky-Productions (License Obtained)
http://audiojungle.net/user/Sky-Productions
Biocapsule + CFNT + Bone Marrow (Created in Cinema 4d by Serge Berig) and released under Creative Commons
https://drive.google.com/file/d/0B3uemtAJSY3PNFl6dGVtZkp3Q3c/view?usp=sharing
Background Sound Effects via Audioblocks (Royalty Free) http://www.audioblocks.com/
Shuttle Launch (STS-131)
http://s3.amazonaws.com/akamai.netstorage/qt.nasa-global/ksc/ksc_040510_sts131_launch_720p.mov
ISS Video (East US)
http://eol.jsc.nasa.gov/Videos/CrewEarthObservationsVideos/
ISS CUPOLA
http://commons.wikimedia.org/wiki/File:Cupola_ISS_open_shutters.jpg
Earth + Sun Image
http://apod.nasa.gov/apod/ap110412.html
Solar Video
http://svs.gsfc.nasa.gov/cgi-bin/details.cgi?aid=11095
Shield + Radiation Icon by Freepik (Creative Commons)
http://www.flaticon.com/free-icon/warning-sign-on-a-shield_22472
http://www.flaticon.com/free-icon/radiation-warning-triangular-sign_39839
Space Shuttle Cockpit (Public Domain)
http://en.wikipedia.org/wiki/Space_Shuttle_orbiter#mediaviewer/File:STSCPanel.jpg
Astronaut Image
http://www.nasa.gov/images/content/152330main_s121e06583-hi.jpg
Mars Image
http://mars.jpl.nasa.gov/msl/multimedia/images/?ImageID=3644
Mars Zoom Created with Universe Sandbox
http://universesandbox.com/faq/
Cancer and Blood Vessel background video (Creative Commons)
http://www.beeple-crap.com/resources.php
Body Scan Video Created w/ http://www.cinema4dtutorial.net/ 3d files. (Full Broadcast Permission)
Kepler Star audio during Bodyscan
http://www.nasa.gov/connect/sounds/#.VGjnI8mOSBo
Diabetes background animation (Creative Commons) WEHIMovies
https://www.youtube.com/watch?v=S5wVGBEBK_4
NASA Earth Night Rotation
http://www.nasa.gov/multimedia/hd/
Read more on G-CSF as it relates to radiation treatment here:
http://www.bbmt.org/article/S1083-8791%2806%2900162-5/fulltext
Read more on space radiation here: “Space Fairing: The Radiation Challenge”
http://www.nasa.gov/pdf/284273main_Radiation_HS_Mod1.pdf
END NOTES:
Ionizing radiation is invisible to the human eye - visualized for effect.
Neutrophil production timeline heavily accelerated.
All trademarks, service marks, trade names, trade dress, product names and logos appearing in the video are the property of their respective owners.
wn.com/Space Medicine Hisachallenge
SPACE MEDICINE #BIOCAPSULE #HISACHALLENGE
This artwork was created as a submission to the Humans in Space Art Challenge supported by NASA and USRA.
The goal of this video is to showcase how a technology developed to mitigate the effects of radiation associated with interplanetary space travel has the potential to benefit all of humanity.
Plot:
Space. Deep, vast and beautiful - it is the final frontier for humanity. The courageous explorers who wander deep into our solar system and beyond will not find any predators, but they will encounter many hidden dangers. This story begins on the ISS, in the year 2030 with a magnificent view of our Earth and the Sun. But all is not well. SOHO – the Solar and Heliospheric Observatory is actively tracking an SPE (Solar Particle Event). A CME (coronal mass ejection) occurs on the sun, unleashing deadly ionizing radiation at immense speed traveling in the general direction of Mars. Concurrently, astronauts in orbit around Mars are inspecting their shuttle after a long journey - their communication system is down. They have avoided exposure to extreme, sudden doses of radiation. Until now. As the radiation reaches our brave explorers, it unleashes an immunodestructive force throughout their bodies, wreaking havoc on their immune systems. But all is not lost. Upon exposure, medical biocapsules implanted underneath the skin of the astronauts are activated, releasing G-CSF (granulocyte colony stimulating factor) which will find its way to the bone marrow. Upon entering the bone marrow, G-CSF will trigger stem cells to finalize their form as neutrophils –an essential and common type of white blood cell, restoring the body's proper immune response and function over the course of several days. Timely immune-boosting treatment for radiation exposure is critical to the recovery process, and the G-CSF biocapsules are the best possible option for long term space travel.
