Finally, as will be described in more detail below, interacting proteins can be detected with fluorescence-based two-hybrid systems that use split GFP or fusions ... for the in vivo identification ...

Finally, a thorough description of the in vivo expression of the tagged protein at the AIS ... using antibodies that label AnkG together with the GFP fluorescence of the labeled AnkG? It would also be ...

It is specifically designed to track and isolate cells in complex in vitro cultures and in vivo settings ... novel scientific breakthroughs." GFP ioMicroglia are engineered to constitutively express ...

The entire basal surface of the membrane was imaged [BX53 Semi-Motorised Olympus fluorescent Microscope (Olympus ... wound healing were determined using utilising an in vivo tail model in Prox-1/GFP ...

(A) Control (NS), rudhira knockdown (KD) and rescued KD (KD + Rudhira-2A-GFP) cells were analyzed for migration rates ... However, the underlying molecular mechanism and in vivo relevance of this ...

Cells navigating in complex microenvironments frequently encounter narrow spaces that physically challenge migration.

Get Instant Summarized Text (Gist) A new real-time fluorescence detection technology has been developed for monitoring methylglyoxal, a compound affecting wine flavor and linked to diabetes risk ...

Anti-GFP antibodies enhance detection, enabling researchers to work in conditions where direct GFP fluorescence may be limited. Affinity-purified and polyclonal, the new Rabbit Anti-GFP antibody ...

fluorescent protein. Prior research has shown that synthesizing proteins can provide unique insights into the structure and function of natural proteins. To date, most such proteins are copies of ...

Guided by a multimodal generative language model called ESM3, Thomas Hayes and colleagues generated and synthesized a previously unknown bright fluorescent protein, with a genetic sequence so ...

AI-designed esmGFP protein, structurally unique from natural proteins, could speed up advancements in biotechnology.