The discussions frequently emphasize the groundbreaking nature of the study, with phrases like 'amazing work' and 'crazy to think,' reflecting excitement and recognition of its importance. Many posts also cite specific techniques like 'spatial transcriptomics,' indicating engagement with the scientific details and implications for future medical advances.
AgreementModerate agreement
Most discussions highlight the significance of the findings, with many expressing enthusiasm about the potential of the research to advance understanding of brain regeneration.
InterestHigh interest
The recurrent mentions of 'impressive,' 'exciting,' and questions about axolotl's regenerative abilities indicate high interest levels.
EngagementModerate engagement
Some comments delve into the methods like spatial transcriptomics and discuss future implications, showing moderate engagement depth.
ImpactHigh impact
The focus on the potential applications for medicine and groundbreaking nature of the research suggests perceived high impact.
Abstract in brief
We studied how the axolotl brain regenerates using advanced spatial sequencing to analyze single-cell RNA profiles during development and after injury.
We discovered a specific group of ependymoglial cells near injury sites that may help replace lost neurons, behaving similarly to how neurons form during development.
Our findings shed light on the processes of neurogenesis from local cells, enhancing our understanding of brain regeneration in vertebrates.
By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/IOZxKUiIwN https://t.co/ymz0e1zL1V
By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/OO8PY3ibFF #ScienceMagArchives https://t.co/IprWTeLhRB
Jan 15, 2023 · 92 likes · 15 shares · 4,543,216 followersView post →
SM
Science Magazine
@ScienceMagazine · X
By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/IOZxKUiaHf https://t.co/SvjH7xzwkr
Amazing work! Crazy to think that we were tackling these questions with just a couple of in situs a couple of years ago! What a difference just 6 years makes...
Single-cell Stereo-seq reveals induced progenitor cells involved in axolotl brain regeneration https://t.co/xDvXmhDi2T
In der Natur gibt es Pflanzen und Tiere, die quasi "unsterblich" sind. Was kann die Forschung von diesen Lebewesen lernen und können auch wir Menschen unsterblich werden und den Tod oder zumindest das Altern aufhalten? https://t.co/TSNqPdtoPA https://t.co/xd9nRauE0Z
May 14, 2023 · 25 likes · 2 shares · 66,595 followersView post →
Ralph Caspers discusses immortality in nature and how researchers aim to delay aging and death in humans. Some organisms like Turritopsis jellyfish and Hydra can potentially reverse aging or regenerate lost parts…
Research using advanced spatial sequencing explores how axolotl brains regenerate, identifying ependymoglial cells near injury sites that may help replace neurons, offering insights into neurogenesis and regenerative…
RT @quarkswdr: In der Natur gibt es Pflanzen und Tiere, die quasi "unsterblich" sind. Was kann die Forschung von diesen Lebewesen lernen un…
May 14, 2023 · 2 shares · 1,226 followersView post →
Q
Quarks
@quarkswdr · X
In der Natur gibt es Pflanzen und Tiere, die quasi "unsterblich" sind. Was kann die Forschung von diesen Lebewesen lernen und können auch wir Menschen unsterblich werden und den Tod oder zumindest das Altern aufhalten? https://t.co/TSNqPdtoPA https://t.co/xd9nRauE0Z
May 14, 2023 · 25 likes · 2 shares · 66,595 followersView post →
PV
Partei für Verjüngungsforschung
@mehrForschung · X
Dreiste Frage - #Alternsforschung: Können wir #unsterblich werden? | Quarks: Dimension Ralph
https://t.co/xAABtQetPK
من خلال الاستفادة من Stereo-seq ، تسلط بيانات النسخ المكانية BGI الضوء على السمات الخلوية والجزيئية لدماغ عفريت الماء عن بعد أثناء التطوير والتجديد الناجم عن الإصابة.
https://t.co/CfW4aulGEi
#BGIMENA #BGI https://t.co/dW0SL8T7O8
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 10,914 followersView post →
RD
Renée Decker
@MReneeDecker · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 18 followersView post →
V
VirginSlayerIncelius
@VIncelius · X
ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/bLzi4tsDgv … https://t.co/dlTh0s9c90
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 1,468 followersView post →
DO
Danyllo Oliveira
@oliveiradf03 · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 144 followersView post →
HM
Helen Gavaghan. UK. Photo+Digital Art by me.