But radiation treatment for astronauts is just the beginning. The biocapsule can be used to eliminate the need for insulin injections, since it can house islet cells that secrete insulin when it detects low blood sugar. Another potential use is targeted cancer therapy, or perhaps even offsetting anaphylaxis - a serious, potentially deadly allergic reaction to something as common as peanut oil.
Credits:
Video Created & Edited by Serge Berig
Song - Cinematic Trailer by Sky-Productions (License Obtained)
http://audiojungle.net/user/Sky-Productions
Biocapsule + CFNT + Bone Marrow (Created in Cinema 4d by Serge Berig) and released under Creative Commons
https://drive.google.com/file/d/0B3uemtAJSY3PNFl6dGVtZkp3Q3c/view?usp=sharing
Background Sound Effects via Audioblocks (Royalty Free) http://www.audioblocks.com/
Shuttle Launch (STS-131)
http://s3.amazonaws.com/akamai.netstorage/qt.nasa-global/ksc/ksc_040510_sts131_launch_720p.mov
ISS Video (East US)
http://eol.jsc.nasa.gov/Videos/CrewEarthObservationsVideos/
ISS CUPOLA
http://commons.wikimedia.org/wiki/File:Cupola_ISS_open_shutters.jpg
Earth + Sun Image
http://apod.nasa.gov/apod/ap110412.html
Solar Video
http://svs.gsfc.nasa.gov/cgi-bin/details.cgi?aid=11095
Shield + Radiation Icon by Freepik (Creative Commons)
http://www.flaticon.com/free-icon/warning-sign-on-a-shield_22472
http://www.flaticon.com/free-icon/radiation-warning-triangular-sign_39839
Space Shuttle Cockpit (Public Domain)
http://en.wikipedia.org/wiki/Space_Shuttle_orbiter#mediaviewer/File:STSCPanel.jpg
Astronaut Image
http://www.nasa.gov/images/content/152330main_s121e06583-hi.jpg
Mars Image
http://mars.jpl.nasa.gov/msl/multimedia/images/?ImageID=3644
Mars Zoom Created with Universe Sandbox
http://universesandbox.com/faq/
Cancer and Blood Vessel background video (Creative Commons)
http://www.beeple-crap.com/resources.php
Body Scan Video Created w/ http://www.cinema4dtutorial.net/ 3d files. (Full Broadcast Permission)
Kepler Star audio during Bodyscan
http://www.nasa.gov/connect/sounds/#.VGjnI8mOSBo
Diabetes background animation (Creative Commons) WEHIMovies
https://www.youtube.com/watch?v=S5wVGBEBK_4
NASA Earth Night Rotation
http://www.nasa.gov/multimedia/hd/
Read more on G-CSF as it relates to radiation treatment here:
http://www.bbmt.org/article/S1083-8791%2806%2900162-5/fulltext
Read more on space radiation here: “Space Fairing: The Radiation Challenge”
http://www.nasa.gov/pdf/284273main_Radiation_HS_Mod1.pdf
END NOTES:
Ionizing radiation is invisible to the human eye - visualized for effect.
Neutrophil production timeline heavily accelerated.
All trademarks, service marks, trade names, trade dress, product names and logos appearing in the video are the property of their respective owners.
- published: 16 Nov 2014
- views: 37
Blank Space ft. Stony Brook University School of Medicine
A parody of "Blank Space" by Taylor Swift. This video was showcased at the 2015 annual Asian Extravaganza, hosted by the Stony Brook University chapter of APAMS...
A parody of "Blank Space" by Taylor Swift. This video was showcased at the 2015 annual Asian Extravaganza, hosted by the Stony Brook University chapter of APAMSA (Asian Pacific American Medical Student Association).
