Julian Kiefer
@jkiefer.bsky.social
📤 98
📥 75
📝 2
PostDoc
@mpimarinemicrobio.bsky.social
| Symbiosis
#Olavius
reposted by
Julian Kiefer
Max Planck Institute for Marine Microbiology
6 months ago
We are approaching 5000
#followers
– time to say thanks! 😀👏 As soon as we hit this magic mark, we'll raffle off 10 goodie bags of MPIMM-merch among you, our 5,000 followers! 🎉🎁 🌊🔬🚢🧑🔬 It is wonderful to be in touch with so many of you & share & discuss our research! 🤩
@maxplanck.de
#marinescience
1
24
8
reposted by
Julian Kiefer
INRAE UMR BF2I
5 months ago
📣
#OurLastPaper
is out! And it's a major breakthrough that we're publishing in
@cp-cell.bsky.social
l: we've discovered architect bacteria that build complex structures to feed themselves better!
#SymbioSky
1/5
1
15
12
reposted by
Julian Kiefer
Tobias Engl
about 1 year ago
A long, long time ago, we started this review project during the first Coron lockdown, but if finally made it out into the world - Origin and function of beneficial bacterial symbioses in insects!
@naturerevmicro.bsky.social
add a skeleton here at some point
5
59
24
reposted by
Julian Kiefer
Ryan Wick
about 1 year ago
New preprint is out! We investigate how well you can call variants directly from genome assemblies compared to traditional read-based variant calling. Read it here:
www.biorxiv.org/content/10.1...
Data & code:
github.com/rrwick/Are-r...
(1/8)
loading . . .
Are reads required? High-precision variant calling from bacterial genome assemblies
Accurate nucleotide variant calling is essential in microbial genomics, particularly for outbreak tracking and phylogenetics. This study evaluates variant calls derived from genome assemblies compared...
https://www.biorxiv.org/content/10.1101/2025.02.20.639404v1
2
69
38
reposted by
Julian Kiefer
Max Planck Institute for Marine Microbiology
about 1 year ago
Spannend:
@jkiefer.bsky.social
erzählt auf dem 5. Bremer
#OceanDay
über seine
#Forschung
und die spannende Welt der
#Meeressymbiosen
.
#Machmint
#Meeresforschung
#Wisskomm
#Bremen
@unibremen.bsky.social
0
8
3
reposted by
Julian Kiefer
Nature Portfolio
about 1 year ago
A paper in Nature reports that the loggerhead turtle can learn and remember the magnetic signature of an area and does a ‘turtle dance’ when in a location that they associate with food.
https://go.nature.com/4jSQEDo
🐢 🧪
loading . . .
Learned magnetic map cues and two mechanisms of magnetoreception in turtles - Nature
Loggerhead sea turtles, which undergo long-distance migrations, can learn magnetic signatures associated with different geographic areas and have two different magnetic senses, each based on a different underlying mechanism.
https://go.nature.com/4jSQEDo
1
62
16
I’ve just done my
#eXit
! the X exodus is massive. Don't lose any of your followers. Thanks to
#HelloQuitX
I've registered 350 new passengers for a journey to
#BlueSky
&
#Mastodon
. Join us on
app.helloquitx.com
and automatically find your communities on
#January20
!
loading . . .
HelloQuitteX
Libérez vos espaces numériques
https://app.helloquitx.com
about 1 year ago
0
1
0
reposted by
Julian Kiefer
MPI for Biology Tübingen & Friedrich Miescher Laboratory
about 1 year ago
🪲 Leaf beetles 🧬 New research reveals how these diverse insects overcome dietary challenges through symbiosis & horizontal gene transfer.
#Insects
#Symbiosis
#EvolutionaryEcology
#Symbionts
@hassansalem.bsky.social
[link to press release:
t.ly/NRxc7
]
loading . . .
Symbioses and gene transfer in leaf beetles
In the course of evolution, leaf beetles found the key to digesting plants better with the help of bacteria
https://t.ly/NRxc7
0
15
4
you reached the end!!
feeds!
log in