@HelenGavaghan · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 1,209 followersView post →
DP
David SMASH THE HYPE Pearce
@Alpine_Joy · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 2,435 followersView post →
MO
mina88888o
@mina88888o · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 208 followersView post →
EM
Enrique Vázquez-Mendoza
@Enrique_VM3 · X
RT @ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided dat…
Jan 15, 2023 · 15 shares · 227 followersView post →
SM
Science Magazine
@ScienceMagazine · X
By comparing the developmental and regenerative processes in the axolotl brain, a Science study last year provided data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/OO8PY3ibFF #ScienceMagArchives https://t.co/IprWTeLhRB
Jan 15, 2023 · 92 likes · 15 shares · 4,543,216 followersView post →
KN
Kaneyasu Nishimura
@Kaneyasu1980 · X
（続き）
Hain et al., Science, 377, 1060 (2022)
https://t.co/sOhwtoypfM
Lust et al., Science, 377, 1061 (2022)
https://t.co/zwpmb44NCn
Wei et al., Science, 377, 1062 (2022)
https://t.co/hb6GDdvLbU
Woych et al., Science, 377, 1063 (2022)
https://t.co/89ow9OOzXK
ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/5JWTSA6P8P https://t.co/GdHmeffJIc
By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/IOZxKUiIwN https://t.co/ymz0e1zL1V
Sep 7, 2022 · 1 like · 1 share · 1,069 followersView post →
V
VirginSlayerIncelius
@VIncelius · X
ScienceMagazine: By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/5JWTSA6hjh https://t.co/am9DwtXhKj
By comparing the developmental and regenerative processes in the axolotl brain, a new Science study provides data useful for further research in developmental, regenerative, and evolutionary brain biology. https://t.co/IOZxKUiaHf https://t.co/SvjH7xzwkr
Nová studie ukázala, že obojživelní #axolotlové ovládají #regeneraci mozku. Buněčné mechanismy, jenž jsou za regeneraci zodpovědné, by se totiž daly v budoucnu využít i pro #léčbu lidí.
➡️https://t.co/9PZLeGxpZ7
#EARA #animalresearch #pokusynazvířatech
https://t.co/ZUDAJVu6OM
Did I read well that #axolotl can regenerate their #brain ? "Single-cell Stereo-seq reveals induced progenitor cells involved in axolotl brain regeneration" https://t.co/Az8S8owNHq https://t.co/EJjxG3TFRM
Amazing work! Crazy to think that we were tackling these questions with just a couple of in situs a couple of years ago! What a difference just 6 years makes...
Single-cell Stereo-seq reveals induced progenitor cells involved in axolotl brain regeneration https://t.co/xDvXmhDi2T
➦ Single-cell Stereo-seq reveals induced progenitor cells involved in axolotl brain regeneration | Science
» Developmental and regenerative processes in the axolotl brain are revealed by single-cell analyses.
https://t.co/vfllxymbCu
Spatiotemporal Omics For Biology and Medicine Cell | PDF
News
10.1126/science.aaw1219. doi.org/10.1038/nmeth.4636. 79. Nagendran, M ... https://doi.org/10.1126/science.abp9444. 210. Liu, S., Chen, D., Zhuang, Z ...
1-s2.0-S1934590925003765-main | PDF | Regeneration (Biology ...
News
https://doi.org/10.1126/science.abp9444. Y.J. (2018). Angiogenesis precedes cardiomyocyte migration in regener- 46. Park, J.S., Lee, W.K., Kim, H.S., Seo, J.A. ...
SM
RA
SB
AH
BC
SE
RD
V
JA
DO
HM
DP
MO
EM
KN
AN
C
JK
AB
NG
AG
NN
FC
TC
V
SS
TN
F
TW
DB
TM
M
JG
LM
CM
AL
ɹ
WY
T智
AT
P
MY
RP
TX
新
NW
S
SM
K黃
CS
TL
G
SD
TS
S
ER
AC
SP
TJ
HP
AC
TS
DT
A
TL
JB
SS
A
P
AF
T
LM
SF
EP
W
SO
S
N
EP
PN
JN
ぜ凍
GF
Q
GL
JL
EC
P