The original video (Blank Space - Taylor Swift) this is based on can be found here: https://www.youtube.com/watch?v=e-ORhEE9VVg
Written by Evan Austin, Saumya Bhutani, Olivia Cheng, Nicole Golbari, Gayatri Setia, and Tzvia Pinkhasov
Music by Tzvia Pinkhasov
Directed and Produced by Saumya Bhutani and Olivia Cheng
Filmed and Edited by Olivia Cheng
Actors: Jeremy Adler, Olufunmilayo Agunloye, Evan Austin, Lisa Bevilacqua, Saumya Bhutani, Katherine Callaghan, Swati Chandhoke, Latha Chandran, Olivia Cheng, Fred Cohen, Cortney Crespo, Michael Croglio, Raafat El-Maghrabi, Kevin Elaahi, David Fell, Howard Fleit, Jonah Garry, Matthew Gebre, Thomas Holowka, John Hong, Willie Hu, Eun Hwangbo, Anjali Kapur, Ariel Karten, Derek Kim, Paul Kim, Steven Li Fraine, Danni Liang, Natalie Mackow, Michael Mintz, Muntizim Mukit, Ruhani Nanavati, Oseogie Okojie, Elizabeth Olsen, Rajapillai Pillai, Tzvia Pinkahasov, Uzma Rahman, Sowmya Sanapala, Nisson Schecter, Leena Shah, Eitan Sosner, Michael Tao, Pushpinder Uppal, Chang Wang, Xin Wang, Katarzyna Zabrocka
LYRICS:
Day one, med school - let's begin
I'm here to learn incredible things
Logic, magic, medicine
Saw the school and I thought, oh my god
Look at that place, it looks like it's from outer space
School's a game, wanna stay?
No money; stethoscope
Allow me to take your history
Ain't it funny, still got hope
'Cause I still like biochemistry
So hey, first year meds
Study all night until we're dead
Grab your TIME passport and my hand
I can make these grades all good til the weekend
[CHORUS]
So it's gonna get all better
Or it's gonna get all inflamed
And I'll know when it's over
If the degree was worth the pain
Got a long list of case studies
They're driving me insane
'Cause you know I love the gunners
And they love the game
'Cause we don't know what we're doing
And med school's way too hard
Got a long list of credentials
That means I've got a brain
But I've got a blank space, maybe
I'll guess the name
Cherry spots, cystic spines
Symptoms all sound exactly the same
Herpes virus, lymphocytes
I'm so lost, someone help me please
Find out what you want
Memorize that for a month
And Step 1 is yet to come, oh no
Screaming, crying, sleepless nights
I can make all the tables turn
BRSs, what a sight
Keep me second-guessing like, oh my god
G6P? What's MCAD deficiency?
The HSC, I'll never leave
'Cause darling it ain't easy trying to get that M.D.
So it's gonna get all better
Or it's gonna get all inflamed
And I'll know when it's over
If the degree was worth the pain
[CHORUS]
Boards only want you to be tortured
Don't say I didn't say I didn't warn you
Boards only want you to be tortured
Don't say I didn't say I didn't warn you
[CHORUS]
I'll guess... uncinate process
Disclaimer: The views expressed in this video do not necessarily reflect those of Stony Brook University School of Medicine, nor of its students, faculty, of staff.
wn.com/Blank Space Ft. Stony Brook University School Of Medicine
A parody of "Blank Space" by Taylor Swift. This video was showcased at the 2015 annual Asian Extravaganza, hosted by the Stony Brook University chapter of APAMSA (Asian Pacific American Medical Student Association).
