Single cells had many of the genes and functions needed for complex life to evolve.
Learn more: https://scim.ag/2Kjutt7
Credits:
producer/editor/script/narrator
Nguyen Khoi Nguyen
supervising producer
Sarah Crespi
original story
Elizabeth Pennisi
graphics
collar cells
The Biology of Marine Animals
bit.ly/2tGjoXB
young sponge
The Cambridge Natural History
bit.ly/2tvYISY
multicellular yeast
V. Altounian/Science
photography
choanoflagellates (2)
Mark Dayel, dayel.com/choanoflagellates
crepidula fornicata
Joyce Pieretti, Manuela Truebano,
Saori Tani, and Daniela Di Bella/
Embryology Course at the Marine Biological Laboratory
adult amphipod
Longhua Guo/
Embryology Course at the Marine Biological Laboratory
juvenile of the longfin inshore squid
Wang Chi Lau/
Embryology Course at the Marine Biological Laboratory
veiled chameleon
Jake Hines and Nate Peters/
Embryology Course at the Marine Biological Laboratory
chlamydomonas globosa
Picturepest, bit.ly/2yKjq6B, CC BY 2.0
volvocales
Aurora M. Nedelcu, bit.ly/2lyhCEm, CC BY 2.5
gonium pectorale
Environmental Protection Agency
bit.ly/2lCTMao, public domain
volvox aureus
Zappys Technology Solutions
bit.ly/2Knt3Ng, CC BY 2.0
volvox aureus
Picturepest, bit.ly/2lCERgJ, CC BY 2.0
yeast
Marina Taikevich, bit.ly/2N1csgF, CC BY 2.0
saccharomyces cerevisiae
Pilarbini, bit.ly/2N33qQm, CC BY 4.0
video
squid development
April Dinwiddie, Jenna Judge, Lynn See,
Rachel K. Miller, Marie-Therese Noedl, Juliette Petersen,
Maggie Rigney, Ju Roscito, Brittany Shamenek,
and Nipam Patel
yeast snowflake confocal
Ozan Bozdag, Siyi Cao, Ali Zamani and Will Ratcliff
multicellular yeast time-lapse
Will Ratcliff
multicellular chlamydomonas time-lapse
Matthew Herron, Joshua Borin, and Will Ratcliff
developing embryos of the African clawed frog
Nipam Patel, Chenbei Chang/
Embryology Course at the Marine Biological Laboratory
stock video
Videoblocks
music
Nguyen Khoi Nguyen
Learn more: https://scim.ag/2Kjutt7
Credits:
producer/editor/script/narrator
Nguyen Khoi Nguyen
supervising producer
Sarah Crespi
original story
Elizabeth Pennisi
graphics
collar cells
The Biology of Marine Animals
bit.ly/2tGjoXB
young sponge
The Cambridge Natural History
bit.ly/2tvYISY
multicellular yeast
V. Altounian/Science
photography
choanoflagellates (2)
Mark Dayel, dayel.com/choanoflagellates
crepidula fornicata
Joyce Pieretti, Manuela Truebano,
Saori Tani, and Daniela Di Bella/
Embryology Course at the Marine Biological Laboratory
adult amphipod
Longhua Guo/
Embryology Course at the Marine Biological Laboratory
juvenile of the longfin inshore squid
Wang Chi Lau/
Embryology Course at the Marine Biological Laboratory
veiled chameleon
Jake Hines and Nate Peters/
Embryology Course at the Marine Biological Laboratory
chlamydomonas globosa
Picturepest, bit.ly/2yKjq6B, CC BY 2.0
volvocales
Aurora M. Nedelcu, bit.ly/2lyhCEm, CC BY 2.5
gonium pectorale
Environmental Protection Agency
bit.ly/2lCTMao, public domain
volvox aureus
Zappys Technology Solutions
bit.ly/2Knt3Ng, CC BY 2.0
volvox aureus
Picturepest, bit.ly/2lCERgJ, CC BY 2.0
yeast
Marina Taikevich, bit.ly/2N1csgF, CC BY 2.0
saccharomyces cerevisiae
Pilarbini, bit.ly/2N33qQm, CC BY 4.0
video
squid development
April Dinwiddie, Jenna Judge, Lynn See,
Rachel K. Miller, Marie-Therese Noedl, Juliette Petersen,
Maggie Rigney, Ju Roscito, Brittany Shamenek,
and Nipam Patel
yeast snowflake confocal
Ozan Bozdag, Siyi Cao, Ali Zamani and Will Ratcliff
multicellular yeast time-lapse
Will Ratcliff
multicellular chlamydomonas time-lapse
Matthew Herron, Joshua Borin, and Will Ratcliff
developing embryos of the African clawed frog
Nipam Patel, Chenbei Chang/
Embryology Course at the Marine Biological Laboratory
stock video
Videoblocks
music
Nguyen Khoi Nguyen
The momentous transition to multicellular life may not have been so hard after all | |
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Science & Technology | Upload TimePublished on 28 Jun 2018 |
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