The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the membrane potential using light! @g_paterno @Munelectro @IITalk Read the paper: https://t.co/YCoW1R0d9S https://t.co/a7v2tiAgRw
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Sep 2022 – Dec 2024Where it's discussed
-
X / Twitter102 posts
-
News18 articles
-
Blogs3 articles
-
Facebook2 posts
-
Reddit2 posts
-
YouTube1 videos
AI synopsis
What people are saying
Discussions reflect strong enthusiasm for the study, with posts describing the molecule Ziapin2 as a promising tool for understanding bacterial behavior, such as 'illuminating bacterial mysteries' and 'shining a light on bacteria control.' Words like 'game changer' and mentions of potential applications indicate a high perceived impact, while references to methods and results suggest active engagement and curiosity.
Most posters express positive support or curiosity about the research, highlighting its innovative aspects.
Discussions show a high level of interest, with many posts emphasizing the potential for bacterial communication and control.
Posts demonstrate active participation, with some sharing specific insights or questions about the methodology and implications.
The group perceives the research as impactful, especially in areas like antibiotic resistance and bacterial signaling, though some consider it preliminary.
Abstract in brief
- This study explores how a special molecule called Ziapin2, which targets bacterial membranes, can be used to control bacterial membrane potential using blue-green light, specifically causing hyperpolarization in Bacillus subtilis.
- When Ziapin2 is exposed to light, it changes shape and triggers ion channels—like chloride channels and potassium transporters—to open, affecting the flow of ions and altering the cell's electrical state, which helps researchers understand bacterial signaling.
- The findings suggest that Ziapin2 is a useful tool for studying bacterial behaviors such as biofilm communication and antibiotic resistance, by enabling precise control and observation of electrical activity in bacteria.
Top posts
Most liked on X and Bluesky#Bacteria communicate like we do, and we can use this to help address antibiotic resistance @warwickuni @advscinews https://t.co/Ia2iWLsKlh https://t.co/CuUgJaFhaG
“Try not to scratch only the surface of things” is Giuseppe Paternò's (@g_paterno) advice to all students. This recognized Rising Star✨ and multidisciplinary researcher recently inspired us with his work on Ziapin2 associated with bacterial membranes
@LeverhulmeTrust @WarwickLifeSci Thanks for RT
A membrane-targeted azobenzene (Ziapin2) hyperpolarized membrane potential of Bacillus subtilis cells by ion channel opening through the molecule's isomerization in the membrane upon exposure to blue-green light. https://t.co/lRPboz8O8d
1/ Bacteria communicate like us – using electricity to communicate and respond to environmental cues. Researchers have discovered a way to control this electrical signalling in bacteria, and we could use this to help https://t.co/l9gkCM1tKs
All mentions
Optical Modulation of Bacterial Membrane Potential with Azobenzene
This video explores how membrane-targeted azobenzenes drive optical modulation of bacterial membrane potential. It discusses the implications for microbial electrophysiology and bioelectricity, highlighting relevant…
RT @Munelectro: @LeverhulmeTrust @WarwickLifeSci Thanks for RT
@LeverhulmeTrust @WarwickLifeSci Thanks for RT
“Try not to scratch only the surface of things” is Giuseppe Paternò's (@g_paterno) advice to all students. This recognized Rising Star✨ and multidisciplinary researcher recently inspired us with his work on Ziapin2 associated with bacterial membranes
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @i_Grobas: Shine a light on bacteria control! Very happy that I could contribute to this study in my PhD @MRCDTP_IBR. Great thread by @M…
1/ Bacteria communicate like us – using electricity to communicate and respond to environmental cues. Researchers have discovered a way to control this electrical signalling in bacteria, and we could use this to help https://t.co/l9gkCM1tKs
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential - https://t.co/dYXGysrpLy
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential - Souza‐Guerreiro - Advanced Science - Wiley Online Library https://t.co/esMaJfpNsI
RT @physorg_com: #Bacteria communicate like we do, and we can use this to help address antibiotic resistance @warwickuni @advscinews https:…
RT @physorg_com: #Bacteria communicate like we do, and we can use this to help address antibiotic resistance @warwickuni @advscinews https:…
RT @physorg_com: #Bacteria communicate like we do, and we can use this to help address antibiotic resistance @warwickuni @advscinews https:…
#Bacteria communicate like we do, and we can use this to help address antibiotic resistance @warwickuni @advscinews https://t.co/Ia2iWLsKlh https://t.co/CuUgJaFhaG
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
المصدر https://t.co/GP3wpquXn7 https://t.co/0jienFrLBQ
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @AdvSciNews: The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the me…
RT @AdvSciNews: The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the me…
RT @AdvSciNews: The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the me…
RT @AdvSciNews: The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the me…
The photoswitchable molecule Ziapin2 associates with bacterial membranes, allowing scientists to trigger a change in the membrane potential using light! @g_paterno @Munelectro @IITalk Read the paper: https://t.co/YCoW1R0d9S https://t.co/a7v2tiAgRw
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
A membrane-targeted azobenzene (Ziapin2) hyperpolarized membrane potential of Bacillus subtilis cells by ion channel opening through the molecule's isomerization in the membrane upon exposure to blue-green light. https://t.co/lRPboz8O8d
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
RT @Munelectro: Illuminating bacterial mysteries with light!❗️
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential https://t.co/2sCEvCF35l
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential https://t.co/dQF9yWpiVl #biorxiv_biophys
Membrane Targeted Azobenzene Drives Optical Modulation of Bacterial Membrane Potential https://t.co/SmQk9xAUwo #bioRxiv
AN
PO
M宗
FF
RS
先段
BF
RD
KG
OF
LB
MT
PB
E
AF
TP
RN
N
أA
SY
HD
IG
GP
I
TR
K
YP
GF
SL
GS
NJ
DN
JA
BB
CC
AM
MS
BB
TK
DW
OC
I
RD
DR
MG
DS
BA
AJ
WS
NT
T
ML
J
RP
K
IB
M
AO
เL
RT
一
FM
AP
PV
RK
L
ZE
JP
GF
タ奏
MP
S
P
LD
R
PV
JD
AC
VL
J
NS
DS
H
L
NM
LL
PM
CS
VG
HM
J
AJ
LC
XY
JA
OG
BB
BB
B