The original video (Blank Space - Taylor Swift) this is based on can be found here: https://www.youtube.com/watch?v=e-ORhEE9VVg
Written by Evan Austin, Saumya Bhutani, Olivia Cheng, Nicole Golbari, Gayatri Setia, and Tzvia Pinkhasov
Music by Tzvia Pinkhasov
Directed and Produced by Saumya Bhutani and Olivia Cheng
Filmed and Edited by Olivia Cheng
Actors: Jeremy Adler, Olufunmilayo Agunloye, Evan Austin, Lisa Bevilacqua, Saumya Bhutani, Katherine Callaghan, Swati Chandhoke, Latha Chandran, Olivia Cheng, Fred Cohen, Cortney Crespo, Michael Croglio, Raafat El-Maghrabi, Kevin Elaahi, David Fell, Howard Fleit, Jonah Garry, Matthew Gebre, Thomas Holowka, John Hong, Willie Hu, Eun Hwangbo, Anjali Kapur, Ariel Karten, Derek Kim, Paul Kim, Steven Li Fraine, Danni Liang, Natalie Mackow, Michael Mintz, Muntizim Mukit, Ruhani Nanavati, Oseogie Okojie, Elizabeth Olsen, Rajapillai Pillai, Tzvia Pinkahasov, Uzma Rahman, Sowmya Sanapala, Nisson Schecter, Leena Shah, Eitan Sosner, Michael Tao, Pushpinder Uppal, Chang Wang, Xin Wang, Katarzyna Zabrocka
LYRICS:
Day one, med school - let's begin
I'm here to learn incredible things
Logic, magic, medicine
Saw the school and I thought, oh my god
Look at that place, it looks like it's from outer space
School's a game, wanna stay?
No money; stethoscope
Allow me to take your history
Ain't it funny, still got hope
'Cause I still like biochemistry
So hey, first year meds
Study all night until we're dead
Grab your TIME passport and my hand
I can make these grades all good til the weekend
[CHORUS]
So it's gonna get all better
Or it's gonna get all inflamed
And I'll know when it's over
If the degree was worth the pain
Got a long list of case studies
They're driving me insane
'Cause you know I love the gunners
And they love the game
'Cause we don't know what we're doing
And med school's way too hard
Got a long list of credentials
That means I've got a brain
But I've got a blank space, maybe
I'll guess the name
Cherry spots, cystic spines
Symptoms all sound exactly the same
Herpes virus, lymphocytes
I'm so lost, someone help me please
Find out what you want
Memorize that for a month
And Step 1 is yet to come, oh no
Screaming, crying, sleepless nights
I can make all the tables turn
BRSs, what a sight
Keep me second-guessing like, oh my god
G6P? What's MCAD deficiency?
The HSC, I'll never leave
'Cause darling it ain't easy trying to get that M.D.
So it's gonna get all better
Or it's gonna get all inflamed
And I'll know when it's over
If the degree was worth the pain
[CHORUS]
Boards only want you to be tortured
Don't say I didn't say I didn't warn you
Boards only want you to be tortured
Don't say I didn't say I didn't warn you
[CHORUS]
I'll guess... uncinate process
Disclaimer: The views expressed in this video do not necessarily reflect those of Stony Brook University School of Medicine, nor of its students, faculty, of staff.
- published: 22 Feb 2015
- views: 651
Bioastronautics & Space Medicine: "Life Sciences at the Manned Spacecraft Center" pt1-2 1973 NASA
more at http://scitech.quickfound.net/astro/nasa_news.html Explains research at the NASA Manned Spacecraft Center (Johnson Space Center) Life Sciences Direct......
more at http://scitech.quickfound.net/astro/nasa_news.html Explains research at the NASA Manned Spacecraft Center (Johnson Space Center) Life Sciences Direct...
wn.com/Bioastronautics Space Medicine Life Sciences At The Manned Spacecraft Center Pt1 2 1973 Nasa
more at http://scitech.quickfound.net/astro/nasa_news.html Explains research at the NASA Manned Spacecraft Center (Johnson Space Center) Life Sciences Direct...
Biosatellite Program: Between Atom and Star 1988 NASA Space Medicine Research
more at: http://scitech.quickfound.net
'NASA BIOSATELLITE PROGRAM: BETWEEN THE ATOM AND THE STAR (EPISODE 2) CMP 435 - (1988) - 28 Minutes
In this program, bio...
more at: http://scitech.quickfound.net
'NASA BIOSATELLITE PROGRAM: BETWEEN THE ATOM AND THE STAR (EPISODE 2) CMP 435 - (1988) - 28 Minutes
In this program, biologists explain the kinds of experiments to be done on the Earth-orbiting biosatellite. How the experiments were conducted, the importance for seeking information about weightless atmospheres for scientific research, and the human space flight program are shown.'
NASA film CMP-0435
Public domain film from NASA, slightly cropped to remove uneven edges, with the aspect ratio corrected, and one-pass brightness-contrast-color correction & mild video noise reduction applied.
