Referans: Livet, J., Weissman, T. A., Kang, H., Draft, R. W., Lu, J., Bennis, R. A., … Lichtman, J. W. (2007). Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system. Nature, 450, 56. Retrieved from https://t.co/P2IPQXlIJK 3/3
Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system.
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Mar 2020 – Mar 2025Where it's discussed
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AI synopsis
What people are saying
The collective discussions show strong interest and appreciation for the innovative visualization techniques, with posts describing the brainbow mouse as 'beautiful' and emphasizing how these methods advance understanding of neural circuits. The tone is excited and admiring, with some references to the foundational work of Lichtman and Sanes, highlighting the perceived importance and potential of these transgenic strategies.
Most discussions warmly support the significance of the research, highlighting its potential to visualize neural networks and using positive language like 'love' and 'incredible.'
The posts express high curiosity and appreciation, often mentioning the beauty and artistic aspect of fluorescence microscopy and neural visualization.
Posts demonstrate active engagement by referencing specific techniques (like Brainbow) and sharing personal excitement or further resources, indicating they are invested in the topic.
While the posts reflect enthusiasm and recognition of the method's importance, they mostly praise the technology’s potential rather than debating or critiquing its broader implications.
Abstract in brief
- The text discusses innovative genetic techniques, called Brainbow transgenes, that use Cre-lox recombination to produce multiple fluorescent protein colors in neurons, helping researchers visualize complex neural networks.
- By integrating multiple Brainbow copies into transgenic mice, scientists can generate a wide variety of colors, enabling detailed mapping of neuron connections, such as reconstructing hundreds of axons and synapses in the cerebellum with about 90 different colors.
- These methods also allow for tracking glial cells and neurons over time in live animals, making it easier to study how cells interact and organize in the nervous system, which could significantly advance understanding of neural circuitry.]
Top posts
Most liked on X and BlueskyFluorescence microscopy images are my favourite kind of science as art. Microglial cells in the brain are always amazing, but the most incredible is the brainbow mouse! My images will never be anywhere near as beautiful
Nouvelle vidéo! Même après en avoir consacré un épisode entier, les méduses nous réservent encore de nombreuses surprises! et c'est en compagnie de Pierre le vadrouilleur que l'on va vous révéler les secret des méduses et de la GFP! https://t.co/oCoYgP9bJE https://t.co/ObQyAUFRPe
@AmoneyResists I love me some transgenic mice (Brainbow; Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system) https://t.co/nngNeTchAP https://t.co/YryNtLvTcO
Rendez-vous sur la chaîne de @BioChronique pour découvrir notre collab' sur Méduse et les méduses, où mythologie et biologie se croisent ! ➡️ https://t.co/3eBEW0jmt5 https://t.co/HF1hVVPGeT
D'ailleurs si vous ne l'avez pas encore vu c'est par ici
All mentions
Unveiling Jellyfish Secrets and GFP in Neurogenetics Research
Mme aprs en avoir consacr un episode entier les meduses nous rservent encore de nombreuses surprises et cest en compagnie de Pierre le vadrouilleur que lon va vous rvler les secret des meduses et de la GFP.
Advanced Brain Mapping with Brainbow Fluorescent Labeling Techniques
This video discusses innovative genetic techniques, called Brainbow transgenes, that use Cre-lox recombination to produce multiple fluorescent protein colors in neurons, helping researchers visualize complex neural…
@AmoneyResists I love me some transgenic mice (Brainbow; Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system) https://t.co/nngNeTchAP https://t.co/YryNtLvTcO
(Note: this isn't exactly identical to the original Brainbow method, but goal is similar: using 3 FPs to label many cells in the same sample. h/t the Lichtman and Sanes labs @Havard for their pioneering work developing Brainbow) https://t.co/hVgs0yL9BK https://t.co/rmIdZ5nVhz
RT @jessica_l_buck: Fluorescence microscopy images are my favourite kind of science as art. Microglial cells in the brain are always amazin…
Fluorescence microscopy images are my favourite kind of science as art. Microglial cells in the brain are always amazing, but the most incredible is the brainbow mouse! My images will never be anywhere near as beautiful
RT @turkerkilic: Referans: Livet, J., Weissman, T. A., Kang, H., Draft, R. W., Lu, J., Bennis, R. A., … Lichtman, J. W. (2007). Transgenic…
@YTCreateurs Ma première collaboration pour avoir bien réussi a mélanger de la biologie et la mythologie ! https://t.co/vgqcDFovJy
D'ailleurs si vous ne l'avez pas encore vu c'est par ici
RT @PVadrouilleur: Rendez-vous sur la chaîne de @BioChronique pour découvrir notre collab' sur Méduse et les méduses, où mythologie et biol…
RT @BioChronique: Nouvelle vidéo! Même après en avoir consacré un épisode entier, les méduses nous réservent encore de nombreuses surprises…
Rendez-vous sur la chaîne de @BioChronique pour découvrir notre collab' sur Méduse et les méduses, où mythologie et biologie se croisent ! ➡️ https://t.co/3eBEW0jmt5 https://t.co/HF1hVVPGeT
La GFP et le secret des méduses (Bio-chronique 8 ft.pierre le vadrouilleur) https://t.co/L3sd9vNz7x via @YouTube
RT @BioChronique: Nouvelle vidéo! Même après en avoir consacré un épisode entier, les méduses nous réservent encore de nombreuses surprises…
Nouvelle vidéo! Même après en avoir consacré un épisode entier, les méduses nous réservent encore de nombreuses surprises! et c'est en compagnie de Pierre le vadrouilleur que l'on va vous révéler les secret des méduses et de la GFP! https://t.co/oCoYgP9bJE https://t.co/ObQyAUFRPe
Referans: Livet, J., Weissman, T. A., Kang, H., Draft, R. W., Lu, J., Bennis, R. A., … Lichtman, J. W. (2007). Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system. Nature, 450, 56. Retrieved from https://t.co/P2IPQXlIJK 3/3
Referans: Livet, J., Weissman, T. A., Kang, H., Draft, R. W., Lu, J., Bennis, R. A., … Lichtman, J. W. (2007). Transgenic strategies for combinatorial expression of fluorescent proteins in the nervous system. Nature, 450, 56. Retrieved from https://t.co/vRwJt9tR25 3/3
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