RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
@bioprotocolbyte @PNASNews Here is the original paper: https://t.co/VCSm402qmO
The project is a follow up of this recent paper from my lab. https://t.co/yijGk33bSa
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity https://t.co/ivNG3rWq8l (#PNAS)
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity https://t.co/ivNG3rWq8l (#PNAS)
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity | PNAS (biz bakalım bilimimize) https://t.co/4UkYclASJF
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Dr_Lori_Burrows: Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity | PNAS https:…
RT @BlackPhysicists: Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity [Biophysics a…
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity | PNAS https://t.co/JQVnBjFlXJ
RT @BlackPhysicists: Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity [Biophysics a…
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity [Biophysics and Computational Biology] https://t.co/ru3pS5vCIc #biophysics https://t.co/S4pZqqCzWI
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity [Biophysics and Computational Biology] https://t.co/YIXzck0srR https://t.co/UXSfDx9R1N
Electrically induced bacterial membrane-potential dynamics #correspond to cellular #proliferation #capacity #[ #Bio..https://t.co/PgUDzrOHDy
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @NatureRevMicro: Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity - offering an…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity - offering an approach for rapid detection of proliferative bacteria at the single-cell level @PNASNews https://t.co/qDQkujCWiO https://t.co/ALvMxTqJxs
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
Electrically induced bacterial membrane-potential dynamics correspond to cellular proliferation capacity. https://t.co/t2ETDbrLLe
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @LeptihnLab: So cool! https://t.co/Zhbmw4wOEJ
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
So cool!
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
RT @Munelectro: We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dyn…
We investigated the bacterial membrane potential dynamics when stimulated electrically. We discovered that the response dynamics tell us if cells are healthy or damaged. #bioelectricity https://t.co/QtYEoM77xT https://t.co/AzSztw4tQR
First #asallylab paper!!! 👏👏