The soundtrack was also processed with volume normalization, noise reduction, clipping reduction, and/or equalization (the resulting sound, though not perfect, is far less noisy than the original).
http://creativecommons.org/licenses/by-sa/3.0/
https://en.wikipedia.org/wiki/Biosatellite_program
NASA launched three satellites named Biosatellite 1, 2 and 3 between 1966 and 1969.
NASA's Biosatellite program was a series of three satellites to assess the effects of spaceflight, especially radiation and weightlessness, on living organisms. Each was designed to reenter and be recovered at the end of its mission.
Its primary goal was that it intended to determine effects of space environment, particularly weightlessness, on life processes at three levels of organization: basic biochemistry of the cell; structure of growth of cells and tissues; and growth and form of entire plants and animals...
Missions
The first two Biosatellites carried specimens of fruit flies, frog eggs, bacteria, and wheat seedlings; the third carried a monkey.
Biosatellite 1 was not recovered because of the failure of a retrorocket to ignite. However, Biosatellite-2 successfully deorbited and was recovered in midair by the United States Air Force. Its 13 experiments, exposed to microgravity during a 45-hour orbital flight, provided the first data by US about basic biological processes in space.
Biosatellite 3, launched on June 29, 1969, carried a 6-kg male pig-tailed monkey, called Bonnie, with the object of investigating the effect of spaceflight on brain states, behavioral performance, cardiovascular status, fluid and electrolyte balance, and metabolic state. Scheduled to remain in orbit for 30 days, the mission was terminated after only 8.8 days because of the subject’s deteriorating health and the coming launch of Apollo 11 on the 16th. Despite the seeming failure of the mission’s scientific agenda, Biosatellite 3 was influential in shaping the life sciences flight experiment program, highlighting the need for centralized management, realistic goals, and adequate preflight experiment verification.
wn.com/Biosatellite Program Between Atom And Star 1988 Nasa Space Medicine Research
more at: http://scitech.quickfound.net
'NASA BIOSATELLITE PROGRAM: BETWEEN THE ATOM AND THE STAR (EPISODE 2) CMP 435 - (1988) - 28 Minutes
In this program, biologists explain the kinds of experiments to be done on the Earth-orbiting biosatellite. How the experiments were conducted, the importance for seeking information about weightless atmospheres for scientific research, and the human space flight program are shown.'
NASA film CMP-0435
Public domain film from NASA, slightly cropped to remove uneven edges, with the aspect ratio corrected, and one-pass brightness-contrast-color correction & mild video noise reduction applied.
The soundtrack was also processed with volume normalization, noise reduction, clipping reduction, and/or equalization (the resulting sound, though not perfect, is far less noisy than the original).
http://creativecommons.org/licenses/by-sa/3.0/
https://en.wikipedia.org/wiki/Biosatellite_program
NASA launched three satellites named Biosatellite 1, 2 and 3 between 1966 and 1969.
NASA's Biosatellite program was a series of three satellites to assess the effects of spaceflight, especially radiation and weightlessness, on living organisms. Each was designed to reenter and be recovered at the end of its mission.
Its primary goal was that it intended to determine effects of space environment, particularly weightlessness, on life processes at three levels of organization: basic biochemistry of the cell; structure of growth of cells and tissues; and growth and form of entire plants and animals...
Missions
The first two Biosatellites carried specimens of fruit flies, frog eggs, bacteria, and wheat seedlings; the third carried a monkey.
Biosatellite 1 was not recovered because of the failure of a retrorocket to ignite. However, Biosatellite-2 successfully deorbited and was recovered in midair by the United States Air Force. Its 13 experiments, exposed to microgravity during a 45-hour orbital flight, provided the first data by US about basic biological processes in space.
Biosatellite 3, launched on June 29, 1969, carried a 6-kg male pig-tailed monkey, called Bonnie, with the object of investigating the effect of spaceflight on brain states, behavioral performance, cardiovascular status, fluid and electrolyte balance, and metabolic state. Scheduled to remain in orbit for 30 days, the mission was terminated after only 8.8 days because of the subject’s deteriorating health and the coming launch of Apollo 11 on the 16th. Despite the seeming failure of the mission’s scientific agenda, Biosatellite 3 was influential in shaping the life sciences flight experiment program, highlighting the need for centralized management, realistic goals, and adequate preflight experiment verification.
- published: 28 Sep 2015
- views: 104
International Space Medicine Summit 2014 English 1
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research....
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
wn.com/International Space Medicine Summit 2014 English 1
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
- published: 25 Jun 2014
- views: 9
"Blank Stare" DGSOM c/o 2018 ("Blank Space" med school parody)
Parody of Taylor Swift's Blank Space by the David Geffen School of Medicine at UCLA Class of 2018...
Parody of Taylor Swift's Blank Space by the David Geffen School of Medicine at UCLA Class of 2018
wn.com/Blank Stare Dgsom C O 2018 ( Blank Space Med School Parody)
Parody of Taylor Swift's Blank Space by the David Geffen School of Medicine at UCLA Class of 2018
- published: 20 Mar 2015
- views: 738
Space Medicine - live improv, July 2011
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Serifa Markis - guitar
Doug Douglas - tubs...
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Serifa Markis - guitar
Doug Douglas - tubs
wn.com/Space Medicine Live Improv, July 2011
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Serifa Markis - guitar
Doug Douglas - tubs
- published: 02 Jul 2015
- views: 31
International Space Medicine Summit 2014 Russian 6
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research....
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
wn.com/International Space Medicine Summit 2014 Russian 6
June 06, 2014
Physicians and biomedical scientists gather to discuss space medicine research.
- published: 14 Jul 2014
- views: 0
Космическая медицина: цель - Марс. Space Medicine: Destination - Mars.
В Москве прошел 17-й международный симпозиум «Человек в космосе», посвященный памяти основоположника отечественной космической медицины и космической биологи......
В Москве прошел 17-й международный симпозиум «Человек в космосе», посвященный памяти основоположника отечественной космической медицины и космической биологи...
wn.com/Космическая Медицина Цель Марс. Space Medicine Destination Mars.
В Москве прошел 17-й международный симпозиум «Человек в космосе», посвященный памяти основоположника отечественной космической медицины и космической биологи...
Space Medicine - "Footsteps" Live Improv @ Noble Kava, August 1 2014
Space Medicine is an ambient improv ensemble from Asheville, NC. Anthony Dorion - bass
Mary Sparks - hammered dulcimer
Michael Tao - guitar
visit us @ http:...
Space Medicine is an ambient improv ensemble from Asheville, NC. Anthony Dorion - bass
Mary Sparks - hammered dulcimer
Michael Tao - guitar
visit us @ http://www.facebook.com/spacemedicine
wn.com/Space Medicine Footsteps Live Improv Noble Kava, August 1 2014
Space Medicine is an ambient improv ensemble from Asheville, NC. Anthony Dorion - bass
Mary Sparks - hammered dulcimer
Michael Tao - guitar
visit us @ http://www.facebook.com/spacemedicine
- published: 08 Aug 2014
- views: 88
From Space to Medical Practice – The Revolution of Medicine 1 of 3 Subtitles ENG
From Space to Medical Practice – The Revolution of Medicine
Prof. Dr. Dr. Enrico Edinger in an Interview with Michael Friedrich Vogt
Michael Friedrich Vogt:
“...
From Space to Medical Practice – The Revolution of Medicine
Prof. Dr. Dr. Enrico Edinger in an Interview with Michael Friedrich Vogt
Michael Friedrich Vogt:
“Methods used in conventional medicine work in a linear manner, like chemical equations, however the human body works with an infinite number of inter-dependent reactions which cannot be anticipated in advance. For this reason, solely academic medical systems may be effective in acute cases, but they seldom work with sufficient success in the case of chronic illnesses”. So, will salvation for patients suffering from these chronic illnesses, as well as those with many other serious illnesses now come from outer space? To clarify, we are not talking about aliens, but of medicine used in space travel. That will be the subject of our discussion, Ladies and Gentlemen.Welcome. Professor Dr. Dr. Edinger, I am very happy to be able to be here in your clinic today and talk to you about your experiences in this field. So, if I may begin by repeating what I have just mentioned: will our further medical development be saved by outer space i.e. by space travel?
Prof. Dr. Edinger:
Well that is largely how I see it, yes. If we compare our “illness system” - and I have called it that deliberately – with a health-restoring regulatory system, then even people suffering from serious illnesses such as tumours, or patients who have to use wheelchairs as a result of ALS or MS, for example, are able to repair themselves. Or they are at least able to achieve a significant improvement in their health. The condition for this is, of course, that we adhere to some basic principles of human physiology. A person weighing 70kg is made up of approx. 70 billion cells. These 70 billion cells work at unbelievably high speeds – each individual cell is capable of 1015 reactions per second: that is equivalent to the amount of ants that there are in the world. If we calculate this further, it means that if the fastest meteorological computer in existence were to perform what our body is able to do in a single second, then it would take approx. 170 million years to carry out those calculations! An unbelievable accomplishment! And brain cells are much quicker than this, because they have even more connections. For this reason there are control systems which steer everything – for example, the so-called autonomic nervous system. And this is where space travel and people such as Prof. Beavsky come in – one of the founding fathers of space research has been carrying out research for over 50 years now, since the ISS, from the first space craft right up to modern space travel systems. He has always been the most important figure in medical research in space. Let us take Dr. Polyakov as an example: cosmonauts must usually return to Earth after just 10-12 days in orbit – this is certainly the case for cosmonauts from the USA and other countries, however it was possible to keep Dr. Polyakov stable enough for him to remain in space for 437 days and leave the spacecraft in a handstand! The fact that this was possible has always fascinated me.
Michael Friedrich Vogt:
Let us just savour that for a moment: the American astronauts had to be virtually stretchered out of the spacecraft – they are completely weakened. And then 437 days – well over a year and then the handstand! So, that made you curious. So how did you then make contact with Moscow and the Russians? Please tell us a little bit about this and their successes, which are obviously very impressive.
wn.com/From Space To Medical Practice – The Revolution Of Medicine 1 Of 3 Subtitles Eng
From Space to Medical Practice – The Revolution of Medicine
Prof. Dr. Dr. Enrico Edinger in an Interview with Michael Friedrich Vogt
Michael Friedrich Vogt:
“Methods used in conventional medicine work in a linear manner, like chemical equations, however the human body works with an infinite number of inter-dependent reactions which cannot be anticipated in advance. For this reason, solely academic medical systems may be effective in acute cases, but they seldom work with sufficient success in the case of chronic illnesses”. So, will salvation for patients suffering from these chronic illnesses, as well as those with many other serious illnesses now come from outer space? To clarify, we are not talking about aliens, but of medicine used in space travel. That will be the subject of our discussion, Ladies and Gentlemen.Welcome. Professor Dr. Dr. Edinger, I am very happy to be able to be here in your clinic today and talk to you about your experiences in this field. So, if I may begin by repeating what I have just mentioned: will our further medical development be saved by outer space i.e. by space travel?
Prof. Dr. Edinger:
Well that is largely how I see it, yes. If we compare our “illness system” - and I have called it that deliberately – with a health-restoring regulatory system, then even people suffering from serious illnesses such as tumours, or patients who have to use wheelchairs as a result of ALS or MS, for example, are able to repair themselves. Or they are at least able to achieve a significant improvement in their health. The condition for this is, of course, that we adhere to some basic principles of human physiology. A person weighing 70kg is made up of approx. 70 billion cells. These 70 billion cells work at unbelievably high speeds – each individual cell is capable of 1015 reactions per second: that is equivalent to the amount of ants that there are in the world. If we calculate this further, it means that if the fastest meteorological computer in existence were to perform what our body is able to do in a single second, then it would take approx. 170 million years to carry out those calculations! An unbelievable accomplishment! And brain cells are much quicker than this, because they have even more connections. For this reason there are control systems which steer everything – for example, the so-called autonomic nervous system. And this is where space travel and people such as Prof. Beavsky come in – one of the founding fathers of space research has been carrying out research for over 50 years now, since the ISS, from the first space craft right up to modern space travel systems. He has always been the most important figure in medical research in space. Let us take Dr. Polyakov as an example: cosmonauts must usually return to Earth after just 10-12 days in orbit – this is certainly the case for cosmonauts from the USA and other countries, however it was possible to keep Dr. Polyakov stable enough for him to remain in space for 437 days and leave the spacecraft in a handstand! The fact that this was possible has always fascinated me.
Michael Friedrich Vogt:
Let us just savour that for a moment: the American astronauts had to be virtually stretchered out of the spacecraft – they are completely weakened. And then 437 days – well over a year and then the handstand! So, that made you curious. So how did you then make contact with Moscow and the Russians? Please tell us a little bit about this and their successes, which are obviously very impressive.
- published: 23 Jul 2015
- views: 13
International Space Medicine Summit 2013 -- Tereshkova Video Presentation
May 17, 2013 Physicians and biomedical scientists gather to discuss space medicine research at this annual conference organized by the Baker Institute and Ba......
May 17, 2013 Physicians and biomedical scientists gather to discuss space medicine research at this annual conference organized by the Baker Institute and Ba...
wn.com/International Space Medicine Summit 2013 Tereshkova Video Presentation
May 17, 2013 Physicians and biomedical scientists gather to discuss space medicine research at this annual conference organized by the Baker Institute and Ba...
Space Medicine - Flight and Arrival (DnD Adventure)
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Lee Stanford - violin
Starring:
Jim Rosario - Roderick
Anthony Dorion - Farnsworth
Andrew Schatzberg - Gr...
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Lee Stanford - violin
Starring:
Jim Rosario - Roderick
Anthony Dorion - Farnsworth
Andrew Schatzberg - Grench
Jessica Foster - Princess
wn.com/Space Medicine Flight And Arrival (Dnd Adventure)
Mary Sparks - hammered dulcimer
Anthony Dorion - bass
Lee Stanford - violin
Starring:
Jim Rosario - Roderick
Anthony Dorion - Farnsworth
Andrew Schatzberg - Grench
Jessica Foster - Princess
- published: 12 May 2015
- views: 20
Frontiers of Nuclear: Space, Medicine and Beyond
Frontiers of Nuclear: Space, Medicine and Beyond. Third segment from the 2014 Nuclear Science Week Public Symposium in Seattle, Wash. Oct. 16-17....
Frontiers of Nuclear: Space, Medicine and Beyond. Third segment from the 2014 Nuclear Science Week Public Symposium in Seattle, Wash. Oct. 16-17.
wn.com/Frontiers Of Nuclear Space, Medicine And Beyond
Frontiers of Nuclear: Space, Medicine and Beyond. Third segment from the 2014 Nuclear Science Week Public Symposium in Seattle, Wash. Oct. 16-17.
- published: 29 Oct 2014
- views: 1
Pilot Medical Exam and Aerospace Medicine at Mayo Clinic
Leigh Lewis, M.D., an internal medicine physician at Mayo Clinic in Florida, discusses pilot medical examinations. She outlines what to expect and how to pre......
Leigh Lewis, M.D., an internal medicine physician at Mayo Clinic in Florida, discusses pilot medical examinations. She outlines what to expect and how to pre...
wn.com/Pilot Medical Exam And Aerospace Medicine At Mayo Clinic
Leigh Lewis, M.D., an internal medicine physician at Mayo Clinic in Florida, discusses pilot medical examinations. She outlines what to expect and how to pre...
Space Medicine Taster
Advances in space exploration have led to extended capabilities for longer, further-afield and more accessible space flights. With that come new challenges pose...
Advances in space exploration have led to extended capabilities for longer, further-afield and more accessible space flights. With that come new challenges posed to the human physiology and new responsibilities to ensure crew safety. This lecture will focus on how advances in space medicine have addressed these challenges and the underlying changes to the human body in low-Earth orbit and long-distance space missions. Such advances have become increasingly important for extending human endurance beyond our planet as well as on it.
wn.com/Space Medicine Taster
Advances in space exploration have led to extended capabilities for longer, further-afield and more accessible space flights. With that come new challenges posed to the human physiology and new responsibilities to ensure crew safety. This lecture will focus on how advances in space medicine have addressed these challenges and the underlying changes to the human body in low-Earth orbit and long-distance space missions. Such advances have become increasingly important for extending human endurance beyond our planet as well as on it.
- published: 01 Sep 2015
- views: 4